Spiral Galaxy Quotes

Far out in the uncharted backwaters of the unfashionable end of the western spiral arm of the Galaxy lies a small unregarded yellow sun. Orbiting this at a distance of roughly ninety-two million miles is an utterly insignificant little blue green planet whose ape-descended life forms are so amazingly primitive that they still think digital watches are a pretty neat idea.

CIRCLES OF LIFE Everything Turns, Rotates, Spins, Circles, Loops, Pulsates, Resonates, And Repeats. Circles Of life, Born from Pulses Of light, Vibrate To Breathe, While Spiraling Outwards For Infinity Through The lens Of time, And into A sea Of stars And Lucid Dreams. Poetry by Suzy Kassem

To get some distance from this, you first need to get some perspective. Walk outside on a clear night and just look up into the sky. You are sitting on a planet spinning around in the middle of absolutely nowhere. Though you can only see a few thousand stars, there are hundreds of billions of stars in our Milky Way Galaxy alone. In fact, it is estimated that there are over a trillion stars in the Spiral Galaxy. And that galaxy would look like one star to us, if we could even see it. You’re just standing on one little ball of dirt and spinning around one of the stars. From that perspective, do you really care what people think about your clothes or your car? Do you really need to feel embarrassed if you forget someone’s name? How can you let these meaningless things cause pain? If you want out, if you want a decent life, you had better not devote your life to avoiding psychological pain. You had better not spend your life worrying about whether people like you or whether your car impresses people. What kind of life is that? It is a life of pain. You may not think that you feel pain that often, but you really do. To spend your life avoiding pain means it’s always right behind you.

We have developed from the geocentric cosmologies of Ptolemy and his forebears, through the heliocentric cosmology of Copernicus and Galileo, to the modern picture in which the earth is a medium-sized planet orbiting around an average star in the outer suburbs of an ordinary spiral galaxy, which is itself only one of about a million million galaxies in the observable universe.

Far out in the uncharted backwaters of the unfashionable end of the Western spiral arm of the galaxy lies a small unregarded yellow sun. Orbiting this, at a distance of roughly ninety million miles is an utterly insignificant little blue-green planet, whose ape descended life forms are so amazingly primitive that they still think digital watches are a pretty neat idea. This planet has, or had, a problem, which was this. Most of the people living on it were unhappy for pretty much of the time. Many solutions were suggested for this problem, but most of these were largely concerned with the movements of small, green pieces of paper, which is odd, because on the whole, it wasn't the small, green pieces of paper which were unhappy. And so the problem remained, and lots of the people were mean, and most of them were miserable, even the ones with digital watches. Many were increasingly of the opinion that they'd all made a big mistake coming down from the trees in the first place, and some said that even the trees had been a bad move, and that no-one should ever have left the oceans. And then one day, nearly two thousand years after one man had been nailed to a tree for saying how great it would be to be nice to people for a change, a girl, sitting on her own in a small cafe in Rickmansworth suddenly realised what it was that had been going wrong all this time and she finally knew how the world could be made a good and happy place. This time it was right, it would work, and no-one would have to get nalied to anything. Sadly, however, before she could get to a phone to tell anyone, the Earth was unexpectedly demolished to make way for a new hyperspace bypass and so the idea was lost forever.

Sunflowers and seashells and logarithmic spirals (said Kerewin); sweep of galaxies and the singing curve of the universe (said Kerewin); the oscilating wave thrumming in the nothingness of every atom’s heart (said Kerewin); did you think I could build a square house? So the round shell house holds them all in its spiralling embrace. Noise and riot, peace and quiet, all is music in this sphere.

The same principles that make a spiral galaxy also create the structure of a seashell and unfurling of a fern. This is why ancient spiritual people used natural symbols to convey universal concepts.

Andromeda was discovered to be another island universe, another spiral galaxy almost identical to our own, and one of the more than 100 billion other galaxies that, we now know, exist in our observable universe.

Far out in the uncharted backwaters of the unfashionable end of the Western Spiral arm of the Galaxy lies a small unregarded yellow sun.

We now know that our galaxy is only one of some hundred thousand million that can be seen using modern telescopes, each galaxy itself containing some hundred thousand million stars. We live in a galaxy that is about one hundred thousand light-years across and is slowly rotating; the stars in its spiral arms orbit around its center about once every hundred million years. Our sun is just an ordinary, average-sized, yellow star, near the outer edge of one of the spiral arms.

Every unique thing in nature is related to the whole, and partakes of the perfection of the whole. Each particle is a microcosm, and faithfully renders the likeness of the world. In geometric harmony of the cosmos there are ways that resemble, there are universal patterns, from blood vessels, to winter trees or to a river delta, from nautilus shell to spiral galaxy, from neurons in the brain to the cosmic web. A whole universe of connections is in your mind – a universe within a universe – and one capable of reaching out to the other that gave rise to it. Billions of neurons touching billions of stars – surely spiritual.

Far out in the uncharted backwaters of the unfashionable end of the Western Spiral arm of the Galaxy lies a small unregarded yellow sun. Orbiting this at a distance of roughly ninety-eight million miles is an utterly insignificant little blue-green planet whose ape-descended life forms are so amazingly primitive that they still think digital watches are a pretty neat idea... This planet has - or rather had - a problem, which was this: most of the people living on it were unhappy for pretty much of the time. Many solutions were suggested for this problem, but most of these were largely concerned with the movement of small green pieces of paper, which was odd because on the whole it wasn't the small green pieces of paper that were unhappy. And so the problem remained; lots of people were mean, and most of them were miserable, even the ones with digital watches.

I felt us traveling on a small craft, piloting through the capital city of the reigning global superpower on the coast of the third largest continent of a smallish, rocky world near the inner rim of the habitable zone of a G-type dwarf star that lay a quarter of the way out to the edge of a dense, large, barred, spiral galaxy that drifted through a thinly spread local cluster in the dead center of the entire universe.

he told me how you can tell the difference between a planet and a star, and where different constellations were. And he told me that our galaxy was a big spiral, and that a lot of galaxies were. “Every star we can see right now is in that spiral.

The spiral in a snail's shell is the same mathematically as the spiral in the Milky Way galaxy, and it's also the same mathematically as the spirals in our DNA. It's the same ratio that you'll find in very basic music that transcends cultures all over the world.

All lost, because one of the galaxy’s many life forms saw all the others as resources to be consumed. It was an attitude all life began with. Some grew out of it.

Shh!" said Ford. "It's conical. So what you do is, you see, you fill it with fine white sand, alright? Or sugar. Fine white sand, and/or sugar. Anything. Doesn't matter. Sugar's fine. And when it's full, you pull the plug out... are you listening?" "I'm listening." "You pull the plug out, and it all just twirls away, twirls away you see, out of the plughole. "Clever." "That's not the clever bit. This is the clever bit, I remember now that this is the clever bit. The clever bit is that you then thread the film in the projector... backwards!" "Backwards?" "Yes. Threading it backwards is definitely the clever bit. So then, you just sit and watch it, and everything just appears to spiral upwards out of the plughole and fill the bath. See?" "And that's how the Universe began is it?" said Arthur. "No," said Ford, "but it's a marvelous way to relax.

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?

For the fact is that neuroscientists who study memory remain unclear on the question of whether each time we remember something we are accessing a stable “memory fragment”—often called a “trace” or an “engram”—or whether each time we remember something we are literally creating a new “trace” to house the thought. And since no one has yet been able to discern the material of these traces, nor to locate them in the brain, how one thinks of them remains mostly a matter of metaphor: they could be “scribbles,” “holograms,” or “imprints”; they could live in “spirals,” “rooms,” or “storage units.” Personally, when I imagine my mind in the act of remembering, I see Mickey Mouse in Fantasia, roving about in a milky, navy-blue galaxy shot through with twinkling cartoon stars.

One by one, they guessed aloud about what Lotto had meant by this sculpture: nautilus, fiddlehead, galaxy. Thread running off its spindle. Forces of nature, perfect in beauty, perfectly ephemeral, they guessed. He was too shy to say time. He’d woken with a dry tongue and the urge to make the abstract concrete, to build his new understanding: that this was the way that time was, a spiral.

It’s okay to be messy. Like sunflowers, galaxies, and fingerprints, your life is an intricately designed spiral. Your wrinkles, bumps, and bruises show the world you are a force of nature. Forget linear. When you embrace chaos, it brings its own kind of order.

This. This is what a kiss should feel like. Like nothing else exists. All yearning and dizzy and falling and flying. Great big galaxies of want and wonder spiral inside of me.

time is not a line. time spins and spirals like a galaxy yet time vanishes and is gone in the Oneness of the Infinite....

uncharted backwaters of the unfashionable end of the Western Spiral arm of the Galaxy lies a small unregarded yellow sun. Orbiting this at a distance of

According to Thoth, because of the placement of the Great Pyramid on the Earth connecting into the Earth's huge geometrical field - specifically the octahedral field of the Earth, which is equivalent to our own fields - and because of the pyramid's mass and the geometries used in it, the white-light energy field spirals upward and becomes extremely strong, stretching all the way out to the center of the galaxy. The dark-light energy comes in from above, spirals through zero point and connects with the center of the Earth. In this way the Great Pyramid connects the center of the Earth to the center of our galaxy.

But we would do well to meditate daily, rather as the religious do on their God, on the 9.5 trillion kilometres which comprise a single light year, or perhaps on the luminosity of the largest known star in our galaxy, Eta Carinae, 7,500 light years distant, 400 times the size of the sun and 4 million times as bright. We should punctuate our calendars with celebrations in honour of VY Canis Majoris, a red hypergiant in the constellation Canis Major, 5,000 light years from earth and 2,100 times bigger than our sun. Nightly – perhaps after the main news bulletin – we might observe a moment of silence in order to contemplate the 200 to 400 billion stars in our galaxy, the 100 billion galaxies and the 3 septillion stars in the universe. Whatever their value may be to science, the stars are in the end no less valuable to mankind as solutions to our megalomania, self-pity and anxiety. To answer our need to be repeatedly connected through our senses to ideas of transcendence, we should insist that a percentage of all prominently positioned television screens on public view be hooked up to live feeds from the transponders of our extraplanetary telescopes. We would then be able to ensure that our frustrations, our broken hearts, our hatred of those who haven’t called us and our regrets over opportunities that have passed us by would continuously be rubbed up against, and salved by, images of galaxies such as Messier 101, a spiral structure which sits towards the bottom left corner of the constellation Ursa Major, 23 million light years away, majestically unaware of everything we are and consolingly unaffected by all that tears us apart.

The glow lasted through the night, beyond the bar's closing, when there were no cabs on the street. And so Mathilde and Lotto decided to walk home, her arm in his, chatting about nothing, about everything, the unpleasant, hot breath of the subway belching up from the grates. 'Chthonic', he said, booze letting loose the pretension at his core, which she still found sweet, an allowance from the glory. It was so late, there were few other people out, and it felt, just for this moment, that they had the city to themselves. She thought of all the life just underfoot, the teem of it that they were passing over, unknowing. She said, 'Did you know that the total weight of all the ants on Earth is the same as the total weight of all the humans on Earth.' She, who drank to excess, was a little bit drunk, it was true, there was so much relief in the evening. When the curtains closed against the backdrop, an enormous bolder blocking their future had rolled away. 'They'll still be here when we're gone,' he said. He was drinking from a flask. By the time they were home, he'd be sozzeled. 'The ants and the jellyfish and the cockroaches, they will be the kings of the Earth.'... 'They deserve this place more than we do,' she said. 'We've been reckless with our gifts.' He smiled and looked up. There were no stars, there was too much smog for them. 'Did you know,' he said, 'they just found out just a while ago that there are billions of worlds that can support life in our galaxy alone.' ...She felt a sting behind here eyes, but couldn't say why this thought touched her. He saw clear through and understood. He knew her. The things he didn't know about her would sink an ocean liner. He knew her. 'We're lonely down here,' he said, 'it's true, but we're not alone.' In the hazy space after he died, when she lived in a sort of timeless underground grief, she saw on the internet a video about what would happen to our galaxy in billions of years. We are in an immensely slow tango with the Andromeda galaxy, both galaxies shaped like spirals with outstretched arms, and we are moving toward each other like spinning bodies. The galaxies will gain speed as they draw near, casting off blue sparks, new stars until they spin past each other, and then the long arms of both galaxies will reach longingly out and grasp hands at the last moment and they will come spinning back in the opposite direction, their legs entwined, never hitting, until the second swirl becomes a clutch, a dip, a kiss, and then at the very center of things, when they are at their closest, there will open a supermassive black hole.

An oceanic expanse of pre-dawn gray white below obscures a checkered grid of Saskatchewan, a snow plain nicked by the dark, unruly lines of woody swales. One might imagine that little is to be seen from a plane at night, but above the clouds the Milky Way is a dense, blazing arch. A full moon often lights the planet freshly, and patterns of human culture, artificially lit, are striking in ways not visible in daylight. One evening I saw the distinctive glows of cities around Delhi diffused like spiral galaxies in a continuous deck of stratus clouds far below us. In Algeria and on the Asian steppes, wind-whipped pennants of gas flared. The jungle burned in incandescent spots in Malaysia and Brazil. One clear evening at 20,000 feet over Manhattan, I could see, it seemed, every streetlight halfway to the end of Long Island. A summer lightning bolt unexpectedly revealed thousands of bright dots on the ink-black veld of the northern Transvaal: sheep.

One by one, they guessed aloud about what Lotto had meant by this sculpture: nautilus, fiddlehead, galaxy. Thread running off its spindle. Forces of nature, perfect in beauty, perfectly ephemeral, they guessed. He was too shy to say time. He’d woken with a dry tongue and the urge to make the abstract concrete, to build his new understanding: that this was the way that time was, a spiral. He loved the uselessness of all the effort, the ephemerality of the work. The ocean encroached, it licked their feet. It pushed around the outside wall of the spiral, fingering its way in. When the water had scooped the sand from the lifeguard's chair, revealing white like bone beneath, something broke, and the fragments spun into the future. This day would bend back and shine itself into everything.

In the hazy space after he died, when she lived in a sort of timeless underground grief, she saw on the internet a video about what would happen to our galaxy in billions of years. We are in an immensely slow tango with the Andromeda galaxy, both galaxies shaped like spirals with outstretched arms, and we are moving toward each other like spinning bodies. The galaxies will gain speed as they draw near, casting off blue sparks, new stars until they spin past each other, and then the long arms of both galaxies will reach longingly out and grasp hands at the last moment and they will come spinning back in the opposite direction, their legs entwined, never hitting, until the second swirl becomes a clutch, a dip, a kiss, and then at the very center of things, when they are at their closest, there will open a supermassive black hole.

On a clear night the naked eye can see about 4,500 stars, so the astronomers say. The telescope of even a small observatory makes nearly 2,000,000 stars visible, and a modern reflecting telescope brings the light from thousands of millions more to the viewer—specks of light in the Milky Way. But in the colossal dimensions of the cosmos our stellar system is only a tiny part of an incomparably larger stellar system—of a cluster of Milky Ways, one might say, containing some twenty galaxies within a radius of 1,500,000 light-years (1 light-year=the distance traveled by light in a year, i.e., 186,000 × 60 × 60 × 24 × 365 miles). And even this vast number of stars is small in comparison with the many thousands of spiral nebulae disclosed by the electronic telescope. Disclosed to the present day, I should emphasize, for research of this kind is only just beginning.

And then I realize: this isn’t dirty water falling from the sky. It is—literally—blood. I look up, and a droplet of blood splashes directly into my eye. I curse, rubbing my face, trying to get the blood out, but it’s everywhere, it’s like trying to dry off in the middle of the ocean. Shielding my face as best I can, I stare up into the sky. I am in the center of a cyclone. Giant white clouds swirl like a spiraling galaxy above me, the eye a tiny dark speck. The storm rages, throwing out bloody rain like punches, the wind so vicious it tears my clothes and cuts my skin. Representative Belles’s mind is swirling with dark thoughts—bloody thoughts—and they have created the biggest storm I have ever seen. I have to stop the cyclone. I have to get him into a peaceful reverie, something that he can hold on to while I root around his brain, looking for answers. I focus all of my concentration on stopping the bloody rain. The drops come slower and slower. I take a deep breath, imagining the clouds breaking up, spinning into fluffy bits of cotton-candy like clouds. I don’t open my eyes until the sounds of beating rain disappear and I can feel the warmth of the Mediterranean sun on my face.

Ode to the Beloved’s Hips" Bells are they—shaped on the eighth day—silvered percussion in the morning—are the morning. Swing switch sway. Hold the day away a little longer, a little slower, a little easy. Call to me— I wanna rock, I-I wanna rock, I-I wanna rock right now—so to them I come—struck-dumb chime-blind, tolling with a throat full of Hosanna. How many hours bowed against this Infinity of Blessed Trinity? Communion of Pelvis, Sacrum, Femur. My mouth—terrible angel, ever-lasting novena, ecstatic devourer. O, the places I have laid them, knelt and scooped the amber—fast honey—from their openness— Ah Muzen Cab’s hidden Temple of Tulúm—licked smooth the sticky of her hip—heat-thrummed ossa coxae. Lambent slave to ilium and ischium—I never tire to shake this wild hive, split with thumb the sweet- dripped comb—hot hexagonal hole—dark diamond— to its nectar-dervished queen. Meanad tongue— come-drunk hum-tranced honey-puller—for her hips, I am—strummed-song and succubus. They are the sign: hip. And the cosign: a great book— the body’s Bible opened up to its Good News Gospel. Alleluias, Ave Marías, madre mías, ay yay yays, Ay Dios míos, and hip-hip-hooray. Cult of Coccyx. Culto de cadera. Oracle of Orgasm. Rorschach’s riddle: What do I see? Hips: Innominate bone. Wish bone. Orpheus bone. Transubstantiation bone—hips of bread, wine-whet thighs. Say the word and healed I shall be: Bone butterfly. Bone wings. Bone Ferris wheel. Bone basin bone throne bone lamp. Apparition in the bone grotto—6th mystery— slick rosary bead—Déme la gracia of a decade in this garden of carmine flower. Exile me to the enormous orchard of Alcinous—spiced fruit, laden-tree—Imparadise me. Because, God, I am guilty. I am sin-frenzied and full of teeth for pear upon apple upon fig. More than all that are your hips. They are a city. They are Kingdom— Troy, the hollowed horse, an army of desire— thirty soldiers in the belly, two in the mouth. Beloved, your hips are the war. At night your legs, love, are boulevards leading me beggared and hungry to your candy house, your baroque mansion. Even when I am late and the tables have been cleared, in the kitchen of your hips, let me eat cake. O, constellation of pelvic glide—every curve, a luster, a star. More infinite still, your hips are kosmic, are universe—galactic carousel of burning comets and Big Big Bangs. Millennium Falcon, let me be your Solo. O, hot planet, let me circumambulate. O, spiral galaxy, I am coming for your dark matter. Along las calles de tus muslos I wander— follow the parade of pulse like a drum line— descend into your Plaza del Toros— hands throbbing Miura bulls, dark Isleros. Your arched hips—ay, mi torera. Down the long corridor, your wet walls lead me like a traje de luces—all glitter, glowed. I am the animal born to rush your rich red muletas—each breath, each sigh, each groan, a hooked horn of want. My mouth at your inner thigh—here I must enter you—mi pobre Manolete—press and part you like a wound— make the crowd pounding in the grandstand of your iliac crest rise up in you and cheer.

Nature loves logarithmic spirals. From sunflowers, seashells, and whirlpools, to hurricanes and giant spiral galaxies, it seems that nature chose this marvelous shape as its favorite "ornament." The constant shape of the logarithmic spiral on all size scales reveals itself beautifully in nature in the shapes of minuscule fossils or unicellular organisms known as foraminifera. Although the spiral shells in this care are composite structures (and not one continuous tube), X-ray images of the internal structure of these fossils show that the shape of the logarithmic spiral remained essentially unchanged for millions of years.

We are in an immensely slow tango with the Andromeda galaxy, both galaxies shaped as spirals with outstretched arms, and we are moving toward each other like spinning bodies. The galaxies will gain speed as they near, casting off blue sparks, new stars, until they spin past each other. And then the long arms of both galaxies will reach longingly out and grasp hands at the last moment, and they will come spinning back in the opposite direction, their legs entwined but never hitting, until the second swirl becomes a clutch, a dip, a kiss. And then, at the very center of things, when they are at their closest, there will open a supermassive black hole. —

I don't think I'm from this galaxy at all. I believe I came from the Andromeda galaxy, not so far, but far enough. Maybe that's why I'm an outcast.' He drew the spiral of Andromeda close to the Milky Way, almost touching. Then he pointed to Andromeda in the night sky above us. 'Maybe that's where I'm from too,' my father said. We could still see the stars.

Far out in the uncharted backwaters of the unfashionable end of the western spiral arm of the Galaxy lies a small unregarded yellow sun. Orbiting this at a distance of roughly ninety-two million miles is an utterly insignificant little blue-green planet whose ape-descended life forms are so amazingly primitive that they still think digital watches are a pretty neat idea. This planet has or rather had a problem, which was this: most of the people on it were unhappy for pretty much of the time. Many solutions were suggested for this problem, but most of these were largely concerned with the movements of small green pieces of paper, which is odd because on the whole it wasn’t the small green pieces of paper that were unhappy. And so the problem remained; lots of the people were mean, and most of them were miserable, even the ones with digital watches. Many were increasingly of the opinion that they’d all made a big mistake in coming down from the trees in the first place. And some said that even the trees had been a bad move, and that no one should ever have left the oceans.

The golden (logarithmic) spiral. The golden rectangle is formed by two sides comprised of the golden ratio. Portioning off a square within the golden rectangle leaves a smaller golden rectangle, a pattern that can be repeated ad infinitum. Connecting the points of the successively smaller squares gives the golden spiral found in nautilus shells, rams’ horns, whirlpools, and galaxies.

It is important to mention that the Maya believed, along with the Gnostics, that the center of the galaxy was a place of great spiritual significance. The greatest expression of divinity for the Maya living in the Yucatán peninsula was Hunab Ku (the highest authority). Hunab Ku lives in the center of the galaxy. Hunab Ku is represented by the spiral. This spiral form can be found throughout Mesoamerica.

As long as there have been humans, we have searched for our place in the Cosmos. In the childhood of our species (when our ancestors gazed a little idly at the stars), among the Ionian scientists of ancient Greece, and in our own age, we have been transfixed by this question: Where are we? Who are we? We find that we live on an insignificant planet of a humdrum star lost between two spiral arms in the outskirts of a galaxy which is a member of a sparse cluster of galaxies, tucked away in some forgotten corner of a universe in which there are far more galaxies than people. This perspective is a courageous continuation of our penchant for constructing and testing mental models of the skies; the Sun as a red-hot stone, the stars as celestial flame, the Galaxy as the backbone of night. Since Aristarchus, every step in our quest has moved us farther from center stage in the cosmic drama. There has not been much time to assimilate these new findings. The discoveries of Shapley and Hubble were made within the lifetimes of many people still alive today. There are those who secretly deplore these great discoveries, who consider every step a demotion, who in their heart of hearts still pine for a universe whose center, focus and fulcrum is the Earth. But if we are to deal with the Cosmos we must first understand it, even if our hopes for some unearned preferential status are, in the process, contravened. Understanding where we live is an essential precondition for improving the neighborhood. Knowing what other neighborhoods are like also helps. If we long for our planet to be important, there is something we can do about it. We make our world significant by the courage of our questions and by the depth of our answers. We embarked on our cosmic voyage with a question first framed in the childhood of our species and in each generation asked anew with undiminished wonder: What are the stars? Exploration is in our nature. We began as wanderers, and we are wanderers still. We have lingered long enough on the shores of the cosmic ocean. We are ready at last to set sail for the stars.

But it is still only a year since the Mt. Palomar astronomers discovered the first double-galaxy in the Andromeda galaxy, the great oblate diadem that is probably the most beautiful object in the physical universe, the island galaxy M-31. Without doubt, these random transfigurations throughout the world are a reflection of distant cosmic processes of enormous scope and dimensions first glimpsed in the Andromeda spiral. We now know that it is time, time with a Midas touch, which is responsible for the transformation. The recent discovery of anti-matter in the universe inevitably involves the conception of anti-time as the fourth side of this negatively-charged continuum. Where anti-particle and particle collide, they not only destroy their own physical identities, but their opposing time values eliminate each other, subtracting from the universe another quantum from its total share of time.

A year after that, the great red star, its waist now nearly to Jupiter, all at once collapsed in on itself and exploded into a supernova that vaporized every remaining planet, asteroid, and comet of the eighteenth planetary system of the third spiral arm of the Milky Way galaxy. A beautiful magenta-and-yellow wash spread through space, like spilled watercolors. Sensors aboard the hundreds of starliners recorded the event, but even just a short time later, when the Second Fleet would awaken near Delphi, those brilliant clouds would already be gone, and only a small, cold neutron star would remain, a celestial gravestone to humanity’s birthplace. But here, in this final moment . . . As arcs of plasma glowed . . . As stardust glittered . . . As rare elements formed in the atomic foam . . . A fleet of silent black ships, flickering like droplets, moved swiftly into the storm they had secretly created, and got to work.

Spirals are deeply rooted in the architecture of the universe; they are found in every size and substance. We’re always intimate with spirals yet rarely notice them. Sometimes we miss them due to familiarity, as in water whirling down the tub’s drain and in the shape of our ears. Sometimes we miss them because of their obscurity, as in the spiral “staircase” of leaves whirling around a stem. Sometimes we miss them because of their size, or distance, hurricanes or galaxies. And sometimes we miss them because of their invisibility, as in the shape of the wind and waves of emotion.

When I tried to write novels, sprawled on my bed with a ballpoint pen and spiral notebook, I imagined girls who outsmarted grown-ups and rescued their best friends from kidnappers, girls who raced in the Iditarod and girls who traveled to worlds far beyond our galaxy—girls who were always white. To be a hero, I thought, you had to be beautiful and adored. To be beautiful and adored, you had to be white. That there were millions of Asian girls like me out there in the world, starring in their own dramas large and small, had not yet occurred to me, as I had neither lived nor seen it.

BLUE HEAVENS It could make a person dizzy, those spinning, circling heavens filled with knots of stars, swirling blue stars approaching, blue-shadow stars fading away. It’s a mayhem of reeling, a scattering blue dust of star clouds circling the circling centers of spiraling galaxies wheeling forever toward no known horizon. Someone, immersed in the deep beauty of these blue celestials, could get lost while waiting for hands to deliver perhaps an orange, perhaps an apple, scarlet or gold, a sprig of green, a blossom, pink dogwood, spring plum. Inspired by “Golden Horn” Tondino The Museum of Fine Arts, Houston, Texas

IN THE HAZY SPACE after he died, when she lived in a sort of timeless underground grief, she saw on the Internet a video about what would happen to our galaxy in billions of years. We are in an immensely slow tango with the Andromeda galaxy, both galaxies shaped as spirals with outstretched arms, and we are moving toward each other like spinning bodies. The galaxies will gain speed as they near, casting off blue sparks, new stars, until they spin past each other. And then the long arms of both galaxies will reach longingly out and grasp hands at the last moment, and they will come spinning back in the opposite direction, their legs entwined but never hitting, until the second swirl becomes a clutch, a dip, a kiss. And then, at the very center of things, when they are at their closest, there will open a supermassive black hole. —

Far out in the uncharted backwaters of the unfashionable end of the Western Spiral arm of the Galaxy lies a small unregarded yellow sun. Orbiting this at a distance of roughly ninety-eight million miles is an utterly insignificant little blue-green planet whose ape-descended life forms are so amazingly primitive that they still think digital watches are a pretty neat idea. This planet has—or rather had—a problem, which was this: most of the people living on it were unhappy for pretty much of the time. Many solutions were suggested for this problem, but most of these were largely concerned with the movements of small green pieces of paper, which is odd because on the whole it wasn’t the small green pieces of paper that were unhappy. And so the problem remained; lots of the people were mean, and most of them were miserable, even the ones with digital watches.

There are two arms of the spiral, one opposite the other, exactly 180 degrees apart. Notice that between the reflecting arms, the light goes very dark. The black-light spirals are rotating at 180 degrees to each other and 90 degrees to the white light. (We’ve seen that before in the swirling galaxy.) If you look right in the center, you can see that the two opposite arms are exactly 180 degrees to each other. Figure 8-30 shows where we’ve seen it before. Here a white-light spiral comes out in one direction, and 180 degrees from it another white-light spiral goes out in the opposite direction. The dark arms — the feminine ones — come out between the light ones. That explains why the black light between the light arms of the spiral is different from the blackness in the rest of space (see fig. 2-35), as scientists have discovered, because the black light within a spiral is the feminine energy, and the darkness out in space is Void, not the same. The scientists couldn’t quite understand why it was different.

As long as there have been humans, we have searched for our place in the Cosmos. In the childhood of our species (when our ancestors gazed a little idly at the stars), among the Ionian scientists of ancient Greece, and in our own age, we have been transfixed by this question: Where are we? Who are we? We find that we live on an insignificant planet of a humdrum star lost between two spiral arms in the outskirts of a galaxy which is a member of a sparse cluster of galaxies, tucked away in some forgotten corner of a universe in which there are far more galaxies than people. This perspective is a courageous continuation of our penchant for constructing and testing mental models of the skies; the Sun as a red-hot stone, the stars as celestial flame, the Galaxy as the backbone of night. Since Aristarchus, every step in our quest has moved us farther from center stage in the cosmic drama. There has not been much time to assimilate these new findings. The discoveries of Shapley and Hubble were made within the lifetimes of many people still alive today. There are those who secretly deplore these great discoveries, who consider every step a demotion, who in their heart of hearts still pine for a universe whose center, focus and fulcrum is the Earth. But if we are to deal with the Cosmos we must first understand it, even if our hopes for some unearned preferential status are, in the process, contravened. Understanding where we live is an essential precondition for improving the neighborhood. Knowing what other neighborhoods are like also helps. If we long for our planet to be important, there is something we can do about it. We make our world significant by the courage of our questions and by the depth of our answers. We embarked on our cosmic voyage with a question first framed in the childhood of our species and in each generation asked anew with undiminished wonder: What are the stars? Exploration is in our nature. We began as wanderers, and we are wanderers still. We have lingered long enough on the shores of the cosmic ocean. We are ready at last to set sail for the stars.

Somewhere Across the Universe, This Intergalactic Fairytale Is Being Told In the far corner of the Virgo supercluster, a small galaxy called the Milky Way exists, and in one of the further spirals of that galaxy there is said to be a tiny planet called Earth. At a cursory glance, there is nothing seemingly unique about this planet, even though it is simply beautiful, cloaked in calypso blue with an oscillating belt of green. It is, in fact, one of millions like it that live in just this universe.   The extraordinary thing about this planet though, are the beings that exist on it. They have been through war after war. Empires that promised to burn brighter than their resident star, the sun, and disappeared in the blink of an eye. Savage rulers, dictators have destroyed entire portions of it, and yet … they simply refuse to stop existing, it is like they have this treasured thing within them to keep them surviving, and to keep knowing.   Look closer now, oh passer-by, look closer at these beings. They are survivors with a sense of awe and curiosity at everything around them. Sometimes they have lost their way, but this is a thing they never seem to lose, because they are so full of potential.   Promise. This planet may be called Earth, but it should have been called Promise.   If you do not believe this little story, and dismiss it as a silly old wives’ tale, a thing which cannot possibly exist, then I hope you come upon their legendary message. You see, 40 years ago, these beings sent out a message on a space probe that has travelled 20.5 billion kilometres, hoping to meet one of us in space. In it lies a message, the definition of this entire species, and it reads simply:   ‘This is a present from a small distant world, a token of our sounds, our science, our images, our music, our thoughts, and our feelings. We are attempting to survive our time so we may live into yours.’   The Voyager is still out there, waiting for someone to come upon it. Maybe that someone is you. Maybe you will remind that species of the greatness that lies in their potential, their promise. Maybe you will be the being that turns that fairytale planet of promise into an intergalactic legend of green and blue.

In 1997, the Hubble telescope took flight to give us a look through its powerful lens into places we had never known or seen before. Through this mammoth telescope, we discovered a staggering number of other galaxies out there beyond our own. Our tiny earth is just in one tiny galaxy. And our Milky Way galaxy is just a little disk-shaped spiral when compared with the expanse of other galaxies. Sure, we have our sun and moon—our little spot along with the planets that surround us. Yet the Hubble telescope revealed that we are just one of many.

The Whirlpool galaxy beautifully displays its spiral nature while mysteriously hiding exactly how it spins the way it does.

Recall that the Milky Way is a disk galaxy, meaning most of the stars and gas lie in a thin disk, about 130,000 light-years across but only roughly 2,000 light-years in thickness. The Sun is located at a distance of about 27,000 light-years from the galactic center, and happens at this moment to be close to the galactic midplane—less than 100 light-years away. It is also at the edge of a spiral arm.

In several spiral nebulae, including the one called Andromeda, Edwin Hubble had identified a type of star, called Cepheid variables. His observations in 1922 and 1923 proved these star spirals were much too distant to be part of our Milky Way. They had to be entire galaxies outside our own. Many in the astronomy establishment—most notably Harlow Shapley—had opposed this idea. Hubble’s discovery was announced on New Year’s Day 1925. Eventually it changed the prevailing view of the universe. Hubble’s calculations put the distance of Andromeda at about 1 million light-years, several times the distance Shapley estimated for the outer limits of the Milky Way. Back at Harvard, Shapley read Hubble’s letter and remarked to a colleague, Here is the letter that has destroyed my universe.

The galaxy was vast beyond mortal comprehension. It was common to visualise it as a great spiral of light, but this was an illusion. The stars were only tiny specks scattered across the endless night. To travel between them required risking a still greater darkness, the maddened hell that was the immaterium. The only light in that twisted nether-realm was the Astronomican, the soul-blaze guided by the Emperor Himself. Yet even the divine beacon had limits. In the far reaches it thinned and faded to nothing. There, at the very edge of where the shadows reigned unchallenged, sat the Blackstone Fortress. It was older than human civilisation. Whatever hands had built it were no longer around to explain its opaque workings. Such a shadowed existence led, unsurprisingly, to superstition. It had borne many names through the slow creep of years. The Dark Star. Old Unfathomable. The Eater of the Dead. Thousands more across hundreds of languages. That last name was given for a particular oddity of the ancient station. Its gravity obeyed no known rules. Instead, it seemed almost hungry. It pulled in debris and ships, a train of wreckage and ruin that spiralled in from the stars to be consumed into the lightless hull. There in the belly of the beast everything was slowly absorbed. Perhaps that was how it repaired itself. Perhaps it was how it learned. Perhaps it was growing. There was no one to ask.

Our galaxy’s mass and size is fine-tuned for life. A smaller galaxy will have its spiral structure more seriously disrupted by encounters with other galaxies. A larger galaxy will possess a much larger supermassive black hole in its nucleus.

In a galaxy far, far away, at a time when the Earth hosted nothing bigger than a simple bacterium, two monster black holes, locked in a death-spiral, swung around each other one last time. As they kissed and coalesced, three whole solar masses vanished, reappearing instantly as a tsunami of a warped space-time, which raced outwards at the speed of light. For an instant its power was fifty times greater than that of all the stars in the Universe put together.

Every single cell in the human body replaces itself over a period of seven years. That means there’s not even the smallest part of you now that was part of you seven years ago. Everything is changing. In the early days of my second life I noticed how the shadow of a telegraph pole would inch between the gardens of two houses across the street – from 152 to the garden of 150 – over the course of several hours, from lunchtime into evening. After watching this a few times I did the maths: the shadow movement from one garden to the next meant that both houses, the telegraph pole, the street, all of us, had travelled one thousand, one hundred and sixty miles around the earth with the turning of the planet. We’d also travelled about seventy-six thousand miles through space around the sun in the same period and much much further as part of the wider spiralling of the galaxy. And nobody noticed a thing. There is no stillness, only change. Yesterday’s here is not today’s here. Yesterday’s here is somewhere in Russia, in a wilderness in Canada, a deep blue nowhere out in the middle of the Atlantic Ocean. It’s behind the sun, it’s in deep space, hundreds of thousands, millions of miles left behind. We can never wake up in the same place we went to sleep in. Our place in the universe, the universe itself, it all changes faster and faster by the second. Every one of us standing on this planet, we’re all moving forwards and we’re never ever coming back. The truth is, stillness is an idea, a dream. It’s the thought of friendly, welcoming lights still shining in all the places we’ve been forced to abandon.

It is said that within the tens of trillions of cells that compose the human body we have the memory of every form of Life that has ever existed–terrestial as well as celestial. Inside us are the imprints of the first ferns in primordial Carboniferous forests some three hundred and fifty million years ago. Inside us are the furthest reaches of the stars, suns in galaxies far from the spiral of the Milky Way.

THE SIGNAL CAME FROM XENIA, a small planet in a modest star system near the tip of one spiral arm of the Pinwheel Galaxy. There, at the start of a night that lasted for several Earth years, something like a child held up something not quite a flashlight to something quite unlike the Earth’s night sky. Near the child stood the closest living thing to what might be called its parent. On Xenia, the entire species of intelligent beings contributed a little germ plasm to birth each new child. But each Xenian was given one child to raise. On Xenia, everyone was everyone else’s parent and everyone else’s child, everyone’s older sister and younger brother all at once. When one person died, so did everyone and no one. On Xenia, fear and desire and hunger and fatigue and sadness and all other transitory feelings were lost in a shared grace, the way that separate stars are lost in the daytime sun. “There,” the something-like-a-father said to its something-like-a-child, in something almost like speech. “A little higher. Right up there.” The little one lay back, floating on its living kinship raft above the intelligent soil. It felt its not-quite arm nudged by a process of assistance no one from Earth would have a name for. “There?” the younger one asked. “Right there? Why didn’t they ever answer?” The older one replied not in sound or light but in changes in the surrounding air. “We bathed them in signals for thousands of their generations. We tried everything we could think of. We never managed to get their attention.” The sequence of chemicals that the young one emitted was not quite a laugh. It was a whole verdict, really, an entire astrobiological theory. “They must have been very busy.” THE DAYS LENGTHENED.

felt us traveling on a small craft, piloting through the capital city of the reigning global superpower on the coast of the third largest continent of a smallish, rocky world near the inner rim of the habitable zone of a G-type dwarf star that lay a quarter of the way out to the edge of a dense, large, barred, spiral galaxy that drifted through a thinly spread local cluster in the dead center of the entire universe.

If in a more contemporary – and of course nocturnal – moment, one were to gaze celestial-ward and focus among the 300 stars which shine most brightly, they would typically be viewing an object that is coincidentally located nearly 400 light years aloft. This, in contrast to our sun’s rays which bide their transit to visual awareness for a mere 8 minutes and 20 seconds. Thus, the average image beheld will be yet occupying its existence at the conclusion of the Age of Discovery – meaning that its now moment will arrive on this orb well in advance of the glinting from the 150,000th yesterday of even the most conspicuously perceived of the 100 billion plus other stars coexisting this galaxy. To further simplify the matter, even if during this precise moment the scrutinized star were to core-collapse and become reborn as an invisible black hole, it would nonetheless – assuming averageness, as well as sufficient continuity of its gazer's lineage – persist as a celestial wonder under the watchful eye of one's prospective great, great, great, great, great, great, great, great, great, great, great, great, great, great grandchildren. Then quite plausibly several generations beyond the last. This of course, is taking into account only the nearest of them. The most remote star visible to the naked eye from earth is approximately 10,000 light years away – commonly known as Rho Cassiopeiae if you’re the curious sort – and is not only 450 times larger but 500,000 times brighter than our sun. Stars can likewise be squeezed into a collective ball – or globular cluster – allowing one’s eyes to telescope across 25,000 light years. Yet even this is relatively like yesterday if considering that the Andromeda (the nearest spiral galaxy to our own Milky Way) is also visible without optical aid in a moderately dark sky and projected to the earth’s surface as it was two-and-a-half million years ago – well before any human was around to gaze at all. If one were to then ponder the outer limits of actual telescopes, ocular time travel suddenly leaps forward – or more technically hindward – to as many as four-and-a-half billion years; which incidentally, is the approximate age of this planet itself. In any case, once glancing skyward one will tend to become unconsciously immersed into an unknowably distant past, even while experiencing a deepened fixation on the present. So too it is when becoming absorbed by the onset of a worthwhile story...

O, constellation of pelvic glide—every curve, a luster, a star. More infinite still, your hips are kosmic, are universe—galactic carousel of burning comets and big Big Bangs. Millennium Falcon, let me be your Solo. O, hot planet, let me circumambulate. O, spiral galaxy, I am coming for your dark matter.

Our galaxy is surrounded by a cloud of about fifty nearby galaxies, known as our Local Group. Foremost among them is the Andromeda Galaxy, a beautiful spiral galaxy, and the only galaxy in our group larger than our own. Gravity is pulling the two toward each other, and in four billion years (before our Sun has died) they will collide and unite. With so much distance between the stars of each galaxy, this collision will do surprisingly little to upset the stars and their planets. Its main effect will be to disrupt the delicate spiral structures of the partners, probably merging into a more uniform elliptical galaxy about three times as large. Eventually (in hundreds of billions of years) all the other galaxies in our group will have merged in too, forming a single giant galaxy.28 Zooming further out, we see many more groups of galaxies, some with as many as a thousand members.29 Eventually these groups resolve into a larger structure: the cosmic web—long, thick threads of galaxies, called filaments. These filaments criss-cross space in a kind of three-dimensional network, as if someone took a random set of points in space and connected each to its nearest handful of neighbors. Where the filaments intersect, space is bright and rich with galaxies.30 Between such filaments are dark and empty expanses, known as cosmic voids. As far as we can tell, this cosmic web continues indefinitely. At the very least, it continues as far as we can see or go. It is these final limits on our knowledge and action that appear to set the ultimate scale in our universe. We have known for almost a century that our universe is expanding, pulling the groups of galaxies apart. And twenty years ago we discovered that this expansion is accelerating. Cosmologists believe this puts a hard limit on what we will ever be able to observe or affect.31 We can currently see a sphere around us extending out 46 billion light years in all directions, known as the observable universe. Light from galaxies beyond this sphere hasn’t yet had time to reach us.32 Next year we will see a little further. The observable universe will increase in radius by a single light year, and about 25 more galaxies will come into view. But on our leading cosmological theory, the rate at which new galaxies become visible will decline, and those currently more than 63 billion light years away will never become visible from the Earth. We could call the region within this distance the eventually observable universe.33 But much more importantly, accelerating expansion also puts a limit on what we can ever affect. If, today, you shine a ray of light out into space, it could reach any galaxy that is currently less than 16 billion light years away. But galaxies further than this are being pulled away so quickly that neither light, nor anything else we might send, could ever affect them.34

To get some distance from this, you first need to get some perspective. Walk outside on a clear night and just look up into the sky. You are sitting on a planet spinning around in the middle of absolutely nowhere. Though you can only see a few thousand stars, there are hundreds of billions of stars in our Milky Way Galaxy alone. In fact, it is estimated that there are over a trillion stars in the Spiral Galaxy. And that galaxy would look like one star to us, if we could even see it. You’re just standing on one little ball of dirt and spinning around one of the stars. From that perspective, do you really care what people think about your clothes or your car? Do you really need to feel embarrassed if you forget someone’s name? How can you let these meaningless things cause pain? If you want out, if you want a decent life, you had better not devote your life to avoiding psychological pain.

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.

Baryonic matter continues to condense, though, to form the familiar disk shape of galaxies. Within these disks, many galaxies, including our own, form spiral arms which are moderately denser than their surroundings. And within these spiral arms, yet denser Giant Molecular Clouds form. Although denser than their surroundings, they are not very dense. A volume of a Giant Molecular Cloud the size of the Earth would have a mass of just 360 kilograms (kg), and if squashed down to a manageable size could be carried down the stairs by two strong movers. Still, Giant Molecular Clouds are dense enough that most of the hydrogen in them forms into hydrogen molecules (H2) consisting of two hydrogen atoms. That is why the clouds are called ‘molecular’. Within one such Giant Molecular Cloud, a smaller clump began to form, and the more matter there is in a given volume, the stronger its gravity, so the more matter is sucked in. This clump ultimately gave rise to our Solar System. The chemical composition of the Solar System suggests that the process got its initial nudge from the explosion of one or more nearby supernovae, which were themselves the product of massive, short-lived stars that formed in the same Giant Molecular Cloud as the Sun. In fact, hundreds to thousands of other stars, ranging from a few percent of the Sun’s mass to upwards of ten times the Sun’s mass formed in the same cloud.

The reason ordinary matter lies in a disk and not a small ball is the matter’s net rotation, which it inherited from the gas clouds that acquired angular momentum (momentum of rotation) in their formation. Cooling lowers resistance to collapse in one direction, but collapse in the two others is prevented or at least lessened by the centrifugal force of the rotation of the gas it contains. Without friction or some other force acting on it, a marble that you set in motion around a circular track will keep rolling forever. Similarly, once matter is rotating, it will keep its angular momentum until some torque acts on it or it can dissipate angular momentum along with energy. Because angular momentum is conserved, gaseous regions cannot collapse as efficiently in the radial direction (as defined by rotation) as in the vertical one. Though matter might collapse in the direction parallel to the axis of rotation, it won’t collapse in the radial direction unless angular momentum is somehow removed. This differential collapse is what gives rise to the relatively flat disk of the Milky Way, which we observe stretching across the sky. It is also what gives rise to the disks of most spiral galaxies.

Butterflies, waterfalls, bottlenose dolphins, praying mantises, kangaroos—they are all God’s idea. This magnificent world is like an interactive, hands-on museum displaying God’s artistic genius. All that follows in the Bible reinforces the clear message of Genesis 1: Behind all of history, there is God. Every helium atom, every spiral galaxy, every living creature exists because God wants it to. Think of Genesis 1–3 as an artist’s signature on a painting; God is saying, “This is mine.

Very often these luminous designs, rich in data, take the form of geometry. I speak from experience, having participated in more than seventy ayahuasca sessions since 2003, continuing to work with the brew for the valuable lessons it teaches me long after Supernatural was researched, written, and published. Here’s part of my account of the first time I drank ayahuasca in the Amazon: I raise the cup to my lips again. About two thirds of the measure that the shaman poured for me still remains, and now I drain it in one draught. The concentrated bittersweet foretaste, followed instantly by the aftertaste of rot and medicine, hits me like a punch in the stomach…. Feeling slightly apprehensive, I thank the shaman and wander back to my place on the floor…. Time passes but I don’t keep track of it. I’ve improvized a pillow from a rolled-up sleeping bag and I now find I’m swamped by a powerful feeling of weariness. My muscles involuntarily relax, I close my eyes, and without fanfare a parade of visions suddenly begins, visions that are at once geometrical and alive, visions of lights unlike any light I’ve ever seen—dark lights, a pulsing, swirling field of the deepest luminescent violets, of reds emerging out of night, of unearthly textures and colors, of solar systems revolving, of spiral galaxies on the move. Visions of nets and strange ladder-like structures. Visions in which I seem to see multiple square screens stacked side by side and on top of each other to form immense patterns of windows arranged in great banks. Though they manifest without sound in what seems to be a pristine and limitless vacuum, the images possess a most peculiar and particular quality. They feel like a drum-roll—as though their real function is to announce the arrival of something else.13 Other notes I made following my ayahuasca sessions in the Amazon refer to a “geometrical pulse,”14 to “a recurrence of the geometrical patterns,”15 to “a background of shifting geometrical patterns,”16 and to “complex interlaced patterns of geometry…. I zoom in for a closer view…. They’re rectangular, outlined in black, like windows. There’s a circle in the centre of each rectangle.”17

For many of us, that hole in our lives has been filled by a new story of the creation that does not require a God who intervenes in day-to-day affairs. It is an evolutionary story that reaches inward to embrace the ceaseless dance of DNA and outward to the spiraling galaxies, a story that places human life and consciousness squarely in a cosmic glow of complexifyingly energy…the universe is a unity, an interacting, evolving, and genetically related community of beings bound together in an inseparable relationship in space and time.

The ceiling and rear wall disappeared, exposing the external vista of a massive spiral galaxy, its brilliant arms of blue and purple surrounding a giant ball of white light in the center. The collective brilliance of a trillion stars filled the tiny room. Max yelped, leapt out of the bed, and pressed his back against the door. “You’re perfectly fine, mate,” Ross said with a hearty chuckle. “Calm the bloody hell down. The wall and ceiling are still there, just reflecting the external view. Neat, huh?

Luo Ji spent the night in a fevered torpor, haunted endlessly by restless dreams in which the stars in the night sky swirled and danced like grains of sand on the skin of a drum. He was even aware of the gravitational interaction between these stars: It wasn’t three-body motion, but the 200-billion-body motion of all of the stars in the galaxy! Then the swirling stars clustered into an enormous vortex, and in that mad spiral the vortex transformed again into a giant serpent formed from the congealed silver of every star, which drilled into his brain with a roar.… At around four in the morning, Zhang Xiang was awakened by his phone. It was a call from the Planetary Defense Council Security Department leadership who, in severe tones, demanded that he report immediately on Luo Ji’s condition, and ordered the base to be put under a state of emergency. A team of experts was on its way over. As soon as he hung up the phone, it rang again, this time with a call from the doctor in the tenth basement, who reported that the patient’s condition had sharply deteriorated and he was now in a state of shock. Zhang Xiang descended the elevator at once, and the panicked doctor and nurse informed him that Luo Ji had begun spitting up blood in the middle of the

Behind the spine is infinity. Below the perineum, Invisible pulsating roots Open downward into space. The heart is wide as a spiral galaxy. Steadily consider Back, root, heart, And know the living body of vastness That you are.

The miracle of eggs. In the beginning was the egg. The chicken was an afterthought, a mere transmission mechanism for the production of further eggs. The world itself is egglike. Those astrophotos of galaxies, spiral nebulae—do they not resemble fresh eggs broken in the pan? The universe itself may be no more than one gigantic cosmic egg. And the function of mind? To fertilize that egg. Creating—who knows what grotesque and Godlike monster. Best not think about it.

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.

George Malcolm: half white, half black, with messy tousled hair, rumpled and tugged between kind of curly and extremely curly. Once, a year or so before, he'd been at our house and he'd pulled out a lock of his hair and used it to teach me about eddies and helixes. It's a circular current into a central station, he'd explained, giving me one to hold. I pulled on the spring. Nature is full of the same shapes, he said, taking me to the bathroom sink and spinning on the top and pointing out the way the water swirled down the drain. Taking me to the bookshelf and flipping open a book on weather and showing me a cyclone. Then a spiral galaxy. Pulling me back to the bathroom sink, to my glass jar of collected seashells, and pointing out the same curl in a miniature conch. See? he said, holding the seashell up to his hair. Yes! I clapped. His eyes were warm with teaching pleasure. It's galactic hair, he said, smiling. At school, George was legendary already. He was so natural at physics that one afternoon the eighth-grade science teacher had asked him to do a preview of the basics of relativity, really fast, for the class. George had stood up and done such a fine job, using a paperweight and a yardstick and the standard-issue school clock, that the teacher had pulled a twenty-dollar bill from his wallet. I'd like to be the first person to pay you for your clarity of mind, the teacher had said. George used the cash to order pizza for the class. Double pepperoni, he told me later, when I'd asked.

It was the most perfectly warm and still summer night in months. Even the breeze caused by the airship’s motion was warmer than usual, as soft against her cheek as the breath of an attentive lover. Above, yet hidden by the black curve of the vacuum-bag, the two moons were nearly at their fullest. Microscopic creatures sparkled a hundred metres under the airship, great schools of them daubing galaxies against the profound black of the sea. Spirals, flukes and arms of luminescence wheeled and coiled as if in thrall to secret music.

Join the Fleet, travel the galaxy, meet interesting new people and kill them.

Our solar system, in turn, is just one tiny corner of the Milky Way galaxy, that thick band of stars visible in the darkest night skies stretching far over our heads. We’re about 25,000 light-years away from the center of the rotating galaxy, which astronomers estimate contains somewhere between 100 and 400 billion stars—and at least that number of planets—and stretches across some 87,400 light-years. What we see in our skies from Earth is the equivalent of staring at the side of the Milky Way stretching off before us, as if we’re looking at the edge of a plate or a Frisbee. It is spiral-shaped, like an enormous spinning pinwheel, first mentioned, as far as we know, by the Persian astronomer Abd al-Rahman al-Sufi in AD 964, recorded in his The Book of the Fixed Stars. In 1610, Galileo was the first astronomer to piece together, using a telescope, that the Milky Way visible in our skies was a collection of faint stars; a century later, Immanuel Kant surmised that it was a rotating body of stars, and over the next two hundred years, astronomers came to begin to grasp how enormous the universe truly is.

Our solar system, in turn, is just one tiny corner of the Milky Way galaxy, that thick band of stars visible in the darkest night skies stretching far over our heads. We’re about 25,000 light-years away from the center of the rotating galaxy, which astronomers estimate contains somewhere between 100 and 400 billion stars—and at least that number of planets—and stretches across some 87,400 light-years. What we see in our skies from Earth is the equivalent of staring at the side of the Milky Way stretching off before us, as if we’re looking at the edge of a plate or a Frisbee. It is spiral-shaped, like an enormous spinning pinwheel, first mentioned, as far as we know, by the Persian astronomer Abd al-Rahman al-Sufi in AD 964, recorded in his The Book of the Fixed Stars. In 1610, Galileo was the first astronomer to piece together, using a telescope, that the Milky Way visible in our skies was a collection of faint stars; a century later, Immanuel Kant surmised that it was a rotating body of stars, and over the next two hundred years, astronomers came to begin to grasp how enormous the universe truly is. Now we understand that our Milky Way is about 2.5 million light-years from the next closest galaxy, known as Andromeda. Together, these two massive galaxies—and all the stuff in between them, including a number of so-called dwarf galaxies and satellite galaxies, as well as a third large galaxy known as Triangulum—make up what astronomers call the “Local Group,” which is one corner of a larger cosmic structure known as a “supercluster.”II For most of the last fifty years, our particular galactic neighborhood was believed to be part of the “Virgo Supercluster,” a gathering of about one hundred galaxies, but in 2014 a team of astronomers led by Hawaii’s R. Brent Tully realized we were more connected to our neighbors than anyone had realized; they redrew the boundaries of the galactic map after realizing that our supercluster was far more vast and in fact consisted of what had been four separate superclusters that all moved in the same gravitational rhythm. They dubbed the new supercluster “Laniakea,” Hawaiian for “immense heaven,” and we now believe it encompasses about one hundred thousand other galaxies that astronomers define as “nearby,” despite the fact that they stretch across more than 520 million light-years of outer space. Laniakea, in turn, is now understood to be part of the Pisces-Cetus Supercluster Complex, an enormous structure of about sixty superclusters that together stretch across a billion light-years. The Pisces-Cetus Supercluster Complex is what’s known as a “galaxy filament,” the largest structures known to exist in our universe, in which NASA now estimates there are about 200 billion galaxies stretching across 46 billion light-years.III (Each of those galaxies is estimated to have perhaps 100 million stars—although the largest, known as supergiants, can contain 100 trillion.)

To stare into the spiral of a shell was to see the swirl of a galaxy, the logarithmic spiral of life itself, the intertwined miracle of art and science.