hindus-from-the-united-states

"A new caste system, based on race and power, would become firmly established with the German “Aryan” as Brahman and Kshatriya, the other European races as Vaishya, and the non-European peoples as the Shudras of the world."

"Each of us who takes spiritual matters seriously finds in the course of time the path wherein his spiritual aspirations and needs find their truest satisfaction. It was because I found mine in the spiritual outlook of the Upanishads and the Gita more completely than anywhere else that I wished to be a member of the Hindu community and thus afford those I loved the opportunity to develop freely and naturally in the midst of the atmosphere that had these great scriptures as their basis."

"Defining hardcore is like defining falling in love -- definitions really miss the point. You don't need a definition to know if you're in love or not -- you just know it. You just feel real hardcore when you experience it."

"From the Hindu perspective, all oflife is sacred, and performing our duty is dhanna. Dhanna is a rich tenn that means "way of righteousness, religion and fulfillment of duty." From this lofty view, every deed is a part of our religious practice. Everything we do is an act of worship and faith."

"Hinduism, the Eternal Way or Sanatana Dharma, has no beginning, therefore will certainly have no end. It was never created, and therefore it cannot be destroyed. It is a God-centric religion. The center of it is God. All of the other religions are prophet-centric. It is the only religion that has such breadth and depth. Hinduism contains the deities and the sanctified temples, the esoteric knowledge of inner states of consciousness, yoga and the disciplines of meditation."

"True ancient Hindu cosmology was "dismantled" by Europeans in order to bring it into line with the biblical time scale. This happened during the 18th and 19th centuries. They tried to fit everything within five thousand years."

"The Hindu, or Vedic, concept of time is cyclical. There are cycles within cycles within cycles."

"E = mSo this... says that what we call matter, was just potential energy. Now we got both these [spacetime and energy equations] in 1905."

"E = mNow this is E = m. You already heard it with the c^2 on there, but that's just how many s equals a . When Einstein found out they were measuring the same thing in grams as in ergs, he has to know how many ergs makes a gram, and an erg is the kinetic energy of a 2 gram beetle walking 1 centimeter per second and running into your shoe. ...The gram is the energy of the Hiroshima bomb, and he had to know how many beetles... to get rid of Berkeley. ...[T]hat's what the c^2 is all about, 9 times 10^{20}. ...The kinetic energy of 9 times 10^{20} 2 gram beetles walking 1 centimeter per second would vaporize Berkeley."

"\triangle x\;\triangle mv \ge \hbarThis we got from Heisenberg in 1927, but he blames it on Einstein. Heisenberg says, ....for more than three ...months they tried to describe the track of an electron across the , which they can see. They tried to describe it in quantum mechanics, and they couldn't ...These are the biggest shots in quantum mechanics, and they couldn't do it. Heisenberg, Bohr and Schrödinger... couldn't do it. ...[H]eisenberg said, then I remembered and suggested what Einstein had ...[said] earlier, "Theory must first say what can be observed" and when I looked at the problem from that side, I had the uncertainty relation."

"Now what Einstein's geometry pointed out is that the time comes in squared with a minus sign. ...[R]emember ...Euclid's geometry... every time you square something it's got a plus sign. No, it's got a minus sign. ...You have to subtract the time separation from the space separation, and if they're equal, this [S] goes to zero."

"Einstein knew that distances... and lengths of time are not objective, and he wanted to know what is objective. The S, this is objectiveS^2 = x^2 - t^2The spacetime separation between here-now and there-then is objective. The spacetime separation between two events, here-now and there-then. That's objective. So this [x] is the distance between here and there, and this [t] is the time between now and then."

"S^2 = x^2 - t^2This is Einstein's 1905 geometry. All he noticed was that distances are not objective. How far it is from New York to Chicago depends on how fast you're going by when you look at it. And lengths of time are not objective. What you call a minute or an hour depends upon how fast you're going by when you look at the clock."

"[I]f a light beam can get from here-now to there-then, or from there-then to here-now, then the distance [x] between here and there is equal to the time [t] between now and then, and the total separation goes to zero."

"[W]e used to consider that no matter how many evidences in favor of your model, [if] you have... one evidence against you, and you're dead."

"You can't persuade a kid that nothing made everything out of nothing. ...It's impossible to get everything out of nothing."

"So I have to replace the Big Bang. ...[L]et's confine ourselves to the observational evidence, and since there is no observational evidence for Creation, we'll leave it out. Now that leaves out the Big Bang people, the mini bang people, the steady-state people, The people... almost everybody."

"[F]ormation of galaxies and stars would [also]... be impossible except in this cascade of increasing entropy."

"I like to make fun of the Big Bang. I'm allergic to the Big Bang."

"The Big Bang people wanted to get everything out of nothing. They want us to believe that nothing made everything out of nothing."

"[E]ven if you did get nothing to make everything out of nothing, you still have the difficulty that it's in a black hole. Getting it out of a black hole is the second impossibility. We now have impossibility squared."

"[T]here's a 3rd impossibility. In order to get this stuff out of a black hole, it's going to come out half matter and half antimatter, because the... fireball has to be all , and when radiation cools off to material particles... 50/50 matter and antimatter. ...So now it's impossibility cubed. Do I need to any further?"

"But if you don't know about that... when a fire engine is coming toward you the bell has a high pitch, and when goes past you it goes away with a low pitch. Ding, ding, ding... The reason that it slurs like that, is because the fire engine missed you."

"Suppose we have two space ships [travelling opposite directions]... These people see those clocks [in the other spaceship] are spinning around too fast. These people [in the opposing spaceship] see those clocks [in the first spaceship] are spinning around too fast. After they've passed each other these people see those clocks have slowed down, and those people see those [other] clocks have slowed down. Now whose clocks have slowed down? There is no such thing as how fast a clock is going."

"[W]hat we see... is that... the radiation from all those distant galaxies is redshifted, and the farther away they appear to be... the more redshifted... [T]he usual interpretation... is that they're going away. ...So that they would be approaching the speed of light ...at about 15 billion s away. About 15 billion light-years away... their radiation would go to zero energy because of redshifting."

"So radiation does a similar thing. If something is coming toward you, the s are shifted toward the blue end of the spectrum. That's the high energy end of the spectrum, which corresponds to the high pitch of the bell on the fire engine... [W]hen it goes away, the radiation is shifted to the lower end... the red end of the spectrum. That's called ed."

"Now if we consider the region just... this side of where they would go to zero energy... we see... the redshift of the radiation means that the energy of the particles is extremely low. The way we find... the energy of a particle is... its radiation..."

"Radiation] of matter near the border... would be red-shifted (lowered in frequency)... But if the energy of the radiation of... particles is lowered, so too is the energy of the particles... and therefore also their . (...Einstein's 1905 equations ...)"

"The observable Universe has a border... fifteen billion light years distant in all directions, imposed... by... "the expansion." ...At [the border distant objects] ...are estimated ...receding at the speed of light. ...[T]his apparent "expansion" ...imposes a border ...because things receding faster than ...light are not observable. ...[I]f the rate of expansion ...increased, the border would ...be closer."

"The reason we write equations... is because it's just as easy to translate them into Japanese, or Russian... German... French or English, and I'll translate them into English."

"Then came Michelson and Morley. ...Then came Planck and Einstein. Light... was quantized... energy... Planck's constant times the (E=hv)."

"[I]f the mass of the particles approaches zero, their must... approach zero... [B]y Heisenberg's uncertainty principle... if we... know the momentum... we cannot know that it's at the border... its position."

"Can we, by now, square science with religion? In particular, can we square relativity and quantum mechanics with Swami Vivekananda's Advaita Vedanta? Since there cannot be two worlds - one for the scientists and one for the mystics - it must be that their descriptions are of the same world but from different points of view. Can we, from the vantage point of the Swami's Advaita (non-dualism), see both points of view? Swami Vivekananda said that science and religion would meet and shake hands. Can we see things from his vantage point? Since the notion of maya or apparition as the first cause of our physics is central to the swami's Advaita, I have chosen as "The Equations of Maya". Can we find them in our physics? According to the philosophy of the Advaita Vedantins, as the swami himself has said, there cannot be two existences, only one. And maya is, as it were, a veil or screen through which that oneness (the Absolute) is seen as this Universe of plurality and change.""

"A park ranger once questioned the appropriateness of the telescopes, saying, "The sky is not a part of the park," to which Dobson replied, "No, but the park is part of the sky.""

"[A]t the hands of Huygens, Young, and Frensnel, Euler's notion that light might be a ... began to gain ground."

"For many years Newton's view swept the field. But why don't corpuscles collide?"

"Then came Faraday... Space was filled with fields, and the fields were filled with energy. ...Maxwell suggested ...light was an electromagnetic wave... through the luminiferous ether."

"But how could the ether be sufficiently rigid to transmit the vibrations at the speed of light and yet let the planets pass through it?"

"Energy is... the nature of... underlying existence showing through in space and time... it... remains constant."

"[O]rganisms live in this cascade of increasing entropy by directing... the increase through their forms. ...[N]egative entropy is food."

"In the four dimensional... space-time... separation between the emission... and the absorption events of the photons goes to zero, and even the fish are gone. ...What we see as a light-year away, we see as a year ago, because the time comes in squared with a minus sign."

"Einstein put time into our geometry with space (where it belongs) so... "Matter tells space-time how to bend and space-time tells matter how to move" [Ref: Wheeler]. ...Swami Vivekananda ...suggested to Tesla ...winter ...1895-96 ...matter is ... (E=m). Matter is wound up against space-time and space-time is wound up against [matter]."

"[O]nly the quality of the energy... usableness... gets degraded. ...[[Entropy (thermodynamics)|[E]ntropy]] is a measure of this ..."

"When you panic stop... the of your... moving vehicle gets scrambled to heat by in... brake drums... brake shoes... tire[s] and road. ...[I]f, instead... the energy had been run into a ... you could... use... it to restart your car."

"Negative entropy is a measure of the usableness of the energy. and the of large moving objects is completely usable. energy is not, because [of] the [scrambled] directions of... motions of... particles... That's... . ...[T]emperature is... kinetic energy of the molecules."

"[T]he first and second laws of thermodynamics... laws doesn't mean edicts, but ally statements about how matter behaves. Physics is about how matter behaves... [[Entropy (thermodynamics)|[E]ntropy]] tends to go up."

"Stars are not hot because of ... [but] because [of]... energy of falling... transformed to . The heat [of]... fusion... keeps them from collapsing farther and... getting too hot. But it's... temporary."

"Galaxies are formed when clouds of fall together... The clouds, unlike the stars, are large with respect to the spaces between them... So the [cloud] particles of each collide... and... scramble their motions to . ...energy of falling is transformed to heat. ...[T]he entropy has gone up."

"[R]adiation... through a field of low-mass particles would be so often picked up and reradiated that it would be thermalized to 3° Kelvin and... appear as the background radiation discovered by Penzias and Wilson in 1965."

"The importance of a telescope is not how big it is, it's not how well made it is, it's how many people less fortunate than you got to look through it."