The Theory of Relative Motion and Natural Purpose

Moebius

Well-Known Member
i believe things can travel faster than light. Something i use but can't further develop is black holes. They say that anything that enters can not escape, not even light. That right there tells me that light has now been accelerated beyond the speed of light, it's going away faster than it can come towards us.Then there is the whole infinity thing in black holes. If something gets infinite gravity then that extrapolates to infinite speed by proxy. On top of that is one infinity can be larger than another.
When photons are absorbed by an electron the photon is essentially destroyed. This is what happens inside a blackhole. The energy is simply absorbed by matter which is then pulled further into the singularity. No need for faster-than light travel to explain why they cannot escape.

Photons are being absorbed and effectively destroyed by your eyes just by reading this post :)
 

tyler.durden

Well-Known Member
Einstein did not recognise the principal of Quantum Non-locality and as you correctly state the uncertain and probabilistic nature of QM but this IS the defining nature of Quantum Entanglement. He felt that entangled particles must have had an inherent 'DNA' within them that allowed the state of these particles to be determined before hand. The notion that the spin state of one particle could instantaneously effect the spin state of another across infinite distances was an anathema to him, it violated his general theory of relativity that states 'Nothing could travel faster than light'. '' it appears however that on the Plank scale Space/time does not exist in the classical sense. .. Einstein argued for years about this with Niels Bohr.
Yep, I remember all that Einstein showed some surprising rigidity in his attitudes for a dude that was famous for going against convention himself.
Einstein also felt reality existed independent of the observer.
It does. No one seriously thinks that the universe didn't exist before sentient creatures evolved, or that to cosmos would disappear if sentient creature weren't around to observe it...
But the so called 'facts' of 'objective reality' ARE debateable. This was what Niels bohr and Einstein argued about throughout their lives. Bohrs felt there was no objective reality that is knowable or that reality on the atomic scale didn't even have any meaning. The mere act of observing a particle would change the state of the particle. .. So when new-agers/freethinkers discuss the relationship between consciousness and matter I tend to believe this is in the tradition of the great physcist, Niels bohr.
This is where understanding breaks down for the layman, and what Chopra and his ilk capitalize on: the observer effect only takes place on a quantum scale, it has no effect on our classical or macro world. The reason why observing particles has an effect is much like why measuring our tires air pressure has an effect; we have to let some air out of the tire while measuring the pressure, so the tire's pressure ends up being lesser because of the act of measuring. Similarly, measuring electrons requires firing photons at it in order to see where it is for the measurement. By observing things in this way, we necessarily alter the object being measured. Nothing far out or supernatural about it. What does seem far out is that measuring quantum systems seems to make them choose a definite state in which to exist: before measuring these systems, they exist in more than one state, but the act of measuring collapse the probability waves and the state of the system becomes concrete. New age charlatans state that since this is true in certain quantum occurrences, it must be true for the macro world as well. Fail. Also, the ignore the fact that probability waves also collapse whenever they interact with ANY object from our classical/macro world, so the observer is not even necessary for the collapsing of probability waves. Which is why reality exists independent from any observer…

..... When Einstein stated 'God does not play dice' he was basically saying the Universe is ultimately deterministic, Bohrs reply was 'Einstein should stop telling God what to do'.
Love the back and forth between these two giants. It really was not even a debate, Einstein was dead wrong. It seemed like a debate at the time because they did not have the tech we do today to run experiments to show Bohr was correct on everything concerning this theory. It was basically Bohr attempting to convince Einstein about the probabilistic reality of QM...
In 1963, John Bell (physicist) proved the non-deterministic, non-localised nature of photons with his experiment using polarized light. This was in keeping with Niels Bohr view of the nature of reality.
This is true, and very cool. Again, the phenomenon only exists on the quantum scale…

I never said I was a fan of Chopra, I enjoy listening to the guy and pondering his ideas. I think I would like having a drink with him and talking about his concepts. I suspect calling me a 'fan' suggests by you that I blindly follow his teachings, an attempt to disparage and stiffer debate perhaps?. I'll certainly watch that video later.
I used the term fan simply because you stated that you like Chopra. I don’t think the term fan denotes a blind devotion, and no disparagement was meant. Strange that you would take it that way…
I don't think it's useful if we get bogged down too much discussing Chopra, he is but one individual and exponent of this 'new-age', 'non-scientific' thinking of which you seemingly have such disdain for. I just say, that in our attempts to form an understanding of our physical world we cannot rely on empirical raw data alone. There is a place in this discussion for meta-physical freethinkers.
I feel that we can and do rely solely on logical and objective conclusions based on empirical, raw data to understand our physical world. It is explaining our subjective experience in the physical world where empirical raw data falls short. For this, we may need some brand of meta-physics. It is important to note that these are two very different things; the physical world, and our subjective experiences of it…

Niels Bohr (physicist) wrote - 'We must look towards thinkers like Buddha and Lao Tzo who try to harmonize our position, both as spectators and actors in the great drama of existence'.
This quote seems to be referring to understanding our subjective experience, not of understanding the objective physical world. Beside, Bohr didn’t go to university on a poetry scholarship ;)


Below is a worthwhile documentary on the topics discussed here. I have quoted from this video.

and here is a short video (5 min) from David Bohm, physicist and protege of Einstein on perception and reality
Thanks for posting these vids, I will make time to watch them this weekend. Gotta reply to all the posts first…[/QUOTE]
 

tyler.durden

Well-Known Member


@4.08 one of the speakers criticizes Chopra by saying .... "He (Chopra) claims that everything in the Universe is interconnected, and it just isn't".

A quote from Wikipedia -
All matter can exhibit wave-like behaviour. For example a beam of electrons can be diffracted just like a beam of light or a water wave. Matter waves are a central part of the theory of quantum mechanics, an example of wave–particle duality. The concept that matter behaves like a wave is also referred to as the de Broglie hypothesis

Now if all matter behaves like waves, how is it 'woo woo' to state they are interconnected. .. In our great oceans are the waves that break on the shore of one beach unconnected to the waves that break on the beach further down the coast? Although the relationship may be immeasurably small, none-the-less the inter-connectivity is undeniable. I think.
Great question. Your metaphor is not accurate: most of the water on Earth is interconnected, save for isolated bodies of water, so movement somewhere affects movement everywhere. All the matter in the cosmos is clearly not interconnected as there is empty space between the separate masses of matter. Just as the movement of water in the interconnected oceans does not influence the isolated bodies of water on this planet, the movement of some matter doesn't affect other matter separated by space. If this doesn't make sense, let me know and I'll try again...
 

Moebius

Well-Known Member
Einstein also felt reality existed independent of the observer.
It does. No one seriously thinks that the universe didn't exist before sentient creatures evolved, or that to cosmos would disappear if sentient creature weren't around to observe it...
I don't think my comment implies that sentient creatures are essential for a reality to exist but rather that our universe/reality is changed through our observations. Maybe I could have phrased it different but that's semantics.

This is where understanding breaks down for the layman, and what Chopra and his ilk capitalize on: the observer effect only takes place on a quantum scale, it has no effect on our classical or macro world. The reason why observing particles has an effect is much like why measuring our tires air pressure has an effect; we have to let some air out of the tire while measuring the pressure, so the tire's pressure ends up being lesser because of the act of measuring. Similarly, measuring electrons requires firing photons at it in order to see where it is for the measurement. By observing things in this way, we necessarily alter the object being measured. Nothing far out or supernatural about it. What does seem far out is that measuring quantum systems seems to make them choose a definite state in which to exist: before measuring these systems, they exist in more than one state, but the act of measuring collapse the probability waves and the state of the system becomes concrete. New age charlatans state that since this is true in certain quantum occurrences, it must be true for the macro world as well. Fail. Also, the ignore the fact that probability waves also collapse whenever they interact with ANY object from our classical/macro world, so the observer is not even necessary for the collapsing of probability waves. Which is why reality exists independent from any observer…
Au contraire, this is where much of the conventional paradigm get over-turned by the cutting edge. Your statement that the observer effect only takes place on a quantum scale is correct but it's complete supposition to suggest it has no effect on the macro scale. That maybe what scientist felt just a few years back but recent discoveries suggest otherwise. Quantum processes including superpositions and entanglement are now being shown to have very real, non-trivial effects on our world and biology. I'll post studies and references a bit later.

So really the physicists being shown disagreeing with Chopra cannot be blamed for not knowing what is only now being revealed to science. .. although, long discussed by those unhindered by a biased, 'so called' scientific methodology.

EDIT: references

http://www.theguardian.com/science/2014/oct/26/youre-powered-by-quantum-mechanics-biology

http://www.nature.com/nphys/journal/v9/n1/full/nphys2474.html
 
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Moebius

Well-Known Member
Great question. Your metaphor is not accurate: most of the water on Earth is interconnected, save for isolated bodies of water, so movement somewhere affects movement everywhere. All the matter in the cosmos is clearly not interconnected as there is empty space between the separate masses of matter. Just as the movement of water in the interconnected oceans does not influence the isolated bodies of water on this planet, the movement of some matter doesn't affect other matter separated by space. If this doesn't make sense, let me know and I'll try again...
There is no such thing as empty space

... http://www.newscientist.com/blogs/nstv/2011/11/why-there-is-no-such-thing-as-empty-space.html
 
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tyler.durden

Well-Known Member
I don't think my comment implies that sentient creatures are essential for a reality to exist but rather that our universe/reality is changed through our observations. Maybe I could have phrased it different but that's semantics.

Au contraire, this is where much of the conventional paradigm get over-turned by the cutting edge. Your statement that the observer effect only takes place on a quantum scale is correct but it's complete supposition to suggest it has no effect on the macro scale. That maybe what scientist felt just a few years back but recent discoveries suggest otherwise. Quantum processes including superpositions and entanglement are now being shown to have very real, non-trivial effects on our world and biology. I'll post studies and references a bit later.

So really the physicists being shown disagreeing with Chopra cannot be blamed for not knowing what is only now being revealed to science. .. although, long discussed by those unhindered by a biased, 'so called' scientific methodology.
Perhaps I phrased things badly myself. I didn't mean that the observer effect has no effect on the macro world, how would I know something like that? I meant that there is no reason to believe so because afaik there has been no evidence of it. Yes, you would have to link to credible data regarding these recent scientific discoveries. I tried a few different Google searches, and I cannot find anything...
 

Moebius

Well-Known Member
Perhaps I phrased things badly myself. I didn't mean that the observer effect has no effect on the macro world, how would I know something like that? I meant that there is no reason to believe so because afaik there has been no evidence of it. Yes, you would have to link to credible data regarding these recent scientific discoveries. I tried a few different Google searches, and I cannot find anything...
Please find the references in the edited section of my post #64.... or google the term 'Quantum biology'
 

tyler.durden

Well-Known Member
Yes, technically there is no 'empty' space, as virtual particles and their anti-particles are constantly popping into and out of existence on the quantum scale, even in a vacuum. Even if the universe ends in a Big Rip, the only thing left would be this quantum soup of particles and their anti-particles popping into, and back out of, existence. This again happens only on a quantum scale, and the popping into and out of existence seems to net a zero sum. While it's cool, it still seems to amount to nothing in a practical sense...
 

tyler.durden

Well-Known Member
Please find the references in the edited section of my post #64.... or google the term 'Quantum biology'
Thanks for the references. You have given me a lot of reading and watching to do, thank you for that, too. I'll have to pour over it all, but it initially looks very exciting! I read slowly and have a busy weekend ahead, so I hope to be able to respond intelligently on Sunday night...
 

Moebius

Well-Known Member
Yes, technically there is no 'empty' space, as virtual particles and their anti-particles are constantly popping into and out of existence on the quantum scale, even in a vacuum. Even if the universe ends in a Big Rip, the only thing left would be this quantum soup of particles and their anti-particles popping into, and back out of, existence. This again happens only on a quantum scale, and the popping into and out of existence seems to net a zero sum. While it's cool, it still seems to amount to nothing in a practical sense...
Amounts to nothing? WHOA ... thats like saying the foundations of a skyscraper amount to nothing because we cannot see them. In fact they're fundamental to the integrity of the building. In the same way as these sub-atomic particles (we can also call them waves) are fundamental to the structure of our universe, our physics and our existence.
 

Moebius

Well-Known Member
Thanks for the references. You have given me a lot of reading and watching to do, thank you for that, too. I'll have to pour over it all, but it initially looks very exciting! I read slowly and have a busy weekend ahead, so I hope to be able to respond intelligently on Sunday night...
respond in your own time bro .. Ive enjoyed and learnt through our discussions. peace.
 

tyler.durden

Well-Known Member
Amounts to nothing? WHOA ... thats like saying the foundations of a skyscraper amount to nothing because we cannot see them. In fact they're fundamental to the integrity of the building. In the same way as these sub-atomic particles (we can also call them waves) are fundamental to the structure of our universe, our physics and our existence.
Those metaphors again ;) Using your metaphor regarding my statement of empty space in a big rip scenario, the building foundations (sub-atomic particles and their anti-particles popping into and out of existence) would be meaningless with any materials (enough energy and/or matter) with which to build the upper floors...
 

mudballs

Well-Known Member
Yes, technically there is no 'empty' space, as virtual particles and their anti-particles are constantly popping into and out of existence on the quantum scale, even in a vacuum. Even if the universe ends in a Big Rip, the only thing left would be this quantum soup of particles and their anti-particles popping into, and back out of, existence. This again happens only on a quantum scale, and the popping into and out of existence seems to net a zero sum. While it's cool, it still seems to amount to nothing in a practical sense...
well if i may for a moment touch on this. there are two moments where it is plausible to have empty space, imo. one is the near zero temperature end of the universe. entropy has expanded it so much and cooled it so low that there is arguably empty space present is there not? there would be no anti-particles or particles they've been eaten or too distant from one another. the second would be the edge of the expanding universe. sort of like first the railroad track is laid before a train arrives. as you mentioned there has to be someplace for the something to exist. however minute that cross section may be, logic would discern that is empty space unless quarks and such can already be in position. and if that provides for empty space then the universe is not inter connected. the continuity can not be provided. what the hell were we talking about again?
 

mudballs

Well-Known Member
When photons are absorbed by an electron the photon is essentially destroyed. This is what happens inside a blackhole. The energy is simply absorbed by matter which is then pulled further into the singularity. No need for faster-than light travel to explain why they cannot escape.

Photons are being absorbed and effectively destroyed by your eyes just by reading this post :)
thete is nothing for the photon to hit. everything in front of it is moving away exponentially and itself is moving away from stuff behind it exponentially. and it can only bump into something at the singularity.
 

New Age United

Well-Known Member
i believe things can travel faster than light. Something i use but can't further develop is black holes. They say that anything that enters can not escape, not even light. That right there tells me that light has now been accelerated beyond the speed of light, it's going away faster than it can come towards us.Then there is the whole infinity thing in black holes. If something gets infinite gravity then that extrapolates to infinite speed by proxy. On top of that is one infinity can be larger than another.
Thank you for presenting this idea to me, it has allowed me to ponder. I know that it is not necessary to explain why light can not escape but the idea holds merit to my understanding.

According to my understanding if a particle of mass were to travel faster than the speed of light it would then be existing in the future, it would not even be possible to observe such an event because it would be existing in a future frame of reference. Because all mass is governed by the speed of light, if any mass were to exceed the governor it would be moving ahead of the relative motion of the rest of the universe, a future frame of reference.

So it is possible that if the infinite gravity could accelerate mass past the speed of light then it would then dissappear from our frame of reference and would no longer be observable, it would appear to be a void in space - time, a black hole. If that is the case then the object would not be destroyed but would simply be existing in the future, we could then look at a black hole as an infinite vortex of time, an infinitely accelerating future, thus the singularity is created and infinite gravity is experienced.

Yes one infinity can be larger than the other.

Infinite:
Philosophy- endless
Calculus- not measurable; no possible derivative

Edit: or rather it is not infinite gravity that accelerates it past the speed of light, for whatever reason the mass accelerates past the speed of light and causes infinite gravity, an accelerated future.
 

mudballs

Well-Known Member
unobservable future or not the following statement nags at me; you can always add 1. 186,000mps+1.
 

god1

Well-Known Member
i don't feel they explain the innerconnectivity in the context of this thread.how does a wave hitting a beach detail how an atom in a grain of sand is connected to the energy in the wave? ergo they stand behind the statement 'the universe is not interconnected. to back such a statement that it is interconnected you'd have to come up with an axiom or something like Schrödinger's cat.

@god1 that's not fair could you calculate capillary pressure without looking something up? for the record i hate chopra

Are you implying that the fundamental theory describing fluid dynamics is different based on the material properties of the hose? Why does it matter if it's copper pipe strung around your house vs some bio-tubes strung about in your head?

I don't hate Chopra, I don't even know the dude. I just think Chopra is more of a philosopher than he is a physicist. My bet is the other dude would kick his ass all over hell. Chopra will be fairly evaluated when he tosses out some mathematical derivation to support his claims ... talk is cheap, anybody can yap --- until then Chopra is a "woo-woo" guy.

On the other hand, he makes a whole lot more money than me, so he must be playing something right.
 
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