Sympathetic Vibration Quotes

Personally, I believe that prayer is a sending out of vibrations from one person to another and to God. All of the universe is in vibration. There are vibrations in the molecules of a table. The air is filled with vibrations. The reaction between human beings is also in vibration. When you send out a prayer for another person, you employ the force inherent in a spiritual universe. You transport from yourself to the other person a sense of love, helpfulness, support—a sympathetic, powerful understanding—and in this process you awaken vibrations in the universe through which

Some women, Commander Norton had decided long ago, should not be allowed aboard ship; weightlessness did things to their breasts that were too damn distracting. It was bad enough when they were motionless; but when they started to move, and sympathetic vibrations set in, it was more than any warm-blooded male should be asked to take. Some women, Commander Norton had decided long ago, should not be allowed aboard ship; weightlessness did things to their breasts that were too damn distracting. It was bad enough when they were motionless; but when they started to move, and sympathetic vibrations set in, it was more than any warm-blooded male should be asked to take. He was quite sure that at least one serious space accident had been caused by acute crew distraction, after the transit of a well-upholstered lady officer through the control cabin.

The earth doesn't move backward (very much) when you walk only because it's much more massive than you are.

In that sense, this is not a standard book of interviews. Nor is it what you might call a book of 'celebrity conversations.' What I was searching for - with increasing clarity as the sessions progressed - was something akin to the heart's natural resonance. What I did my best to hear, of course, was that resonance coming from Ozawa's heart. After all, in our conversations I was the interviewer and he was the interviewee. But what I often heard at the same time was the resonance of my own heart. At times that resonance was something I recognized as having long been a part of me, and at other times it came as a complete surprise. In other words, through a kind of sympathetic vibration that occurred during all of these conversations, I may have been simultaneously discovering Seiji Ozawa and, bit by bit, Haruki Murakami.

Every substance has a resonant frequency which is demonstrated by the principle of sympathetic vibration; the most obvious example is the wine glass shattered by an opera singer. If this frequency is matched and amplified, any material may be literally shaken to pieces.  A vibrating assembly with an adjustable frequency

Science aims at a closer relation between word and fact.

Metaphors, like perceptions, are drawn from common experiences.

All measurement begins (and in the end, ends) with ourselves.

a highly organized and articulate set of ideas about anything. As in the case of a love affair the fit need not at the outset be perfect, so long as there is sufficient similarity . . . to set the vibrations between the two entities into sympathetic coordination with each other. . . . It is possible, and indeed common for different individuals to resonate in different manners to the same ideology. (EA,

Comfort came in and stood with an appearance of guilt and shame. Her head bent, her eyes soaked with tears, her hands and legs, vibrating like a guiter string as perspiration covered her entire body, she felt like disappearing into the thin air, maybe to another mind creating world.

Who calls the Prince of the Mud?' … The snapping turtle snapped. Its head shot out to maximum extension—Eliot wouldn’t have believed anything that big could move that fast. It was like a Mack truck coming straight at them. As it bit it turned its head on one side, to take them both in one movement. Eliot reacted fast. His reaction was to crouch down and cover his face with his arms. From the relative safety of this position he felt the day grow colder around them, and he heard a crackle, which at first he took for the pier splintering in the turtle’s jaws. But the end didn’t come. 'You DARE?' Janet said. Her voice was loud now—it made the boards vibrate sympathetically under his feet. He looked up at her. She’d gone airborne, floating two feet above the pier, and her clothes were rimmed with frost. She radiated cold; mist sheeted off her skin as it would off dry ice. Her arms were spread wide, and she had an axe in each hand. They were those twin staves she wore on her back, each one now topped with an axe-head of clear ice. The turtle was trapped in mid-lunge. She’d stopped it cold; the swamp was frozen solid around it. Janet had called down winter, and the water of the Northern Marsh was solid ice as far as he could see, cracked and buckled up in waves. The turtle was stuck fast in it. It struggled, its head banging back and forth impotently. 'Jesus,' Eliot said. He stood up out of his defensive crouch. 'Nice one.' 'You DARE?' Janet said again, all imperious power. 'Marvel that you live, Prince of Shit!

The man sitting in the iron seat did not look like a man; gloved, goggled, rubber dust mask over nose and mouth, he was part of the monster, a robot in the seat. The thunder of the cylinders sounded through the country, became one with the air and the earth, so that earth and air muttered in sympathetic vibration. The driver could not control it–straight across country it went, cutting through a dozen farms and straight back. A twitch at the controls could swerve the cat’, but the driver’s hands could not twitch because the monster that built the tractor, the monster that sent that tractor out, had somehow got into the driver’s hands, into his brain and muscle, had goggled him and muzzled him–goggled his mind, muzzled his speech, goggled his perception, muzzled his protest. He could not see the land as it was, he could not smell the power of the earth. He sat in an iron seat and stepped on iron pedals. He could not cheer or beat or curse or encourage the extension of his power, and because of this he could not cheer or whip or curse or encourage himself. He did now know or own or trust or beseech the land. If a seed dropped did not germinate, it was no skin off his ass. If the young thrusting plant withered in drought or drowned in a flood of rain, it was no more to the driver than to the tractor. He loved the land no more than the bank loved the land. He could admire the tractor–its machined surfaces, its surge of power, the roar of its detonating cylinders; but it was not his tractor. Behind the tractor rolled the shining disks, cutting the earth with its blades–not plowing but surgery, pushing the cut earth to the right where the second row of disks cut it and pushed it to the left; slicing blades shining, polished by the cut earth. And behind the disks, the harrows combing with iron teeth so that the little clods broke up and the earth lay smooth. Behind the harrows, the long seeders–twelve curved iron penes erected in the foundry, orgasms set by gear, raping methodically, raping without passion. The driver sat in his iron seat and he was proud of the straight lines he did not will, proud of the tractor he did not own or love, proud of the power he could not control. And when that crop grew, and was harvested, no man had crumbled a hot clod in his fingers and let the earth sift past his fingertips. No man had touched the seed, or lusted for the growth. Men ate what they had not raised, and had no connection to the bread. The land bore under iron, and under iron gradually died; for it was not love or hated, it had no prayers or curses.

The children crowded about the women in the houses. What we going to do Ma? Where we going to go? The women said, We don’t know, yet. Go out and play. But don’t go near your father. He might whale you if you go near him. And the women went on with the work, but all the time they watched the men squatting in the dust–perplexed and figuring. The tractors came over the roads and into the fields, great crawlers moving like insects, having the incredible strength of insects. They crawled over the ground, laying the track and rolling on it and picking it up. Diesel tractors, puttering while they stood idle; they thundered when they moved, and then settled down to a droning roar. Snub-nosed monsters, raising the dust and sticking their snouts into it, straight down the country, across the country, through fences, through dooryards, in and out of gullies in straight lines. They did not run on the ground, but on their own roadbeds. They ignored hills and gulches, water courses, fences, houses. The man sitting in the iron seat did not look like a man; gloved, goggled, rubber dust mask over nose and mouth, he was part of the monster, a robot in the seat. The thunder of the cylinders sounded through the country, became one with the air and the earth, so that earth and air muttered in sympathetic vibration. The driver could not control it–straight across country it went, cutting through a dozen farms and straight back. A twitch at the controls could swerve the cat’, but the driver’s hands could not twitch because the monster that built the tractor, the monster that sent that tractor out, had somehow got into the driver’s hands, into his brain and muscle, had goggled him and muzzled him–goggled his mind, muzzled his speech, goggled his perception, muzzled his protest. He could not see the land as it was, he could not smell the power of the earth. He sat in an iron seat and stepped on iron pedals. He could not cheer or beat or curse or encourage the extension of his power, and because of this he could not cheer or whip or curse or encourage himself. He did now know or own or trust or beseech the land. If a seed dropped did not germinate, it was no skin off his ass. If the young thrusting plant withered in drought or drowned in a flood of rain, it was no more to the driver than to the tractor. He loved the land no more than the bank loved the land. He could admire the tractor–its machined surfaces, its surge of power, the roar of its detonating cylinders; but it was not his tractor. Behind the tractor rolled the shining disks, cutting the earth with its blades–not plowing but surgery, pushing the cut earth to the right where the second row of disks cut it and pushed it to the left; slicing blades shining, polished by the cut earth. And behind the disks, the harrows combing with iron teeth so that the little clods broke up and the earth lay smooth. Behind the harrows, the long seeders–twelve curved iron penes erected in the foundry, orgasms set by gear, raping methodically, raping without passion. The driver sat in his iron seat and he was proud of the straight lines he did not will, proud of the tractor he did not own or love, proud of the power he could not control. And when that crop grew, and was harvested, no man had crumbled a hot clod in his fingers and let the earth sift past his fingertips. No man had touched the seed, or lusted for the growth. Men ate what they had not raised, and had no connection to the bread. The land bore under iron, and under iron gradually died; for it was not love or hated, it had no prayers or curses.

The children crowded about the women in the houses. What we going to do Ma? Where we going to go? The women said, We don’t know, yet. Go out and play. But don’t go near your father. He might whale you if you go near him. And the women went on with the work, but all the time they watched the men squatting in the dust–perplexed and figuring. ... The tractors came over the roads and into the fields, great crawlers moving like insects, having the incredible strength of insects. They crawled over the ground, laying the track and rolling on it and picking it up. Diesel tractors, puttering while they stood idle; they thundered when they moved, and then settled down to a droning roar. Snub-nosed monsters, raising the dust and sticking their snouts into it, straight down the country, across the country, through fences, through dooryards, in and out of gullies in straight lines. They did not run on the ground, but on their own roadbeds. They ignored hills and gulches, water courses, fences, houses. The man sitting in the iron seat did not look like a man; gloved, goggled, rubber dust mask over nose and mouth, he was part of the monster, a robot in the seat. The thunder of the cylinders sounded through the country, became one with the air and the earth, so that earth and air muttered in sympathetic vibration. The driver could not control it–straight across country it went, cutting through a dozen farms and straight back. A twitch at the controls could swerve the cat’, but the driver’s hands could not twitch because the monster that built the tractor, the monster that sent that tractor out, had somehow got into the driver’s hands, into his brain and muscle, had goggled him and muzzled him–goggled his mind, muzzled his speech, goggled his perception, muzzled his protest. He could not see the land as it was, he could not smell the power of the earth. He sat in an iron seat and stepped on iron pedals. He could not cheer or beat or curse or encourage the extension of his power, and because of this he could not cheer or whip or curse or encourage himself. He did now know or own or trust or beseech the land. If a seed dropped did not germinate, it was no skin off his ass. If the young thrusting plant withered in drought or drowned in a flood of rain, it was no more to the driver than to the tractor. He loved the land no more than the bank loved the land. He could admire the tractor–its machined surfaces, its surge of power, the roar of its detonating cylinders; but it was not his tractor. Behind the tractor rolled the shining disks, cutting the earth with its blades–not plowing but surgery, pushing the cut earth to the right where the second row of disks cut it and pushed it to the left; slicing blades shining, polished by the cut earth. And behind the disks, the harrows combing with iron teeth so that the little clods broke up and the earth lay smooth. Behind the harrows, the long seeders–twelve curved iron penes erected in the foundry, orgasms set by gear, raping methodically, raping without passion. The driver sat in his iron seat and he was proud of the straight lines he did not will, proud of the tractor he did not own or love, proud of the power he could not control. And when that crop grew, and was harvested, no man had crumbled a hot clod in his fingers and let the earth sift past his fingertips. No man had touched the seed, or lusted for the growth. Men ate what they had not raised, and had no connection to the bread. The land bore under iron, and under iron gradually died; for it was not love or hated, it had no prayers or curses.

Scientifically, music is a proven source of healing and is routinely used by modern-day health providers both in private practice and in hospitals to help patients improve. In fact, the field of physio-acoustics studies how sound frequencies work to “create sympathetic vibration in the deep tissues of the body,” even down to our bones.

An infection or inflammation of the larynx is known as laryngitis (lar-in-JI .-tis). It commonly affects the vibrational qualities of the vocal folds. Hoarseness is the most familiar result. Mild cases are temporary and seldom serious. However, bacterial or viral infections of the epiglottis can be very dangerous. The resulting swelling may close the glottis and cause suffocation. This condition, acute epiglottitis (ep-ih-glot-TI .-tis), can develop rapidly after a bacterial infection of the throat. Young children are most likely to be affected. The Trachea The trachea (TRA .-ke.-uh), or windpipe, is a tough, flexible tube with a diameter of about 2.5 cm (1 in.) and a length of about 11 cm (4.33 in.) (Figure 23–6). The trachea begins anterior to vertebra C6 in a ligamentous attachment to the cricoid cartilage. It ends in the mediastinum, at the level of vertebra T5, where it branches to form the right and left main bronchi. The epithelium of the trachea is continuous with that of the larynx. The mucosa of the trachea resembles that of the nasal cavity and nasopharynx (look back at Figure 23–2a). The submucosa (sub-mu.-KO .-suh), a thick layer of connective tissue, surrounds the mucosa. The submucosa contains tracheal glands whose mucous secretions reach the tracheal lumen through a number of short ducts. The trachea contains 15–20 tracheal cartilages that stiffen the tracheal walls and protect the airway (see Figure 23–6a). They also prevent it from collapsing or overexpanding as pressure changes in the respiratory system. Each tracheal cartilage is C-shaped. The closed portion of the C protects the anterior and lateral surfaces of the trachea. The open portion of the C faces posteriorly, toward the esophagus (see Figure 23–6b). Because these cartilages are not continuous, the posterior tracheal wall can easily distort when you swallow, allowing large masses of food to pass through the esophagus. An elastic anular ligament and the trachealis, a band of smooth muscle, connect the ends of each tracheal cartilage (see Figure 23–6b). Contraction of the trachealis reduces the diameter of the trachea. This narrowing increases the tube’s resistance to airflow. The normal diameter of the trachea changes from moment to moment, primarily under the control of the sympathetic division of the ANS. Sympathetic stimulation increases the diameter of the trachea and makes it easier to move large volumes of air along the respiratory passageways.

Imagine (if you can) what the planetary model of the atom would have looked like — its satellite electrons orbiting its sunlike nucleus — if people had still thought the earth was flat. It would have been — literally — unthinkable.

Once you become fluent in a language or in a set of ideas, you immediately internalize them to the extent that other languages and ideas sound automatically strange and foreign.

You can't begin to measure something until you make some assumptions about what that something is.

Familiarity is soporific,' writes physicist B. K. Ridley. 'It breeds consent to whatever models we're used to.

What he said of Friedrich Hebbel’s poetry is true of his own, that it “penetrates us in such a way that the most secret … inner depths stir in us and the actually demonic, the natural in us, sounds in dark and intoxicating sympathetic vibration.”10 With all its danger, the instinctual element in man, “the natural in us,” provided the power whereby one could escape from the prison of aestheticism, from the paralysis of narcissistic sensibility. Engagement in life, Hofmannsthal felt, demands the capacity to resolve, to will. This capacity implies commitment to the irrational, in which alone resolution and will are grounded. Thus affirmation of the instinctual reopened for the aesthete the door to the life of action and society. How did Hofmannsthal see the great world which he now entered? Modern society and culture seemed to him, as to Schnitzler, hopelessly pluralistic, lacking in cohesion or direction. “… [T]he nature of our epoch,” he wrote in 1905, “is multiplicity and indeterminacy. It can rest only on das Gleitende [the moving, the slipping, the sliding], and is aware that what other generations believed to be firm is in fact das Gleitende”11 This new perception of reality undermined the very efficacy of reason for Hofmannsthal. “Everything fell into parts, the parts again into more parts,” says one of his characters, “and nothing allowed itself to be embraced by concepts any more.”12 Hofmannsthal saw it as the trial of the noblest natures to take into themselves “a wholly irrational mass of the non-homogeneous,

The way I’ve learned about and understood magic is based on three main principles—Vibrational Alignment, the Law of Attraction, and Sympathetic Magic.

All manner of physical systems,” wrote Robert G. Jahn, “whether mechanical, electromagnetic, fluid dynamical, quantum mechanical, or nuclear, display capacities for synergistically interactive vibrations with similar systems, or with their environment. Coupled harmonic oscillators, all common musical instruments, radio and television circuitry, atomic components of molecules, all involve this ‘sympathetic’ resonance, from which strikingly different properties emerge than those that characterize their isolated components.”21

Ultrasonic drilling fully explains how the holes and cores found in the Valley Temple at Giza could have been cut, and it is capable of creating all the details that Petrie and I puzzled over. Unfortunately for Petrie, ultrasonic drilling was unknown at the time he made his studies, so it is not surprising that he could not find satisfactory answers to his queries. In my opinion, the application of ultrasonic machining is the only method that completely satisfies logic, from a technical viewpoint, and explains all noted phenomena. [...] The most significant detail of the drilled holes and cores studied by Petrie was that the groove was cut deeper through the quartz than through the feldspar. Quartz crystals are employed in the production of ultrasonic sound and, conversely, are responsive to the influence of vibration in the ultrasonic ranges and can be induced to vibrate at high frequency. When machining granite using ultrasonics, the harder material (quartz) would not necessarily offer more resistance, as it would during conventional machining practices. An ultrasonically vibrating tool bit would find numerous sympathetic partners, while cutting through granite, embedded right in the granite itself. Instead of resisting the cutting action, the quartz would be induced to respond and vibrate in sympathy with the high-frequency waves and amplify the abrasive action as the tool cut through it.

In order to draw mechanical vibrations and relieve the stresses that build up within the Earth, we would need an object that would respond sympathetically with the Earth's fundamental frequency. This object would need to be designed in such a way that its own resonant frequency was the same as, or a harmonic of, the Earth's. In this manner, energy transfer from the source would be at maximum load. In harmony with the Earth's vibrations, this object would have the potential to become a coupled oscillator. (A coupled oscillator is an object that is in harmonic resonance with another, usually larger, vibrating object. When set into motion, the coupled oscillator will draw energy from the source and vibrate in sympathy as long as the source continues to vibrate.) Because the Earth constantly generates a broad spectrum of vibration, we could utilize vibration as a source of energy if we developed suitable technology. Naturally, any device that attracted greater amounts of this energy than is normally being radiated from the Earth would greatly improve the efficiency of the equipment. Because energy will inherently follow the path of least resistance, it follows that any device offering less resistance to this energy than the surrounding medium through which it passes would have a greater amount of energy channeled through it. Keeping all of this in mind and knowing that the Great Pyramid is a mathematical integer of the Earth, it may not be so outlandish to propose that the pyramid is capable of vibrating at a harmonic frequency of the Earth's fundamental frequency.