If all the quarks, gluons, electrons, photons, gravitons and so on in existence came from a single-point event, are they all quantum entangled? (Strange Universe Series)

If all the quarks, gluons, electrons, photons, gravitons and so on in existence came from a single-point event, are they all quantum entangled? (Strange Universe Series)
by

1 Answer

Answer :

answer:This sounds more like eastern mysticism then science (I had to throw that one in there). I’ve responded to several of your other strange universe series questions and in some of my long posts I perhaps gave you a potential answer. I believe the big bang did happen but I believe there still has to be a smaller level of true reality that pre-existed any quantum virtual particles and this background medium (which relativity does not acknowledge) has to be the true level of reality. Some in the past have called this substance “aether” and many today are calling it “dark energy”. I don’t believe this dark energy (which I prefer to call i-ther) has some mysterious long range repulsion abilities but rather uses kinetic energy collisions of two seperate types of energy that is made each of positive and negative mass. This breeding effect of different energy types of primaries had to precede any big bang. Apparently the universe has to keep growing at least until it either liquidates or collides with another expanding universe. According to the grid theory both the big bang and steady state are partially true. Quasars could be evidence of new galaxies forming. Maybe the key here is this so-called i-ther aka “dark matter/energy”. Hopefully in the future we can learn more about this super fine grained background medium or substance. Could quantum entanglement be nothing more than an abstract feature generated by a pre-existing background medium of the supposed one true level of reality that seems to make up the majority of outer space, the i-ther/dark matter?
by

Related questions

Were all quarks, leptons and gluons quantum entangled by the Big Bang? If so, what decoupled them?

Description : Were all quarks, leptons and gluons quantum entangled by the Big Bang? If so, what decoupled them?

Last Answer : Ah, at last one of your questions I can answer Spontaneous combustion

Is the singularity at the centre of a black hole subject to quantum effects and would they influence the event horizon?

Description : Is the singularity at the centre of a black hole subject to quantum effects and would they influence the event horizon?

Last Answer : answer:I don't see how we could know given current methods of measurement. We can't see inside the event horizon because that's the point beyond which light cannot escape. So the event ... speed. Density of mass approaches infinity. Our laws explode in our paces when fed conditions like these.

Electrons orbiting an atomic nucleus exist in a quantum probabilistic location. Are the actual measurements of that location infinite?

Description : Electrons orbiting an atomic nucleus exist in a quantum probabilistic location. Are the actual measurements of that location infinite?

Last Answer : answer:The strange behavior at the quantum level produces the rock that Dr. Johnson kicks when he refutes Bishop Berkeley. In a Woody Allen movie, a young, frightened Woody couldn’t do his homework, because the Universe was expanding. His mother’s “What is it your business?”

Over what distance can quantum entanglement remain instantaneous?

Description : Over what distance can quantum entanglement remain instantaneous?

Last Answer : The space in which entanglement remains instantaneous is limitless. All things are connected by the ether, zero point field, collective consciousness, or whatever you want to call it, it is there, it ... your imagination more, after all your thoughts are much more of the universe than you realize.

Einstein's Spooky Action is bottled. Will it lead to quantum entanglement computers?

Description : Einstein's Spooky Action is bottled. Will it lead to quantum entanglement computers?

Last Answer : We already have quantum computers.Sure they can only do some basic mathematical operations, but they do exist.

How smart are quantum physicists and are their theories of multi-universes able to be understood by the layman..like me?

Description : How smart are quantum physicists and are their theories of multi-universes able to be understood by the layman..like me?

Last Answer : they are so smart that they had/have no lives, no offense to anyone, but the only reason why their explanations are understood is because the only work they really did was proving the theories.

How can we pinpoint position of electrons when we are unable to view them?

Description : How can we pinpoint position of electrons when we are unable to view them?

Last Answer : My brother has asked this same Q about whether atoms really exist!!LOL

When will scientists find smaller building blocks than quarks and gluons?

Description : When will scientists find smaller building blocks than quarks and gluons?

Last Answer : Well, a gluon isn’t a “building block”. It’s a force particle. But I see your point.

If photons have no mass, why are they affected by gravity? (Strange Universe series)

Description : If photons have no mass, why are they affected by gravity? (Strange Universe series)

Last Answer : answer:Perhaps the conditional is dependent upon having an anti particle, of which the photon has none, allowing it to be simultaneously both wave and particle. But that hypothesis would be ... which creates the gravity lens. Could be a unique property of not having an antiparticle counterpart.

Stuff vs. Nothing.

Description : Stuff vs. Nothing.

Last Answer : What I also wonder is, where does all our energy go when we die? Energy never dies, it transfers, so where does it go?

"If we are the music makers, and we are the dreamers of the dreams, are we also the fabricators of our own reality and existance?"?

Description : "If we are the music makers, and we are the dreamers of the dreams, are we also the fabricators of our own reality and existance?"?

Last Answer : If a tree fall in the woods and you are not there to hear it. Does it still make sound? The answer is who cares. Its significance is only significant if you make it significant. ... observation is one and the same. That significant significance is what makes reality real or of any importance.

Do you think we exist simultaneously on/in different dimensions?

Description : Do you think we exist simultaneously on/in different dimensions?

Last Answer : I think we do, partly because of something I heard Deepak Chopra talk about once. He was talking about the mind and the soul and discussed a case where someone is declared clinically dead. In that ... the scientific method like myself, but I have to admit that this line of thinking has me wondering.

Photons and gravitons are names associated with a category of particles called: w) mesons x) bosons y) leptons z) baryons

Description : Photons and gravitons are names associated with a category of particles called: w) mesons x) bosons y) leptons z) baryons

Last Answer : ANSWER: X --BOSONS

What is the speed of action of quantum entanglement over distance? (Strange Universe series)

Description : What is the speed of action of quantum entanglement over distance? (Strange Universe series)

Last Answer : It’s instantaneous.

How do quantum entangled particles achieve spooky action at a distance?

Description : How do quantum entangled particles achieve spooky action at a distance?

Last Answer : answer:How it works your guess is as good as mine. But to suppose that it does work is profound on many levels. To hypothesize, the Superdense coding made possible through entanglement may indeed ... s almost like redefining the word cloning in order to put forth an embryonic stem cell agenda.

Nucleons are regarded as composites sub-particles known as – (1) Mesons (2) Quarks (3) Leptons (4) Photons

Description : Nucleons are regarded as composites sub-particles known as – (1) Mesons (2) Quarks (3) Leptons (4) Photons

Last Answer : (2) Quarks

Nucleons are regarded as composites sub-particles known as (1) Mesons (2) Quarks (3) Leptons (4) Photons

Description : Nucleons are regarded as composites sub-particles known as (1) Mesons (2) Quarks (3) Leptons (4) Photons

Last Answer : Quarks

A major breakthrough in the studies of cells came with the development of electron microscope. This is because (a) the electron microscope is more powerful than the light microscope as it uses a beam of electrons which has wavelength much longer than that of photons (b) the resolving power of the electron microscope is much higher than that of the light microscope (c) the resolving power of the electron microscope is 200 - 350 nm as compared to 0.1 - 0.2 nm for the light microscope (d) electron beam can pass through thick materials, whereas light microscopy requires thin sections.

Description : A major breakthrough in the studies of cells came with the development of electron microscope. This is because (a) the electron microscope is more powerful than the light microscope as it ... (d) electron beam can pass through thick materials, whereas light microscopy requires thin sections.

Last Answer : (b) the resolving power of the electron microscope is much higher than that of the light microscope

What are the differences between top, bottom, strange, and charm quarks from the standard 'up' and 'down' quarks?

Description : What are the differences between top, bottom, strange, and charm quarks from the standard 'up' and 'down' quarks?

Last Answer : Standard disclaimer: I'm but a caveman Yes, they have different mass, but also other properties that make them different. It's a deep rabbit hole, but have you checked out Wikipedia ... properties (along with a good general article on quarks) https://en.wikipedia.org/wiki/Quark#Table_of_properties

Find the quantum number `n` corresponding to the excited state of `He^(+)` ion, if on transition to the ground state that ion emits two photons in suc

Description : Find the quantum number `n` corresponding to the excited state of `He^(+)` ion, if on transition to the ground state that ion emits two photons in suc

Last Answer : Find the quantum number `n` corresponding to the excited state of `He^(+)` ion, if on transition to the ... with wave lengths `108.5` and `30.4 nm`.

A packet of energy which is equal to the difference between the two energy levels. ∙ A. Photons ∙ B. Electronvolt ∙ C. Quantum ∙ D. Quanta

Description : A packet of energy which is equal to the difference between the two energy levels. ∙ A. Photons ∙ B. Electronvolt ∙ C. Quantum ∙ D. Quanta

Last Answer : A. Photons

The _____ of a detector is the fraction of incident photons that produce a photoelectron or electron-hole pair ∙ a. Responsitivity ∙ b. Photon efficiency ∙ c. Aperture ∙ d. Quantum efficiency

Description : The _____ of a detector is the fraction of incident photons that produce a photoelectron or electron-hole pair ∙ a. Responsitivity ∙ b. Photon efficiency ∙ c. Aperture ∙ d. Quantum efficiency

Last Answer : d. Quantum efficiency

The magnitude of the quarks' electric charge is: w) zero. x) greater than the electron's charge. y) equal to the electron's charge. z) less than the electron's charge.

Description : The magnitude of the quarks' electric charge is: w) zero. x) greater than the electron's charge. y) equal to the electron's charge. z) less than the electron's charge.

Last Answer : ANSWER: Z -- LESS THAN THE ELECTRON'S CHARGE. 

What's the matter with matter? (Strange Universe Series -- 2011).

Description : What's the matter with matter? (Strange Universe Series -- 2011).

Last Answer : answer:I think 1 or more hidden properties of the universe exist, and Dark Matter is a convenient way to hand wave a lot of things. If we do eventually find dark matter, I ... a new fundamental force that controls its behavior, weakly interacts with normal matter, and varies over distance.

True of False? When you've seen one entropy, you've seen them all. (Strange Universe Series - 2011).

Description : True of False? When you've seen one entropy, you've seen them all. (Strange Universe Series - 2011).

Last Answer : I might be daft? But I’m not really sure how to answer this??? Do you want one answer or all answered? I’m sorry but I don’t get it. I mean I get entropy just not the way the question is worded.

How can space expand between individual hydrogen atoms? [Strange Universe Series, 2011]

Description : How can space expand between individual hydrogen atoms? [Strange Universe Series, 2011]

Last Answer : Gravitational force becomes weaker over distance (inverse square). Also, gravity is the a very weak force. You can not even measure it in small scale (a.k.a sub-atomic scale). It does not help either that ... of add up, is enough to still be bigger than the ZPE's pressure of the space between them.

Since space is expanding and is linked to time, isn't time expanding as well? (Strange Universe Series, 2011)

Description : Since space is expanding and is linked to time, isn't time expanding as well? (Strange Universe Series, 2011)

Last Answer : If you could arrange for a object with a fixed period of varying luminosity to be present in every galaxy (think of it as a clock), then I'm pretty certain we would observe a lengthening in ... due to metric expansion, the greater the redshift and the greater the dilation we observe in their clock.

In a Universe where space is expanding, how do separate galaxies manage to collide? (Strange Universe Series, 2011)

Description : In a Universe where space is expanding, how do separate galaxies manage to collide? (Strange Universe Series, 2011)

Last Answer : Dark energy, which is the reason for the accelerated expansion, is counteracted by gravitation. The closer two objects are together, the weaker dark energy gets in comparison to gravitation ... gravitational attraction between them was stronger than the dark energy trying to push them apart.

If Space is emptiness, what does gravity grab to bend it? (Strange Universe series)

Description : If Space is emptiness, what does gravity grab to bend it? (Strange Universe series)

Last Answer : answer:Well, if we accept some of the string theory perceptions of the universe, considering that there are 10 or 26 dimensions aside from the three we clearly and fourth we kind of see what we perceive ... the math at this point to see what's really there. Then again, it could just be leprachauns.

What does it take to convert energy into mass? (Strange Universe Series)

Description : What does it take to convert energy into mass? (Strange Universe Series)

Last Answer : Energy, such as light into mass… easy! It takes a plant with the ability to photosynthesize.

How does the Universe impose its fractal-like patterns of order on chaotic systems? (Strange Universe series)

Description : How does the Universe impose its fractal-like patterns of order on chaotic systems? (Strange Universe series)

Last Answer : Complexity can come out of simplicity and a simple equation can generate an infinitely complex pattern eg The Mandelbrot Set Time and repetition can generate complexity from the simplest of beginnings.

How small can the repetitive fractal features of nature get? (Strange Universe Series)

Description : How small can the repetitive fractal features of nature get? (Strange Universe Series)

Last Answer : answer:Loved the video to Shine On You Crazy Diamond. (Had to get that out of the way!) I would think that repetitive fractal features would be infinate. It is our way of measuring them that is limited. Very interesting question.

How can the most distant quasar be 28 Billion light years away? (Strange Universe Series)

Description : How can the most distant quasar be 28 Billion light years away? (Strange Universe Series)

Last Answer : As I have stated in the past. There has always been a Universe and there will always be one.

Can nothing exist without the Universe? (Strange Universe Series)

Description : Can nothing exist without the Universe? (Strange Universe Series)

Last Answer : The other side. Remember last weeks talk on multiverses! I like it there much better BTW!

(Strange Universe Series) How can order emerge out of chaos?

Description : (Strange Universe Series) How can order emerge out of chaos?

Last Answer : You may find these interviews interesting. Guy is called John Duffield. http://www.richplanet.net/starship_main.php?ref=7&part=1 http://www.richplanet.net/starship_main.php?ref=8&part=1

The energy associated with one photon of a light beam is proportional to one of the following. Is it proportional to: w) the intensity of the light source from which it came x) the number of photons in the beam y) the frequency of the photon z) the speed of the photon

Description : The energy associated with one photon of a light beam is proportional to one of the following. Is it proportional to: w) the intensity of the light source from which it came x) the number of photons in the beam y) the frequency of the photon z) the speed of the photon

Last Answer : ANSWER: Y -- THE FREQUENCY OF THE PHOTON

Find the false statement: (A) The relationship construct known as the weak relationship type was defined by Dey, Storey & Barron (1999). (B) A weak relationship occurs when two relationship types are linked by either Event-Precedent sequence or Condition-Precedent sequence (C) Conceptual model is not accurate representation of "Universe of interest". (D) Ternary, Quaternary and Quintary relationships are shown through a series of application scenario's and vignette's

Description : Find the false statement: (A) The relationship construct known as the weak relationship type was defined by Dey, Storey & Barron (1999). (B) A weak relationship occurs when two ... Ternary, Quaternary and Quintary relationships are shown through a series of application scenario's and vignette's

Last Answer : (C) Conceptual model is not accurate representation of "Universe of interest".

The difference between isotopes of an element is due to the presence of a different number of (a) Protons (b) Neutrons (c) Electrons (d) Photons

Description : The difference between isotopes of an element is due to the presence of a different number of (a) Protons (b) Neutrons (c) Electrons (d) Photons

Last Answer : Ans:(b)

In solid-state optical detectors, the excited charge is transported in the solid by ∙ a. Holes and protons ∙ b. Holes and electrons ∙ c. Anion and cation ∙ d. Protons and photons

Description : In solid-state optical detectors, the excited charge is transported in the solid by ∙ a. Holes and protons ∙ b. Holes and electrons ∙ c. Anion and cation ∙ d. Protons and photons

Last Answer : ∙ b. Holes and electrons

The beam that leaves the target is called, A. The primary X-ray B. The electrons ( from the cathode) C. The secondary rays (scattered radiation) D. X-ray photons no

Description : The beam that leaves the target is called, A. The primary X-ray B. The electrons ( from the cathode) C. The secondary rays (scattered radiation) D. X-ray photons no

Last Answer : A. The primary X-ray

By the transition of inner shell electrons in heavy atoms, high energy photons are emitted which are a) gamma rays b) X-rays c) radio waves d) photon rays

Description : By the transition of inner shell electrons in heavy atoms, high energy photons are emitted which are a) gamma rays b) X-rays c) radio waves d) photon rays

Last Answer : b) X-rays

Photoelectric electricity is produced directly from solar energy when which of the following are absorbed in a semiconductor to create an electric current? w) protons x) electrons y) neutrons z) photons

Description : Photoelectric electricity is produced directly from solar energy when which of the following are absorbed in a semiconductor to create an electric current? w) protons x) electrons y) neutrons z) photons

Last Answer : ANSWER: Z -- PHOTONS

Who first explained the billiard-ball-like collisions photons make with the free electrons in a scattering material? He received the Nobel Prize in Physics in 1927 for this work.

Description : Who first explained the billiard-ball-like collisions photons make with the free electrons in a scattering material? He received the Nobel Prize in Physics in 1927 for this work.

Last Answer : ANSWER: ARTHUR HOLLY COMPTON

Which one of the following particles travels at the speed of light? w) neutrons x) electrons y) photons z) muons

Description : Which one of the following particles travels at the speed of light? w) neutrons x) electrons y) photons z) muons

Last Answer : ANSWER: Y -- PHOTONS 

The photomultiplier tube in the scintillation counter multiplies one of the following. Does it multiply: w) scintillations x) electrons y) ions z) photons

Description : The photomultiplier tube in the scintillation counter multiplies one of the following. Does it multiply: w) scintillations x) electrons y) ions z) photons

Last Answer : ANSWER: X -- ELECTRONS

Do you think quantum mechanics accurately represents the workings of the universe?

Description : Do you think quantum mechanics accurately represents the workings of the universe?

Last Answer : I think it’s really great!

Can the universe function without quantum mechanics?

Description : Can the universe function without quantum mechanics?

Last Answer : It seems to me that the universe exists with what it exists with and we either discover its rules or we don’t. Or maybe I’m not understanding the question fully, which is entirely possible.

If the universe is infinite, how big is what it is expanding into? (Strange Universe 2011)

Description : If the universe is infinite, how big is what it is expanding into? (Strange Universe 2011)

Last Answer : There is no answer to that question, since there is no space beyond the universe.

What's your Strange Universe example to illustrate Sir Arthur Eddington's quote?

Description : What's your Strange Universe example to illustrate Sir Arthur Eddington's quote?

Last Answer : Two that come to mind are: A) Versions of the double-slit experiment which appear to show that subatomic particles can affect past events, which challenges our understanding of the arrow of time , and ... the universe), which challenges our understanding of the nature of space. oh, and C) Lady Gaga

Is a fine-tuned universe evidence of intelligent design and therefore proof of Gods existence?

Description : Is a fine-tuned universe evidence of intelligent design and therefore proof of Gods existence?

Last Answer : Not according to Stephen Hawking. It is a result if imperfections and randomness.