Orbit Energy Quotes

I enter into each planet, and by My energy they stay in orbit. I become the moon and thereby supply the juice of life to all vegetables.

Really, Rachel looked like a sun, bright and exuding energy, holding us two moons in a parallel orbit by the sheer force of her will.

The greatest challenge in life is to be our own person and accept that being different is a blessing and not a curse. A person who knows who they are lives a simple life by eliminating from their orbit anything that does not align with his or her overriding purpose and values. A person must be selective with their time and energy because both elements of life are limited.

The enormous energy of the twentieth century, enough to drive the planet into a new orbit around a happier star, was being expended to maintain this immense motionless pause.

[R]eligion was the race's first (and worst) attempt to make sense of reality. It was the best the species could do at a time when we had no concept of physics, chemistry, biology or medicine. We did not know that we lived on a round planet, let alone that the said planet was in orbit in a minor and obscure solar system, which was also on the edge of an unimaginably vast cosmos that was exploding away from its original source of energy. We did not know that micro-organisms were so powerful and lived in our digestive systems in order to enable us to live, as well as mounting lethal attacks on us as parasites. We did not know of our close kinship with other animals. We believed that sprites, imps, demons, and djinns were hovering in the air about us. We imagined that thunder and lightning were portentous. It has taken us a long time to shrug off this heavy coat of ignorance and fear, and every time we do there are self-interested forces who want to compel us to put it back on again.

Instead of an intellectual search, there was suddenly a very deep gut feeling that something was different. It occurred when looking at Earth and seeing this blue-and-white planet floating there, and knowing it was orbiting the Sun, seeing that Sun, seeing it set in the background of the very deep black and velvety cosmos, seeing - rather, knowing for sure - that there was a purposefullness of flow, of energy, of time, of space in the cosmos - that it was beyond man's rational ability to understand, that suddenly there was a nonrational way of understanding that had been beyond my previous experience. There seems to be more to the universe than random, chaotic, purposeless movement of a collection of molecular particles. On the return trip home, gazing through 240,000 miles of space toward the stars and the planet from which I had come, I suddenly experienced the universe as intelligent, loving, harmonious.

i realize that the future, though invisible, has weight. We are in the gravitational pull of past and future. It takes huge energy -speed of light power- to break the gravitational pull. How many of us ever get free of our orbit? We tease ourselves with fancy notions of free will and self-help courses that direct our lives. We believe we can be our own miracles, and just a lottery win or Mr.right will make the world new.

We approach our lives on different trajectories, each of us spinning in our own separate, shining orbits. What gives this life its resonance is when those trajectories cross and we become engaged with each other, for as long or as fleetingly as we do. There's a shared energy then, and it can feel as though the whole universe is in the process of coming together. I live for those times. No one is truly ever "just passing through." Every encounter has within it the power of enchantment, if we're willing to look for it.

Thus man is heaven, earth, and hell in one, and his salvation is a much more personal problem than he realizes. Realizing that the human body is a mass of psychic centers and that during life the form is crisscrossed with endless currents of energy, that all through the form are sunbursts of electric force and magnetic power, man can be seen by chose who know how to see as a solar system of scars and planets, suns and moons, with comets in irregular orbits circling through them. As the Milky Way is supposed co be a gigantic cosmic embryo, so man is himself a galaxy

Men, like planets, have both a visible and an invisible history. The astronomer threads the darkness with strict deduction, accounting so for every visible arc in the wanderer's orbit; and the narrator of human actions, if he did his work with the same completeness, would have to thread the hidden pathways of feeling and thought which lead up to every moment of action, and to those moments of intense suffering which take the quality of action--like the cry of Prometheus, whose chained anguish seems a greater energy than the sea and sky he invokes and the deity he defies.

…I have fallen in love with a painting. Though that phrase doesn’t seem to suffice, not really—rather’s it that I have been drawn into the orbit of a painting, have allowed myself to be pulled into its sphere by casual attraction deepening to something more compelling. I have felt the energy and life of the painting’s will; I have been held there, instructed. And the overall effect, the result of looking and looking into it’s brimming surface as long as I could look, is love, by which I mean a sense of tenderness toward experience, of being held within an intimacy with the things of the world.

Kya knew from reading Albert Einstein’s books that time is no more fixed than the stars. Time speeds and bends around planets and suns, is different in the mountains than in the valleys, and is part of the same fabric as space, which curves and swells as does the sea. Objects, whether planets or apples, fall or orbit, not because of a gravitational energy, but because they plummet into the silky folds of spacetime—like into the ripples on a pond, created by those of higher mass.

I find that this always happens when I try to interrupt Slavs who are quarreling. They draw all the energy out of the air by the passion of their debate, so that anything outside its orbit can only flutter trivially.

Friendship. Genuine, impossible affection between two opposing energies. The sun and the moon orbiting each other in perfect synchronicity. (p. 157)

Every day is an opportunity to stand in awe when witnessing the overpowering presence of nature, an apt time to pay reverence for the inestimable beauty of life. I must remain mindful to live in an ethical manner by paying attention to the threat of injustice towards other people and resist capitulating to the absurdity of being a finite body born into infinite space and time. I am part of the world, a spar in a sacred composition, a body of energy suspended in the cosmos. I seek to create a poetic personal testament to life. When I pivot and turn away from fixating upon the cruel artifices of my encysted orbit to face and outwardly embrace the cleansing swirl of heaven’s windmill, I feel gusting in the shank of my marrow the thump of onrushing primordial truths, the electric flush of those ineffable couplets of life that one may not utter.

Each element has a characteristic atomic spectrum, due to the absorption and emission of light associated with the unique energy levels of its orbiting electrons.

It was like having an extra sun in their orbit, an inexhaustible source of warmth and energy.

I think,” Jainan said slowly, “that it’s very possible to spend all your energy doing the right thing but still miss something obvious. I think that doesn’t make your effort meaningless.

If there is one ruler that can harmonize and unify the mob of characters [in our astral body], it is the Ego (the Higher Ego, or Self, or Spirit). The more the Ego shines like a sun at the center of gravity of the astral body, the more the different characters start orbiting around it. Instead of working only to satisfy their own selfish desires, the characters start manifesting the purposes of the light and of the Spirit. Instead of plotting for the success of their own ambitions, they start accomplishing the works of the Higher Self... The unveiling of the Self begins a process of unification--a new astral body slowly develops. In this new, or transformed, astral body, the different parts are penetrated by the light of the Self. Therefore they are not only united around the Self, but are also cemented to it... [Before this process], one is nothing more than an appearance: it is the illusion of being one person...

We know it had a beginning. About 13.8 billion years ago, the universe went from a state of unimaginable density, to an all-encompassing cosmic fireball, to a cooling, humming fluid of matter and energy, which laid down the seeds for the stars and galaxies we see around us today. Planets formed, galaxies collided, light filled the cosmos. A rocky planet orbiting an ordinary star near the edge of a spiral galaxy developed life, computers, political science, and spindly bipedal mammals who read physics books for fun. But what’s next? What happens at the end of the story? The death of a planet, or even a star, might in principle be survivable. In billions of years, humanity could still conceivably exist, in some perhaps unrecognizable form, venturing out to distant reaches of space, finding new homes and building new civilizations. The death of the universe, though, is final. What does it mean for us, for everything, if it will all eventually come to an end?

There are many advantages to space solar energy. It is clean and without waste products. It can generate power twenty-four hours a day, rather than just during daylight hours. (These satellites are almost never in the shadow of the Earth, since their path takes them considerably away from the Earth’s orbit.) The solar panels have no moving parts, which vastly reduces breakdowns and repair costs. And best of all, space solar power taps into a limitless supply of free energy from the sun.

It came to me in whole form… that the energy of the Universe swirled and coalesced and formed into suns and cooling planets orbiting those suns. And on the planets (one specifically that I know of) the energy started swirling and coalescing into electrons and forming molecules and those merged and joined and formed microscopic life, that in turn gave rise to aquatic things, and plants and animals and beings that walked on two legs that loved and had children that in turn loved. So that all the planet is connected by the energy of the Universe, and I am part of it.

Your co-orbital anti-satellite weapon is designed to destroy satellites. Furthermore, the Soviet Union began research in defenses utilizing directed energy before the United States did and seems well along in research (and incidentally, some testing outside laboratories) of lasers and other forms of directed energy. I do not point this out in reproach or suggest these activities are in violation of agreements, but if we were to follow your logic to the effect that what you call space-strike weapons would only be developed by a country planning a first strike, what would we think?

Once there were three tribes. The Optimists, whose patron saints were Drake and Sagan, believed in a universe crawling with gentle intelligence—spiritual brethren vaster and more enlightened than we, a great galactic siblinghood into whose ranks we would someday ascend. Surely, said the Optimists, space travel implies enlightenment, for it requires the control of great destructive energies. Any race which can't rise above its own brutal instincts will wipe itself out long before it learns to bridge the interstellar gulf. Across from the Optimists sat the Pessimists, who genuflected before graven images of Saint Fermi and a host of lesser lightweights. The Pessimists envisioned a lonely universe full of dead rocks and prokaryotic slime. The odds are just too low, they insisted. Too many rogues, too much radiation, too much eccentricity in too many orbits. It is a surpassing miracle that even one Earth exists; to hope for many is to abandon reason and embrace religious mania. After all, the universe is fourteen billion years old: if the galaxy were alive with intelligence, wouldn't it be here by now? Equidistant to the other two tribes sat the Historians. They didn't have too many thoughts on the probable prevalence of intelligent, spacefaring extraterrestrials— but if there are any, they said, they're not just going to be smart. They're going to be mean. It might seem almost too obvious a conclusion. What is Human history, if not an ongoing succession of greater technologies grinding lesser ones beneath their boots? But the subject wasn't merely Human history, or the unfair advantage that tools gave to any given side; the oppressed snatch up advanced weaponry as readily as the oppressor, given half a chance. No, the real issue was how those tools got there in the first place. The real issue was what tools are for. To the Historians, tools existed for only one reason: to force the universe into unnatural shapes. They treated nature as an enemy, they were by definition a rebellion against the way things were. Technology is a stunted thing in benign environments, it never thrived in any culture gripped by belief in natural harmony. Why invent fusion reactors if your climate is comfortable, if your food is abundant? Why build fortresses if you have no enemies? Why force change upon a world which poses no threat? Human civilization had a lot of branches, not so long ago. Even into the twenty-first century, a few isolated tribes had barely developed stone tools. Some settled down with agriculture. Others weren't content until they had ended nature itself, still others until they'd built cities in space. We all rested eventually, though. Each new technology trampled lesser ones, climbed to some complacent asymptote, and stopped—until my own mother packed herself away like a larva in honeycomb, softened by machinery, robbed of incentive by her own contentment. But history never said that everyone had to stop where we did. It only suggested that those who had stopped no longer struggled for existence. There could be other, more hellish worlds where the best Human technology would crumble, where the environment was still the enemy, where the only survivors were those who fought back with sharper tools and stronger empires. The threats contained in those environments would not be simple ones. Harsh weather and natural disasters either kill you or they don't, and once conquered—or adapted to— they lose their relevance. No, the only environmental factors that continued to matter were those that fought back, that countered new strategies with newer ones, that forced their enemies to scale ever-greater heights just to stay alive. Ultimately, the only enemy that mattered was an intelligent one. And if the best toys do end up in the hands of those who've never forgotten that life itself is an act of war against intelligent opponents, what does that say about a race whose machines travel between the stars?

We use the effect of centrifugal forces on matter to offer insight into the rotation rate of extreme cosmic objects. Consider pulsars. With some rotating at upward of a thousand revolutions per second, we know that they cannot be made of household ingredients, or they would spin themselves apart. In fact, if a pulsar rotated any faster, say 4,500 revolutions per second, its equator would be moving at the speed of light, which tells you that this material is unlike any other. To picture a pulsar, imagine the mass of the Sun packed into a ball the size of Manhattan. If that’s hard to do, then maybe it’s easier if you imagine stuffing about a hundred million elephants into a Chapstick casing. To reach this density, you must compress all the empty space that atoms enjoy around their nucleus and among their orbiting electrons. Doing so will crush nearly all (negatively charged) electrons into (positively charged) protons, creating a ball of (neutrally charged) neutrons with a crazy-high surface gravity. Under such conditions, a neutron star’s mountain range needn’t be any taller than the thickness of a sheet of paper for you to exert more energy climbing it than a rock climber on Earth would exert ascending a three-thousand-mile-high cliff. In short, where gravity is high, the high places tend to fall, filling in the low places—a phenomenon that sounds almost biblical, in preparing the way for the Lord: “Every valley shall be raised up, every mountain and hill made low; the rough ground shall become level, the rugged places a plain” (Isaiah 40:4). That’s a recipe for a sphere if there ever was one. For all these reasons, we expect pulsars to be the most perfectly shaped spheres in the universe.

Silence. Then, “What does. This. Sound like?” “What does what sound like?” “Io is a sulfur-rich, iron-cored moon in a circular orbit around Jupiter. What does this. Sound like? Tidal forces from Jupiter and Ganymede pull and squeeze Io sufficiently to melt Tartarus, its sub-surface sulfur ocean. Tartarus vents its excess energy with sulfur and sulfur dioxide volcanoes. What does. This sound like? Io’s metallic core generates a magnetic field that punches a hole in Jupiter’s magnetosphere, and also creates a high-energy ion flux tube connecting its own poles with the north and south poles of Jupiter. What. Does this sound like? Io sweeps up and absorbs all the electrons in the million-volt range. Its volcanoes pump out sulfur dioxide; its magnetic field breaks down a percentage of that into sulfur and oxygen ions; and these ions are pumped into the hole punched in the magnetosphere, creating a rotating field commonly called the Io torus. What does this sound like? Torus. Flux tube. Magnetosphere. Volcanoes. Sulfur ions. Molten ocean. Tidal heating. Circular orbit. What does this sound like?” Against her will, Martha had found herself first listening, then intrigued, and finally involved. It was like a riddle or a word-puzzle. There was a right answer to the question. Burton or Hols would have gotten it immediately. Martha had to think it through. There was the faint hum of the radio’s carrier beam. A patient, waiting noise. At last, she cautiously said, “It sounds like a machine.

Time speeds and bends around planets and suns, is different in the mountains than in the valleys, and is part of the same fabric as space, which curves and swells as does the sea. Objects, whether planets or apples, fall or orbit, not because of a gravitational energy, but because they plummet into the silky folds of spacetime—like into the ripples on a pond—created by those of higher mass.

The old monetary mole is the animal of the spaces of enclosure, but the serpent is that of the societies of control. We have passed from one animal to the other, from the mole to the serpent, in the system under which we live, but also in our manner of living and in our relations with others. The disciplinary man was a discontinuous producer of energy, but the man of control is undulatory, in orbit, in a continuous network.

time is no more fixed than the stars. Time speeds and bends around planets and suns, is different in the mountains than in the valleys, and is part of the same fabric as space, which curves and swells as does the sea. Objects, whether planets or apples, fall or orbit, not because of a gravitational energy, but because they plummet into the silky folds of spacetime—like into the ripples on a pond—created by those of higher mass.

Kya knew from reading Albert Einstein’s books that time is no more fixed than the stars. Time speeds and bends around planets and suns, is different in the mountains than in the valleys, and is part of the same fabric as space, which curves and swells as does the sea. Objects, whether planets or apples, fall or orbit, not because of a gravitational energy, but because they plummet into the silky folds of spacetime—like into the ripples on a pond—created by those of higher mass.

Kya knew from reading Albert Einstein's books that time is no more fixed than the stars. Time speeds and bends around planets and suns, is different in the mountains than in the valleys, and is part of the same fabric as space, which curves and swells as does the sea. Objects, whether planets or apples, fall or orbit, not because of a gravitational energy, but because they plummet into the silky folds of spacetime - like into the ripples on a pond - created by those of higher mass

Pronoia has been an INCREDIBLE tool for creating a more joyful life. It works. If you take for granted the fact that you are awesome and liked, you become a magnet, pulling people who are happy with themselves into your orbit. There is something SO attractive about a person who not only believes they are fundamentally worthy but also sends that energy back out into the world. There is something SO alluring about someone who isn't trying to prove anything. And! It takes so much less energy than being paranoid.

In its final form, the general theory of relativity was just a reinterpretation of the existing mathematics of curved spaces in terms of gravitation, together with a field equation that specified the curvature produced by any given amount of matter and energy. Remarkably, for the small densities and low velocities of the solar system, general relativity gave just the same results as Newton's theory of gravitation, with the two theories distinguished only by tiny effects like the precession of orbits and the deflection of light.

space-time is not flat, as had been previously assumed: it is curved, or ‘warped,’ by the distribution of mass and energy in it. Bodies like the earth are not made to move on curved orbits by a force called gravity; instead, they follow the nearest thing to a straight path in a curved space, which is called a geodesic. A geodesic is the shortest (or longest) path between two nearby points. For example, the surface of the earth is a two-dimensional curved space. A geodesic on the earth is called a great circle, and is the shortest route between two points (Fig. 2.7). As the geodesic is the shortest path between any two airports, this is the route an airline navigator will tell the pilot to fly along. In general relativity, bodies always follow straight lines in four-dimensional space-time, but they nevertheless appear to us to move along curved paths in our three-dimensional space. (This is rather like watching an airplane flying over hilly ground. Although it follows a straight line in three-dimensional space, its shadow follows a curved path on the two-dimensional ground.)

Control: May 5 Many of us have been trying to keep the whole world in orbit with sheer and forceful application of mental energy. What happens if we let go, if we stop trying to keep the world orbiting and just let it whirl? It’ll keep right on whirling. It’ll stay right on track with no help from us. And we’ll be free and relaxed enough to enjoy our place on it. Control is an illusion, especially the kind of control we’ve been trying to exert. In fact, controlling gives other people, events, and diseases, such as alcoholism, control over us. Whatever we try to control does have control over us and our life. I have given this control to many things and people in my life. I have never gotten the results I wanted from controlling or trying to control people. What I received for my efforts is an unmanageable life, whether that unmanageability was inside me or in external events. In recovery, we make a trade-off. We trade a life that we have tried to control, and we receive in return something better—a life that is manageable. Today, I will exchange a controlled life for one that is manageable.

Excellent location. We are, to an almost uncanny degree, the right distance from the right sort of star, one that is big enough to radiate lots of energy, but not so big as to burn itself out swiftly. It is a curiosity of physics that the larger a star the more rapidly it burns. Had our sun been ten times as massive, it would have exhausted itself after ten million years instead of ten billion and we wouldn’t be here now. We are also fortunate to orbit where we do. Too much nearer and everything on Earth would have boiled away. Much farther away and everything would have frozen.

How does it feel to be a part of this beautifully ingenious design. I have faith that there is a chosen moment in which my soul will expand infinitely free from time and space. Some may find that foolish but I have reasons for my beliefs that are uniquely my own. There are hundreds of billions of galaxies making up the universe. Earth is only one planet of billions orbiting inside just one of these 500,000 billion or more galaxies. And I myself am one person. One of over seven billion people living on our dynamic little planet. Instead of being diluted by this infinitesimal proportion I accept it as a challenge and I use science to strengthen my spirituality. It provokes curiosity and redefines my view of logical thinking. I believe that existence is based on the exchange of energy and functionality. Energy is expended to carry out varying tasks ensuring the function of an organism. This is evident in every life form and has been the founding principle supporting lifetimes of discoveries. Energy is spent with purpose. I can't help but draw the conclusion that the energy required to create the universe itself was done so for a purpose. You and I were created with a purpose. -Tavia Rahki Smith

Every Navy warship assigned to the Sol protection fleet flashed in towards Earth, knitting together in a defensive formation that extended out beyond lunar orbit. Weapons platforms that had spent decades stealthed in high orbit emerged to join the incredible array of firepower lining up on the Swarm. All over the planet, force fields powered up, shielding the remaining cities. Anyone outside an urban area was immediately teleported in to safety. The T-sphere itself was integrated into the defence organization, ready to ward off energy assaults against the planet by rearranging spacetime in a sharp curve.

To mortals, the water would be nothing more than a black swatch in the center of town. But to my eyes, oh, to my eyes, the lake was teeming with life and energy and vibrations, with flowing particles of light that pulsated along the surface of the water—and just under, too. Light that wasn’t really light. It was energy, I knew. The energy that powered this Earth, this universe, energy that flowed over everything and anything, constantly, unendingly, flowing, flowing. From where it came, I did not know, but I had my ideas and a single word appeared to me now as I sat there in my front seat. God. Or something close to God. The Creator, the Source, the All That Ever Was. And each light particle was, I suspected, a part of God, to be used and gathered and collected as we see fit, to be harnessed as we see fit. It is the driving force of creation. It is the thing that holds our world together, keeps its place in its orbit around the Sun, and the Sun in its place in our Galaxy, and our Galaxy in its place in the known Universe. It is creation and love, and it flows and is there for all of us to be used, or not used, to experience or to not experience. It is inspiration. It is love. It is life. It is health. It is great ideas. And it is always there, flowing, moving, adapting, growing. And

Kya knew from reading Albert Einstein’s books that time is no more fixed than the stars. Time speeds and bends around planets and suns, is different in the mountains than in the valleys, and is part of the same fabric as space, which curves and swells as does the sea. Objects, whether planets or apples, fall or orbit, not because of a gravitational energy, but because they plummet into the silky folds of spacetime—like into the ripples on a pond—created by those of higher mass. But Kya said none of this. Unfortunately, gravity holds no sway on human thought, and the high school text still taught that apples fall to the ground because of a powerful force from the Earth. “Oh, guess

Religion invents a problem where none exists by describing the wicked as also made in the image of god and the sexually nonconformist as existing in a state of incurable mortal sin that can incidentally cause floods and earthquakes. How did such evil nonsense ever come to be so influential? And why are we so continually locked in combat with its violent and intolerant votaries? Well, religion was the race’s first (and worst) attempt to make sense of reality. It was the best the species could do at a time when we had no concept of physics, chemistry, biology or medicine. We did not know that we lived on a round planet, let alone that the said planet was in orbit in a minor and obscure solar system, which was also on the edge of an unimaginably vast cosmos that was exploding away from its original source of energy. We did not know that micro-organisms were so powerful and lived in our digestive systems in order to enable us to live, as well as mounting lethal attacks on us as parasites. We did not know of our close kinship with other animals. We believed that sprites, imps, demons, and djinns were hovering in the air about us. We imagined that thunder and lightning were portentous. It has taken us a long time to shrug off this heavy coat of ignorance and fear, and every time we do there are self-interested forces who want to compel us to put it back on again.

Most energy moves through space in a spiral form—a ubiquitous motif in the macrocosmic and microscopic architecture of the universe. Beginning with galactic nebulae—the cosmic birth-cradle of all matter—energy flows in coiled or circular or vortex-like patterns. The theme is repeated in the orbital dance of electrons around their atomic nucleus, and (as cited in Hindu scriptures of ancient origin) of planets and suns and stellar systems spinning through space around a grand center of the universe. Many galaxies are spiral-shaped; and countless other phenomena in nature—plants, animals, the winds and storms—similarly evidence the invisible whorls of energy underlying their shape and structure.

Yet, the cosmic view comes with a hidden cost. When I travel thousands of miles to spend a few moments in the fast-moving shadow of the moon during a total solar eclipse, sometimes I lose sight of Earth. When I pause and reflect on our expanding universe with its galaxies hurdling away from one another, embedded within the ever-stretching four-dimensional fabric of space and time, sometimes I forget that uncounted people walk this Earth without food or shelter, and that children are disproportionally represented among them. When I pour over the data that established the mysterious presence of dark matter and dark energy throughout the universe, sometimes I forget that every day, every 24 hour rotation of Earth, people kill and get killed in the name of someone else's conception of God, and that some people who do not kill in the name of God kill in the name of needs or wants of political dogma. When I track the orbits of asteroids, comets, and planets, each one a pirouetting dancer in a cosmic ballet, choreographed by the forces of gravity, sometimes I forget that too many people act in wanton disregard for the delicate interplay of Earth's atmosphere, oceans, and land, with consequences that our children and our children's children will witness and pay for with their health and wellbeing. And sometimes I forget that powerful people rarely do all they can to help those who cannot help themselves. I occasionally forget these things because however big the world is in our hearts, our minds, and our outsized digital maps, the universe is even bigger. A depressing thought to some, but a liberating thought to me.

Kya knew from reading Albert Einstein’s books that time is no more fixed than the stars. Time speeds and bends around planets and suns, is different in the mountains than in the valleys, and is part of the same fabric as space, which curves and swells as does the sea. Objects, whether planets or apples, fall or orbit, not because of a gravitational energy, but because they plummet into the silky folds of spacetime—like into the ripples on a pond—created by those of higher mass. But Kya said none of this. Unfortunately, gravity holds no sway on human thought, and the high school text still taught that apples fall to the ground because of a powerful force from the Earth. “Oh, guess what,” Chase said. “They’ve asked me to help coach the high school football team.” She smiled at him. Then thought, Like everything else in the universe, we tumble toward those of higher mass.

Music of the Grid: A Poem in Two Equations _________________________ The masses of particles sound the frequencies with which space vibrates, when played. This Music of the Grid betters the old mystic mainstay, "Music of the Spheres," both in fantasy and in realism. LET US COMBINE Einstein's second law m=E/C^2 (1) with another fundamental equation, the Planck-Einstein-Schrodinger formula E = hv The Planck-Einstein-Schrodinger formula relates the energy E of a quantum-mechanical state to the frequency v at which its wave function vibrates. Here h is Planck's constant. Planck introduced it in his revolutionary hypothesis (1899) that launched quantum theory: that atoms emit or absorb light of frequency v only in packets of energy E = hv. Einstein went a big step further with his photon hypothesis (1905): that light of frequency v is always organized into packets with energy E = hv. Finally Schrodinger made it the basis of his basic equation for wave functions-the Schrodinger equation (1926). This gave birth to the modern, universal interpretation: the wave function of any state with energy E vibrates at a frequency v given by v = E/h. By combining Einstein with Schrodinger we arrive at a marvelous bit of poetry: (*) v = mc^2/h (*) The ancients had a concept called "Music of the Spheres" that inspired many scientists (notably Johannes Kepler) and even more mystics. Because periodic motion (vibration) of musical instruments causes their sustained tones, the idea goes, the periodic motions of the planets, as they fulfill their orbits, must be accompanied by a sort of music. Though picturesque and soundscape-esque, this inspiring anticipation of multimedia never became a very precise or fruitful scientific idea. It was never more than a vague metaphor, so it remains shrouded in equation marks: "Music of the Spheres." Our equation (*) is a more fantastic yet more realistic embodiment of the same inspiration. Rather than plucking a string, blowing through a reed, banging on a drumhead, or clanging a gong, we play the instrument that is empty space by plunking down different combinations of quarks, gluons, electrons, photons,... (that is, the Bits that represent these Its) and let them settle until they reach equilibrium with the spontaneous activity of Grid. Neither planets nor any material constructions compromise the pure ideality of our instrument. It settles into one of its possible vibratory motions, with different frequencies v, depending on how we do the plunking, and with what. These vibrations represent particles of different mass m, according to (*). The masses of particles sound the Music of the Grid.

But it is doubtful whether it is permissible to say that the electron 'occupies space' at all. Atoms have the capacity of swallowing energy and of spitting out energy - in the form of light rays, for instance. When a hydrogen atom, the simplest of all, with a single electron-planet, swallows energy, the planet jumps from its orbit to a larger orbit - say, from the orbit of Earth to the orbit of Mars; when it emits energy, it jumps back into the smaller orbit. But these jumps are performed by the planet without it passing through the space that separates the two orbits. It somehow de-materializes in orbit A and re-materializes in orbit B. Moreover, since the amount of 'action' performed by the hydrogen electron while going once round its orbit is the indivisibly smallest quantum of action (Planck's basic constant 'h'), it is meaningless to ask at what precise point of its orbit the electron is at a given moment of time. It is equally everywhere.

According to the traditional philosophy of the Magicians, every man is a unique autonomous center of individual consciousness, energy, and will—a soul, in a word. Like a star shining and existing by its own inward light, it pursues its way in the star-spangled heavens, solitary, uninterfered with, except in so far as its heavenly course is gravitationally modified by the presence, near or far, of other stars. Since in the vast stellar spaces seldom are there conflicts between the celestial bodies, unless one happens to stray from its appointed course—a very rare occurrence—so in the realms of humankind there would lie no chaos, little conflict, and no mutual disturbance were each individual content to be grounded in the reality of his own high consciousness, aware of his ideal nature In the his true purpose in life, and eager to pursue the road which he must follow. Because men have strayed from the dynamic sources inhering within themselves and the universe, and have forsaken their true spiritual wills, because they have divorced themselves from the celestial essences, betrayed by a mess of more sickly pottage than ever Jacob did sell to Esau, the world in this day presents a people with so hopeless an aspect, and a humanity impressed with so despondent a mien. Ignorance of the course of the celestial orbit, and the significance of that orbit inscribed in the skies forever, is the root which is at the bottom of universal dissatisfaction, unhappiness, and race-nostalgia. And because of this the living soul cries for help to the dead, and the creature to a silent God. Of all this crying there comes usually—nothing. The lifting up of the hands in supplication brings no inkling of salvation. The frantic gnashing of teeth results but in mute despair and loss of vital energy. Redemption is only from within and is wrought out by the soul itself with suffering and through time, with much endeavor and strain of the spirit.

Until the coming of quantum mechanics, nothing happened to modify in any degree what is the essential purport of the first two laws of motion, namely this: that the laws of dynamics are to be stated in terms of accelerations. In this respect, Copernicus and Kepler are still to be classed with the ancients; they sought laws stating the shapes of the orbits of the heavenly bodies. Newton made it clear that laws stated in this form could never be more than approximate. The planets do not move in exact ellipses, because of the perturbations caused by the attractions of other planets. Nor is the orbit of a planet ever exactly repeated, for the same reason. But the law of gravitation, which dealt with accelerations, was very simple, and was thought to be quite exact until two hundred years after Newton's time. When it was amended by Einstein, it still remained a law dealing with accelerations. It is true that the conservation of energy is a law dealing with velocities, not accelerations. But in calculations which use this law it is still accelerations that have to be employed.

In the cosmic calendar of the universe and life, with the Big Bang happening on January 1st, almost fourteen billion years ago, when a supercharged universe-dense speck of energy blew open at the speed of faster-than-light and a thousand trillion degrees Celsius, an explosion that had to create the space it exploded into since there was no space, no something, no nothing, it was near the end of January that the first galaxies were born, almost a whole month and a billion years of atoms moving in cosmic commotion until they began to flock bombshell-bright in furnaces of hydrogen and helium we now call stars, the stars themselves flocking into galaxies until, almost two billion years later on March 16th, one of these galaxies, the Milky Way, was formed, and a six-billion-year summer passed in routine havoc until, at the end of August, a shockwave from a supernova might have caused a slowly rotating solar nebula to collapse – who knows? – but in any case it did collapse and in its condensed centre a star formed that we call our sun, and around it a disc of planets, in some cosmic clumping thumping clashing banging Wild West shoot-out of rock and gas and headlong combat of matter and gravity, and this is August.

All matter is made of atoms. There are more than 100 types of atoms, corresponding to the same number of elements. Examples of elements are iron, oxygen, calcium, chlorine, carbon, sodium and hydrogen. Most matter consists not of pure elements but of compounds: two or more atoms of various elements bonded together, as in calcium carbonate, sodium chloride, carbon monoxide. The binding of atoms into compounds is mediated by electrons, which are tiny particles orbiting (a metaphor to help us understand their real behaviour, which is much stranger) the central nucleus of each atom. A nucleus is huge compared to an electron but tiny compared to an electron’s orbit. Your hand, consisting mostly of empty space, meets hard resistance when it strikes a block of iron, also consisting mostly of empty space, because forces associated with the atoms in the two solids interact in such a way as to prevent them passing through each other. Consequently iron and stone seem solid to us because our brains most usefully serve us by constructing an illusion of solidity. It has long been understood that a compound can be separated into its component parts, and recombined to make the same or a different compound with the emission or consumption of energy. Such easy-come easy-go interactions between atoms constitute chemistry. But, until the

In Bohr’s model of the atom, electrons could change their orbits (or, more precisely, their stable standing wave patterns) only by certain quantum leaps. De Broglie’s thesis helped explain this by conceiving of electrons not just as particles but also as waves. Those waves are strung out over the circular path around the nucleus. This works only if the circle accommodates a whole number—such as 2 or 3 or 4—of the particle’s wavelengths; it won’t neatly fit in the prescribed circle if there’s a fraction of a wavelength left over. De Broglie made three typed copies of his thesis and sent one to his adviser, Paul Langevin, who was Einstein’s friend (and Madame Curie’s). Langevin, somewhat baffled, asked for another copy to send along to Einstein, who praised the work effusively. It had, Einstein said, “lifted a corner of the great veil.” As de Broglie proudly noted, “This made Langevin accept my work.”47 Einstein made his own contribution when he received in June of that year a paper in English from a young physicist from India named Satyendra Nath Bose. It derived Planck’s blackbody radiation law by treating radiation as if it were a cloud of gas and then applying a statistical method of analyzing it. But there was a twist: Bose said that any two photons that had the same energy state were absolutely indistinguishable, in theory as well as fact, and should not be treated separately in the statistical calculations.

Discovery first flew in 1984, the third orbiter to join the fleet. It was named for one of the ships commanded by Captain James Cook. Space shuttle Discovery is the most-flown orbiter; today will be its thirty-ninth and final launch. By the end of this mission, it will have flown a total of 365 days in space, making it the most well traveled spacecraft in history. Discovery was the first orbiter to carry a Russian cosmonaut and the first to visit the Russian space station Mir. On that flight, in 1995, Eileen Collins became the first woman to pilot an American spacecraft. Discovery flew twelve of the thirty-eight missions to assemble the International Space Station, and it was responsible for deploying the Hubble Space Telescope in 1990. This was perhaps the most far reaching accomplishment of the shuttle program, as Hubble has been called the most important telescope in history and one of the most significant scientific instruments ever invented. It has allowed astronomers to determine the age of the universe, postulate how galaxies form, and confirm the existence of dark energy, among many other discoveries. Astronomers and astrophysicists, when they are asked about the significance of Hubble, will simply say that it has rewritten the astronomy books. In the retirement process, Discovery will be the “vehicle of record,” being kept as intact as possible for future study. Discovery was the return-to-flight orbiter after the loss of Challenger and then again after the loss of Columbia. To me, this gives it a certain feeling of bravery and hope. ‘Don’t worry,’ Discovery seemed to tell us by gamely rolling her snow-white self out to the launchpad. 'Don’t worry, we can still dream of space. We can still leave the earth.’ And then she did.

So what then is “climate change”? As the WMO defines it, “climate change refers to a statistically significant variation in either the mean state of the climate or in its variability, persisting for an extended period (typically decades or longer).” The important thing to keep in mind here is that the climate changes because it is forced to change. And it is forced to change either by natural forces or by forces introduced by mankind. In other words, the climate varies naturally because of its own complex internal dynamics, but it changes because something forces it to change. The most important natural forces inducing climate change are changes in the earth’s orbit—which change the intensity of the sun’s radiation hitting different parts of the earth, which changes the thermal energy balance of the lower atmosphere, which can change the climate. Climate change, scientists know, can also be triggered by large volcanic eruptions, which can release so many dust particles into the air that they act as an umbrella and shield the earth from some of the sun’s radiation, leading to a cooling period. The climate can be forced to change by natural, massive releases of greenhouses gases from beneath the earth’s surface—gases, like methane, that absorb much more heat than carbon dioxide and lead to a sudden warming period. What is new about this moment in the earth’s history is that the force driving climate change is not a change in the earth’s orbit, not a volcanic eruption, not a sudden natural release of greenhouse gases—but the burning of fossil fuels, the cultivation of rice and livestock, and the burning and clearing of forests by mankind, which together are pumping carbon dioxide, methane, and other heat-trapping gases into the atmosphere a hundred times faster than nature normally does.

John Glen, the first American astronaut to orbit the earth, spent nearly a day in space still keeping his heart rate under a hundred beats per minute. That's a man not simply sitting at the controls but in control of his emotions. A man who had properly cultivated, what Tom Wolfe later called, "the Right Stuff." But you...confront a client or a stranger on the streets and your heart is liable to burst out of your chest; or you are called on to address a crowd and your stomach crashes through the floor. It's time to realize that this is a luxury, an indulgence of our lesser self. In space, the difference between life and death lies in emotional regulations. Hitting the wrong button, reading the instrument panels incorrectly, engaging a sequence too early- none of these could have been afforded on a successful Apollo mission- the consequences were too great. Thus, the question for astronauts was not How skilled a pilot are you, but Can you keep an even strain? Can you fight the urge to panic and instead focus only on what you can change? On the task at hand? Life is really no different. Obstacles make us emotional, but the only way we'll survive or overcome them is by keeping those emotions in check- if we can keep steady no matter what happens, no matter how much external events may fluctuate. The Greeks had a word for this: apatheia. It's the kind of calm equanimity that comes with the absence of irrational or extreme emotions. Not the loss of feeling altogether, just the loss of the harmful, unhelpful kind. Don't let the negativity in, don't let those emotions even get started. Just say: No, thank you. I can't afford to panic. This is the skill that must be cultivated- freedom from disturbance and perturbation- so you can focus your energy exclusively on solving problems, rather than reacting to them. p28-9

Homeostasis is necessary for life. It provides a stable home base, a resting place from which the body can respond to the surrounding world. . . In the service of homeostasis, addiction acts upon the human spirit like gravity upon a planetary body, seeking to hold it within a stable orbit against the planet’s own centrifugal striving for the stars. In this way, our most natural addictions safeguard the essentials of life. They are part of love, but they are pure function, unadulterated efficiency, nothing but inhibition. For the spirit seeking freedom of love, as for the planet seeking the stars, the gravity of addiction is a painful price to pay for safety. If homeostasis were the end of things, that end would surely be Sheol: stagnation and death. With no stretching, reaching, opening, or yearning to counteract our gravity, we would collapse in upon ourselves like stars becoming black holes. Often we do try to choose that option. We choose safety over freedom; we entrench ourselves in inertia. We dull and occupy ourselves so completely that we stifle our desire, anesthetize our yearning, restrict the energy of our passion. This does not remove us from the ongoing birth of creation, but it deadens us to it. . . We all opt for safety on occasion . . . Most of us choose it more than we would like to admit. Some of us choose it continually. . . . Love does not permit homeostasis to be the end of things. If we so choose, whatever stability we have can be the source of endless beginnings. Our equilibrium can be gestation rather than stagnation. Homeostasis can be the place where we wake up to our yearnings, however painful, and claim them as our own. . . We can say yes to the invitation of love and begin to open up and reach out again. Each time we say yes we upset our stability. We sacrifice our serenity. We risk our safety. We become vulnerable to being hurt. And creation shines more brightly. . . Each human yes contributes a priceless breath of freedom to the endlessly birthing universe.

The difference between passion and addiction is that between a divine spark and a flame that incinerates. Passion is divine fire: it enlivens and makes holy; it gives light and yields inspiration. Passion is generous because it’s not ego-driven; addiction is self-centred. Passion gives and enriches; addiction is a thief. Passion is a source of truth and enlightenment; addictive behaviours lead you into darkness. You’re more alive when you are passionate, and you triumph whether or not you attain your goal. But an addiction requires a specific outcome that feeds the ego; without that outcome, the ego feels empty and deprived. A consuming passion that you are helpless to resist, no matter what the consequences, is an addiction. You may even devote your entire life to a passion, but if it’s truly a passion and not an addiction, you’ll do so with freedom, joy and a full assertion of your truest self and values. In addiction, there’s no joy, freedom or assertion. The addict lurks shame-faced in the shadowy corners of her own existence. I glimpse shame in the eyes of my addicted patients in the Downtown Eastside and, in their shame, I see mirrored my own. Addiction is passion’s dark simulacrum and, to the naïve observer, its perfect mimic. It resembles passion in its urgency and in the promise of fulfillment, but its gifts are illusory. It’s a black hole. The more you offer it, the more it demands. Unlike passion, its alchemy does not create new elements from old. It only degrades what it touches and turns it into something less, something cheaper. Am I happier after one of my self-indulgent sprees? Like a miser, in my mind I recount and catalogue my recent purchases — a furtive Scrooge, hunched over and rubbing his hands together with acquisitive glee, his heart growing ever colder. In the wake of a buying binge, I am not a satisfied man. Addiction is centrifugal. It sucks energy from you, creating a vacuum of inertia. A passion energizes you and enriches your relationships. It empowers you and gives strength to others. Passion creates; addiction consumes — first the self and then the others within its orbit.

the sun is using up its combustible hydrogen and will eventually exhaust it and extinguish. The sun too is getting older, and in fact produces heat. The moon also appears to orbit Earth unchangingly and always equal to itself, whereas in reality it is slowly moving away. This is because it raises tides, and the tides heat the sea a little, thus exchanging energy with the moon.

All he could think was that his own people, an emergent culture that had clawed its way back to its feet after the ice, was nothing but a shadow of that former greatness. It was not simply that the Gilgamesh and all their current space effort was cobbled together from bastardized, half-understood pieces of the ancient world’s vastly superior technology. It was everything: from the very beginning his people had known they were inheriting a used world. The ruins and the decayed relics of a former people had been everywhere, underfoot, underground, up mountains, immortalized in stories. Discovering such a wealth of dead metal in orbit had hardly been a surprise, when all recorded history had been a progress over a desert of broken bones. There had been no innovation that the ancients had not already achieved, and done better. How many inventors had been relegated to historical obscurity because some later treasure-hunter had unearthed the older, superior method of achieving the same end? Weapons, engines, political systems, philosophies, sources of energy . . . Holsten’s people had thought themselves lucky that someone had built such a convenient flight of steps back up from the dark into the sunlight of civilization. They had never quite come to the realization that those steps led only to that one place. Who knows what we might have achieved, had we not been so keen to recreate all their follies, he thought now. Could we have saved the Earth? Would we be living there now on our own green planet? All the knowledge in the universe now at his fingertips, yet to that question he had no answer.

When we account for the wave nature of the electron, we are forced to discard the whole idea of electrons as planets. Instead, the electron hovers around the nucleus in a fuzzy sort of “cloud,” with a position that is uncertain, but confined to a region near the nucleus, and a momentum that is uncertain, but limited to values that keep it near the nucleus. Bohr’s idea of allowed energy states still applies—the electron will always have one of the limited number of energy values predicted by Bohr’s theory—but these states no longer correspond to electrons moving in particular orbits.

For quantum physics, in addition to predicting and explaining phenomena that range over fifteen orders of magnitude in energy, has done something else: it has triggered a radical upheaval in our understanding of the world. In place of the tidy cause-and-effect universe of classical physics, quantum physics describes a world of uncertainties, or indeterminism: of limits to our knowledge. It describes a world that often seems to have parted company with common sense, a world at odds with some of our strongest intuitive notions about how things work. In the quantum world, subatomic particles have no definite position until they are measured: the electron orbiting the nucleus of an atom is not the pointlike particle we usually imagine but instead a cloud swathing the nucleus. In the quantum world, a beam of light can behave as a wave or a barrage of particles, depending on how you observe it. Quantities such as the location, momentum, and other characteristics of particles can be described only by probabilities; nothing is certain. “It is often stated that of all the theories proposed in this century, the silliest is quantum theory,” the physicist Michio Kaku wrote in his 1995 book Hyperspace. “In fact, some say that the only thing that quantum theory has going for it is that it is unquestionably correct.

Bohr's atom seemed to me ineffably, transcendently beautiful-electrons spinning, trillions of times a second, spinning forever in predestined orbits, a true perpetual-motion machine made possible by the irreducibility of the quantum, and the fact that the spinning electron expended no energy, did no work. And more complex atoms were more beautiful still, for they had dozens of electrons weaving separate paths, but organized, like tiny onions, in shells and subshells. They seemed to me not merely beautiful, these gossamer but indestructible things, but perfect...in their balancing of numbers and forces and shieldings and energies.

Bohr had built his atom using a heady cocktail of classical and quantum physics. In the process he had violated tenets of accepted physics by proposing that: electrons inside atoms can occupy only certain orbits, the stationary states; electrons cannot radiate energy while in those orbits; an atom can be in only one of a series of discrete energy states, the lowest being the ‘ground state’; electrons can ‘somehow’ jump from a stationary state of high energy to a stationary state of low energy and the difference in energy between the two is emitted in a quantum of energy. Yet his model correctly predicted various properties of the hydrogen atom such as its radius, and it provided a physical explanation for the production of spectral lines. The quantum atom, Rutherford said later, was ‘a triumph of mind over matter’ and until Bohr unveiled it, he believed that ‘it would require centuries’ to solve the mystery of the spectral lines.36

First, energy is quantised: in atoms it does not take on all possible values but only a ladder of specific values whose separation is fixed by the value of a new constant of Nature, dubbed Planck's constant and represented by the letter h. An intuitive picture of how the wavelike character of the orbital behaviour leads to quantisation can be seen in Figure 7.1, where we can see how only a whole number of wave cycles can fit into an orbit. Second, all particles possess a wavelike aspect. They behave as waves with a wavelength that is inversely proportional to their mass and velocity. When that quantum wavelength is much smaller than the physical size of the particle it will behave like a simple particle, but when its quantum wavelength becomes at least as large as the particle's size then wavelike quantum aspects will start to be significant and dominate the particle's behaviour, producing novel behaviour. Typically, as objects increase in mass, their quantum wavelengths shrink to become far smaller than their physical size, and they behave in a non-quantum or 'classical' way, like simple particles.

The brain likes to know the pattern occurring moment to moment; it craves certainty, so that prediction is possible. Without prediction, the brain must use dramatically more resources, involving the more energy-intensive prefrontal cortex, to process moment-to-moment experience. Even a small amount of uncertainty generates an “error” response in the orbital frontal cortex. This takes attention away from one’s goals, forcing attention to the error. . . . Larger uncertainties, like not knowing your boss’s expectations or if your job is secure, can be highly debilitating.

There’s always a connection, a reason because of which people enter your orbit, bristling with dark energy like a meteor intent on collision.

Here is the product of an ancient civilization empowered with the knowledge that as long as the moon continued to orbit the Earth, the special relationship that existed between the two assured the Egyptians of vast amounts of energy. The source of the energy is the Earth itself, in the form of seismic energy. The ancient Egyptians saw tremendous value in this form of energy and expended a considerable amount of effort to tap into it. The benefits they received may have been twofold: energy to fuel their civilization, and the ability to stabilize the Earth's crust by drawing off seismic energy over a period of time rather than allowing it to build up to destructive levels.

Helium-3 is made under extreme pressure and extreme heat. It was made when the moon ripped out of the Earth and flew into orbit around it, and continues to be made by solar winds down countless millions of years. Scientists can make only minuscule amounts, at a cost of billions of dollars, in the accelerator at Cern. Getting it from the moon – where it would be ‘mined’ from the dust and then heated to release the gas itself – would not be wildly expensive, nor beyond our ability. Helium-3 could supply all of the Earth’s energy needs way into the future by using fusion, which is both clean and safe.

Interplanetary space is so not-empty that Earth, during its 30 kilometer-per-second orbital journey, plows through hundreds of tons of meteors per day—most of them no larger than a grain of sand. Nearly all of them burn in Earth’s upper atmosphere, slamming into the air with so much energy that the debris vaporizes on contact.

This Earth remains encircled and hung in its orbit based on its natural energy of minerals, gases, crude oil, water, and other things, but humans greedily want to take the minerals off the Earth. Factually, they have forgotten that the existence of the Earth cannot survive if these minerals become exhausted from it; consequently, the Planet Earth can no longer stay balanced in its orbit; thus, unfortunately, a poisoned climate will destroy this planet, and there will be no sign of life.

Air is oxygen that empowers humans to circle and breathe around the earthy planet; spoiling it means destroying yourself. -- This Earth remains encircled and hung in its orbit based on its natural energy of minerals, gases, crude oil, water, and other things, but humans greedily want to take the minerals off the Earth. Factually, they have forgotten that the existence of the Earth cannot survive if these minerals become exhausted from it; consequently, the Planet Earth can no longer stay balanced in its orbit; thus, unfortunately, a poisoned climate will destroy this planet, and there will be no sign of life.

In the universe, the earth is moving in a circular motion. In an atom, the particles moving in orbit are undergoing circular motion. The circular motion has a tuning with the universal rhythm.....If the concepts taught in each subject are developed by following a circular motion, then the education can lead to the enrichment of the 'Self.

He proposed that, apart from and even surpassing the rule that we are governed in our actions by pleasure, there is a parallel urge to dispel life energy and thus tension—and that this drive can be found at the root of war neuroses and the neurotic’s compulsion to repeat unpleasant situations. Specifically, he called this a “death drive,” or thanatos. Thus, beyond pleasure lay the even more extreme reward of oblivion.13 Although intriguing, Freud’s idea of an instinctive urge toward negation or annihilation seemed paradoxical, and never really caught on … except as it was reformulated by the French psychoanalyst Jacques Lacan in the late 1950s. Lacan’s French had an advantage that Freud’s German lacked, specifically the word jouissance, meaning painful pleasure or pleasurable pain—literally something “beyond pleasure” that takes over and drives a neurotic or someone who has been traumatized. The simplistic examples commonly given of jouissance include an orgasm so extreme that it causes agony, or the erotic pleasures of sadomasochistic acts. But a better analogy would be addiction, the compulsion to repeat an act (taking a drug, for instance) that cannot be resisted yet no longer gives much pleasure because it is more about the temporary dissipation or release of unpleasure.14 There is no equivalent word in English either. In reference to Lacan, jouissance is usually translated as “enjoyment,” but it needs to be understood that there may be something deeply ambivalent or even repellent about this particular kind of enjoyment. It is an enjoyment we do not want, a weird mix of excitement and pain, reward and regret. The concept of jouissance, as the underlying energy driving human compulsions, including pathological compulsions and obsessions treated in psychotherapy, became so central for Lacan that late in his career he made the provocative statement that jouissance is the “only substance” psychoanalysis deals with.15 Lacan might better have said “force” and not substance. Later Lacanian thinkers have likened jouissance to the warping of space in a gravitational field. The contradiction between conscious aversion and unconscious reward bends our symbolic-imaginary spacetime, causing the strange tail-chasing, repetitive “orbiting” behavior of all neuroses and obsessional behavior, and on some level all behavior.

The foods we eat, the air we breathe, the toxins we absorb through our skin, and the stress we manage all factor into our body’s pH. And although there’s a consensus among nutritionists and medical experts well versed in these matters that somewhere in the range of 80 percent of the foods we ingest should be alkaline-forming and 20 percent acidic, the typical American diet—combined with our fast-paced, stress-inducing urban lifestyle—is overwhelmingly acid-forming. Processed foods, sodas, meat and dairy proteins, polluted air, and simple life pressures all contribute to what is called “metabolic acidosis,” or a chronic state of body acidity. Why is this important? When the body is in a protracted or chronic state of even low-grade acidosis, which most people’s bodies these days are, it must marshal copious resources to maintain blood pH somewhere in the optimal 7.35 orbit. Over time, the body pays a significant tax that manifests in a susceptibility to any array of infirmities: fatigue; impaired sleep and immune system functionality; a decrease in cellular energy output, nutrient absorption, bone density, and growth hormone levels, which over time lead to a reduction in muscle mass; an increase in inflammation and weight gain, leading to obesity; the promotion of kidney disorders, tumor cell growth, mood swings, and osteoporosis. And I haven’t included in that list a variety of bacterial and viral maladies that flourish in the acidic environment.

Indeed, the incipient and lightly veiled atheism of Epicurus' philosophy was now answered by the Stoics in the most compelling terms, with Chrysippus giving it perhaps its most persuasive voice: “If there is anything in nature which the human mind, which human intelligence, energy and power could not create, then the creator of such things must be a being superior to man. But the heavenly bodies in their eternal orbits could not be created by man. They must therefore be created by a being greater than man ...Only an arrogant fool would imagine that there was nothing in the whole world greater than himself. Therefore there must be something greater than man. And that something must be God.

In the beginning, there was a rapid expansion of a Singularity. Around 380,000 years later, there was light. There was also hydrogen and helium and four stable, fundamental forces of physics. Atoms and those forces worked together to birth the first stars from massive clouds of gas, and those stars lived for hundreds of millions of years before they died in explosions that spread their matter across the sky in clouds of gas and dust—now with heavier elements than what existed before. The forces of physics worked together once again to craft new stars now tightly packed into the first galaxies. As the cycle repeated, heavier elements formed planets orbiting those stars, emerging from disks of gas and dust like dust bunnies under your bed. In our universe, planets can exist only because a few generations of stars died and were reborn. The rebirth of stellar matter into planets is how our Earth came to be. This planet, our home, is covered with a film of life unlike any we’ve yet seen anywhere else in the universe. As far as we know today, it is unique. A blue marble floating in the dark. Earth’s life is fed by a process in which carbon from the air and minerals in the soil are attached together by the energy of photons via photosynthesis in plants. In this process, everything on this planet lives by the constant sacrifice of the nearest star. Every blade of grass, every tree, every bush, every microscopic algae on this planet is a resurrected form of the Sun’s energy. I capture that energy by consuming other things that have died. Every time I eat a meal, the dead matter that made those plants and animals literally gives life to my body through digestion and my metabolism. One day, I will die, and in time my atoms will go back to giving life to something else. Much farther along the arrow of time, our own Sun will explode and spread its essence across the sky. Our Sun’s dust will meet with other stars’ remnants and form new stars and planets of their own. The universe itself exists in an eternal pattern of life, death, and resurrection.

Universal Mind Universal Mind is the Intelligence behind all living things. It is the life force and energy that is in all things. It is how an acorn knows how to grow into a tree, how the planets know how to stay in orbit, and how our bodies know how to heal itself when we get a cut. It's how our bodies know how to self-regulate and keep us alive without us having to manually do everything like breathing and beating our heart. The Intelligence that knows how to do all of this and is in all things is called the Universal Mind. Many people call this God, Infinite Intelligence, the Quantum Field, Source, and other names. This is where Thoughts come from as well as everything else in the Universe. All things are connected by Universal Mind. There is no separation between anything, and any time there seems to be separation between things, it is merely an illusion of our thinking. When we are connected to Universal Mind, we feel whole, fulfilled, filled with love, joy, peace, and inspiration. It is only when we begin thinking (believing the illusion or ego) that we block this flow of Universal Mind and begin to feel separated, frustrated, lonely, angry, resentful, sad, depressed, and fearful.

Air is oxygen that empowers humans to circle and breathe around the earthy planet; spoiling it means destroying yourself. -- This Earth remains encircled and hung in its orbit based on its natural energy of minerals, gases, crude oil, water, and other things, but humans greedily want to take the minerals off the Earth. Factually, they have forgotten that the existence of the Earth cannot survive if these minerals become exhausted; consequently, the Planet Earth can no longer stay balanced in its orbit; thus, unfortunately, a poisoned climate will destroy this planet, and there will be no sign of life.

Nicky was watching their reactions uneasily, clearly wishing they would take this a little more seriously. “A couple of decades ago,” she said, “some of our orbiting gamma ray observatories began picking up incredibly powerful bursts. Long story short, it became obvious that these were coming not down from deep space but up from below—from the earth. So powerful that they maxed out the sensors, so we couldn’t even tell how massive they actually were. Turned out they were coming from thunderclouds. The conditions in those storm towers down there are impossibly strange. Free electrons get accelerated upward and get kicked up into a hyperenergetic state, massively relativistic, and at some point they bang into atoms in the tops of the storm towers with such energy that they produce gamma rays which in turn produce positrons—antimatter. The positrons have opposite charges, so they get accelerated downward. The cycle repeats, up and down, and at some point you get a burst of gamma rays that is seriously dangerous—you could get a lifetime’s worth of hard radiation exposure in a flash.” She paused for a moment, then stared directly at me with a crazy half smile. “The earth,” she said, “is an alien world.

Front-line Initial Assault Teams are the soldiers who are parachuted down to the battlefield first and it’s their job to hold the fort against ridiculous odds so that the rest of the army can sort itself out and get into fighting formation without being bothered by the enemy. I should hate to be in a front-line team, dropped from low orbit with nothing but a rifle, a cricket cup and a packet of Wurther’s Originals for energy.

WHY DOES QUININE GLOW UNDER ULTRAVIOLET LIGHT? Shine a blacklight on a bottle of tonic water and it will glow a bright radioactive blue. The quinine alkaloid is “excited” by ultraviolet light, which means that the electrons absorb the light and take on extra energy, throwing them out of their regular orbit. In order to return to their natural position—their “relaxed” state—they release the energy, causing a bright glow.

Temperatures have declined more or less steadily since, interrupted by modest warming between about AD 950 and 1250 (the Medieval Optimum) followed by an interval of much colder conditions (the Little Ice Age) between about AD 1500 and 1850. The longer record of past climates and the role imputed to changes in the Earth’s orbital properties suggest that by the time of the Little Ice Age the Earth might have been well on its way to the next Big Ice Age. In this case, we humans, by adding large concentrations of CO2 to the atmosphere by burning coal, oil, and natural gas, may have saved the day. But, as we will discuss later, by this point we may have gone too far! So, to respond to those

However, in other circumstances, such as with PSR 1913 + 16, the situation is very different, and gravitational radiation from the system indeed has a significant role to play. Here, Einstein's theory provides a firm prediction of the detailed nature of the gravitational radiation that the system ought to be emitting, and of the energy that should be carried away. This loss of energy should result in a slow spiralling inwards of the two neutron stars, and a corresponding speeding up of their orbital rotation period. Joseph Taylor and Russell Hulse first observed this binary pulsar at the enormous Aricebo radio telescope in Puerto Rico in 1974. Since that time, the rotation period has been closely monitored by Taylor and his colleagues, and the speed-up is in precise agreement with the expectations of general relativity (cf. Fig. 4.11). For this work, Hulse and Taylor were awarded the 1993 Nobel Prize for Physics. In fact, as the years have rolled by, the accumulation of data from this system has provided a stronger and stronger confirmation of Einstein's theory. Indeed, if we now take the system as a whole and compare it with the behaviour that is computed from Einstein's theory as a whole-from the Newtonian aspects of the orbits, through the corrections to these orbits from standard general relativity effects, right up to the effects on the orbits due to loss of energy in gravitational radiation-we find that the theory is confirmed overall to an error of no more than about 10^-14. This makes Einstein's general relativity, in this particular sense, the most accurately tested theory known to science!

The notion that the atom consists of a nucleus with electrons in orbit around it, which is taken for granted in modern science, originated when British physicist J.J. Thomson tried to explain the order of the elements displayed in the periodic table. Similarly, when Bohr, one of the founders of quantum mechanics, applied new ideas about the quantum of energy to the atom, he was specifically trying to obtain a deeper understanding of the periodic system of the elements.24 A

In phase space the complete state of knowledge about a dynamical system at a single instant in time collapses to a point. That point is the dynamical system-at that instant. At the next instant, though, the system will have changed, ever so slightly and so the point moves. The history of the system time can be charted by the moving point, tracing its orbit through phase space with the passage of time. How can all the information about a complicated system be stored in a point? If the system has only two variables, the answer is simple. It is straight from the Cartesian geometry taught in high school-one variable on the horizontal axis, the other on the vertical. If the system is a swinging, frictionless pendulum, one variable is position and the other velocity, and they change continuously, making a line of points that traces a loop, repeating itself forever, around and around. The same system with a higher energy level-swinging faster and farther-forms a loop in phase space similar to the first, but larger. A little realism, in the form of friction, changes the picture. We do not need the equations of motion to know the density of a pendulum subject to friction. Every orbit must eventually end up at the same place, the center: position 0, velocity 0. This central fixed point "attracts" the orbits. Instead of looping around forever, they spiral inward. The friction dissipates the system's energy, and in phase space the dissipation shows itself as a pull toward the center, from the outer regions of high energy to the inner regions of low energy. The attractor-the simplest kind possible-is like a pinpoint magnet embedded in a rubber sheet.

Matter is not objectively real. Matter is composed of atoms, and atoms are almost entirely empty space. I recall reading once that if the White House were an atomic nucleus, its closest orbiting electron could be as far away as Denver, and there would be literally nothing between them. At one time physicists believed that at least those subatomic particles were solid, but the more closely they studied them, the more physicists realized that subatomic particles are more empty space circumscribed by tinier orbiting particles which themselves are empty space. It begins to look as if the tiniest particles of all are just vortices of energy. Bruce Lipton, quantum biologist and author of The Biology of Belief (2005), tells us that if you could put a subatomic camera inside an atom, there would be nothing for it to photograph because matter is just whirling energy. Nothing is solid. Everything is waves. Of course, observation appears to force each wave to become whatever the observer seeks – either a particle of matter or a wave of energy – but since the tiniest particles are just energy vortices,

The black expanse over our heads promise places where our industries can use resource extraction, zero-gravity manufacturing, better communications, perhaps even energy harvested in great solar farms and sent down to Earth. Companies are already planning to do so: Bigelow Aerospace (orbital hotels), Virgin Galactic (low Earth orbit tourism), Orbital Technologies (a commercial manufacturing space station), and Planetary Resources, whose goal is to develop a robotic asteroid mining industry.

We’ve said that the universe is the sum total of all matter and energy, but what exactly is this? Until a few decades ago, astronomers assumed that the matter of the universe was primarily found in stars and galaxies, while the energy of the universe took the form of light. It now seems that this “visible” matter and energy are just the tip of the iceberg in a universe that remains far more mysterious. Just as planets orbit the Sun, stars orbit the center of the Milky Way Galaxy. The more massive the galaxy, the stronger its gravity and the faster stars should be orbiting. By carefully studying stellar orbits, astronomers have been able to put together a map of the distribution of matter in the Milky Way. The surprising result is that while most of the matter that we can see consists of stars and gas clouds in the galaxy’s relatively flat disk, most of the mass lies unseen in a much larger, spherical halo that surrounds the disk (Figure 3.5). We don’t know the nature of this unseen mass in the halo, so we call it dark matter to indicate that we have not detected any light coming from it, even though we have detected its gravitational effects. Studies of other galaxies suggest that they also are made mostly of dark matter. In fact, most of the mass in the universe seems to be made of this mysterious dark matter, which means that its gravity must have played a key role in assembling galaxies. Evidence of the existence of dark matter has been building for several decades. More recently, scientists have gathered evidence of an even greater mystery: The universe seems to contain a mysterious form of energy—nicknamed dark energy by analogy to dark matter—that is pushing galaxies apart even while their gravity tries to draw them together. As is the case with dark matter, scientists have good reason to think that dark energy exists but lack any real understanding of its nature. In recent years, scientists have been able to conduct a sort of census of the matter and energy in the universe. The results show that dark energy and dark matter are by far the main ingredients of the universe. The ordinary matter—atoms and molecules—that makes up stars and planets and life apparently represents no more than a few percent of all the matter and energy in the universe.

In a Newtonian world, all physical quantities, like energy and spin, can take on any values whatsoever. They range over the entire continuum of numbers. Hence, if one were to form a 'Newtonian hydrogen atom' by setting an electron in circular orbit around a single proton then the electron could move in a closed orbit of any radius because it could possess any orbital speed. As a result, every pair of electrons and protons that came together would be different. The electrons would find themselves in some randomly different orbit. The chemical properties of each of the atoms would be different and their sizes would be different. Even if one were to create an initial population in which the electrons' speeds were the same and the radii of their orbits identical, they would each drift away from their starting state in differing ways as they suffered the buffetings of radiation and other particles. There could not exist a well-defined element called hydrogen with universal properties, even if there existed universal populations of identical electrons and protons. Quantum mechanics shows us why there are identical collective structures. The quantization of energy allows it to come only in discrete packets, and so when an electron and a proton come together there is a single state for them to reside in. The same configuration arises for every pair of electrons and protons that you care to choose. This universal state is what we call the hydrogen atom. Moreover, once it exists, its properties do not drift because of the plethora of tiny perturbations from other particles. In order to change the orbit of the electron around the proton, it has to be hit by a sizeable perturbation that is sufficient to change its energy by a whole quantum packet. Thus the quantization of energy lies at the root of the repeatability of structure in the physical world and the high fidelity of all identical phenomena in the atomic world. With the quantum ambiguity of the microscopic world the macroscopic world would not be intelligible, nor indeed would there be intelligences to take cognisance of any such a totally heterodox non-quantum reality.

Julius and Raffia were like the sun and the moon. Everything revolved around Julius, or he behaved as though it did, you were drawn into his orbit. But Saffia was the moon, emanating her own clear, magnetic energy. The one to whom all our stories were told.

I just wanted…it was hard to say, but the closest I came to describing it while I sat beside her, nearly obsessing about her, was that I wanted to be in her orbit. Not close, if she wouldn’t allow it, but in the vicinity of her energy.

Now that I was concentrating, focusing on the creatures in the room, almost out of my body with the intensity of it, I saw Alcide as a ball of red energy, pulsing and attractive, and all the other Weres were circling around him. I understood for the first time that the packleader was the planet around which all others orbited in the Were universe. The pack members were various shades of red and violet and pink, the colors of their devotion to him. Jannalynn was a blazing streak of intense crimson, her adoration making her almost as bright as Alcide himself. Even Annabelle was a watery cerise, despite her infidelity.

I wore a stretchy white dress that clung to my curves, stopping just below my ass. It made my tan look spectacular and gave me the confidence to hide the fact that inside I felt like a train veering off its tracks. Be the energy you want to attract. I’d read that on Instagram, and it struck a chord. If I projected independence and confidence, I would attract those qualities into my orbit, or so said the internet. I was still undecided on the matter.

She glares at me, which is dumb, because she could be using that energy to eat instead.

I read somewhere that a space station is always slowly falling back to earth, and that every few months or so a rocket has to be sent to push it back out again. In rather the same way, a woman is forever dragged at by an imperceptible force of biological conformism; her life is relentlessly iterative; it requires energy to keep her in orbit. Year after year she’ll do it, but if one year the rocket doesn’t come then down she’ll go.

We are told that electrons stay in one particular orbit, but sometimes change to a different orbit. If it absorbs energy, an electron can jump to a higher orbit; if it releases energy, it can drop to a lower orbit. What most of us are never told is that when an electron changes orbits, it does not move through space to arrive at its new location; rather, at one moment the electron is in orbit A, and in the very next moment it is in orbit B, without having traveled through the space in between. This is what is meant by a quantum leap. A quantum leap is a change in status from one set of circumstances to another set of circumstances that takes place immediately, without passing through the circumstances in between.

Illustrious past episodes corroborate that creative characters thrive in lockdown. Isaac Newton, for one, flourished during the plague. When Cambridge University had to shut down in the summer of 1665 after an outbreak, Newton went back to his family home in Lincolnshire where he stayed for more than a year. During this period of forced isolation described as annus mirabilis (a “remarkable year”), he had an outpouring of creative energy that formed the foundation for his theories of gravity and optics and, in particular, the development of the inverse-square law of gravitation (there was an apple tree beside the house and the idea came to him as he compared the fall of an apple to the motion of the orbital moon).[157]

The Tight Bubble of Total Focus is a metaphorical moat that you build around your assets of genius, so they not only stay strong—they increase. The five primary assets that all superproducers defend are mental focus, physical energy, personal willpower, original talent and daily time. Your bubble has a porous membrane that encircles it so that you decide what information, which people and the nature of the activities that enter your orbit. Anything negative, toxic and impure gets blocked at the gate. Essentially, this way of being in the world is your bulletproof defense system to reject any stimuli that would decry your greatness.

life in the fast lane has left me broken on the hard shoulder, a smouldering relic of my former ability, burnt out like a meteor, re-entering retirement with all the control of a comet without an orbit. I'm as empty as a black hole, a vacuum of energy, a non-event, back to your creator, motherfucker, back under the rock you

I didn't realize our government considered altruism one of its core competencies," {he} finally replied. "Is that why we're dropping a treaty that provides free helium-3 for the New Third World?" He started to unstrap his restraints. "I thought it was so we could prove to the orbital executives that we can keep up with their production demands.

You have this energy about you that puts people on high alert. When you walk in a room, everyone knows they’re in the presence of greatness and for some, that can be overwhelming.” “Does it overwhelm you?” She asks, tilting her head further. “Not at all. I’m just happy to exist in your orbit.