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#11
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A Big Bang conundrum
Dear JAAKKO KURHI:
On Friday, April 12, 2013 8:48:20 AM UTC-7, JAAKKO KURHI wrote: .... When the Big-Bang model was found to be problematic, instead of scratching off the idea, the patch-up work was done, resulting in a new inflationary model. The model *was* made to fit the observations. That is how Science works. In this version, the numbers for the workings of this system grew to the level of imaginary events, well beyond logical comprehension. Since it plumbs a solution space we can never observe, what can you expect? Back to the original model, I am still skeptical about the initial expansion process. In the materialistic world, where behaviors of matter in most forms of application are well experimented and documented for future applications. Expansion is well documented. We have 13+ billion years of it displayed. We even observe that objects in the early Universe appear to be larger than they are today... because they subtend a larger angle in a smaller Universe. However, when it comes to applying this knowledge to the Big-Bang model its completely ignored. Again, had you studied, you would realize this was not the case. For the universe that existed as a small entity, that was set to expanding motion by extremely fast explosive force. No. Wrong. Uninformed. Blatantly uninformed. Acceleration of expansion, expansion, and inflation require NO force. The Big Bang was not an explosion in pre-existing space. The past is in every direction we look, and we are not moving anywhere fast enough to reach it (again). During the first fraction from the second of this event, there is bound to be a change in order of the density and set the direction for matter to expand. Density, yes. Hence the global "time rate" will accelerate. "Direction for matter", no. Interlock the fingers of your two hands, and move your palms together so the fingers wrap around the outside of the opposing hand. As tight as you can get. Now move your hands apart, allowing your fingers to stay interlocked as long as possible. The matter that was moving "left" stayed moving left. The contents of the galaxies today, was moving in roughly the same direction, or they would not have ended up together. The following may be a most suitable illustration: The imaginary picture of the big-bang universe should [resemble] a Galaxy, having the hollow center and the density of the matter is distributed unevenly, being denser close to the hallow and thinning toward the edge. Because you have no interest in actually thinking about the Universe displayed, why do you think this fantasy is even close? The Universe *HAS NO EDGE*. Nothing expanded into pre-existing space. This is a perfect example for the foot print of the motion set by an explosive action. Says a self-limited mind, about the toy model of the Big Bang that Jaakko set up, so Jakkoo is competent to tear down. Fortunately, cosmology never used such a model, because they were not interested in masturbatory exercises. Please understand that this forum is archived for years. Your insistence to stay uninformed will be on record for years. I provided these links before, so you can find out about the *actual* Big Bang model, and it is clear you did not read them. Let us try this again: http://www.astro.ucla.edu/~wright/cosmo_01.htm http://www.astro.ucla.edu/~wright/co...q.html#bestfit David A. Smith |
#12
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The Cosmic Microwave Background Radiation, this concept seems to carry a lot of support for the big-bang model. However, the CMBR data may not be an exclusive property of the big-bang model. The obtained data may be the result of the general radiated noise coming from every direction. However, not necessarily from the edge or beginning of the ever evolving universe. How does the galaxies form should be debatable question. In the environment of fast inflating universe, the matter is moving away from each other. Therefore, making it practically impossible for cumulation and clumping. Faster the expansion speed more force of gravity is needed for commutative action. Jaakko Kurhi |
#13
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A Big Bang conundrum
On 17/04/2013 11:19 AM, JAAKKO KURHI wrote:
“The space itself that is expanding.” - It never occurred to me that the inflating big-bang event included creation of the water and the bucket. The space is the place where events happen. In the three-dimensional sense, the space in between four or more particles of matter is just a space, nothing else. So, how is this space that has no dimensions and does not exist as an entity is required to play the part of an inflating universe? Yes, the bucket and the water both got created by the Big Bang. Actually, you can even say that the Big Bang also created water-ice floating on top of the water. If you consider space to be like flowing water, then matter would be little bits of crushed ice floating on top of the water, made of the same material as the water, but just appearing in a different state (solid rather than liquid). Most next generation physics theories (such as Superstring theory, or Loop-Quantum Gravity) are zeroing in on the idea that space itself as made of a substance. And that matter is simply made up of the same substance that makes up space, but organized into knots. So every little particle of matter (from quarks all of the way upto galaxies) would be solidified bits of space, just like ice is solidified bits of water. The Cosmic Microwave Background Radiation, this concept seems to carry a lot of support for the big-bang model. However, the CMBR data may not be an exclusive property of the big-bang model. The obtained data may be the result of the general radiated noise coming from every direction. However, not necessarily from the edge or beginning of the ever evolving universe. So if you believe in an "ever evolving universe", then that automatically means that you don't believe in the Static Universe, by definition. So any universe that is ever evolving will show signs of a CMBR. If for example the universe were flowing through a tube, rather than expanding in every direction, then we'd see a CMBR in the starting direction of the tube, and ending direction of the tube, but not towards the sides. If we see the CMBR in every direction, then that means it started in a single point and is expanding out in all directions. You will always see some form of CMBR in an evolving universe, but not in a static universe. How does the galaxies form should be debatable question. In the environment of fast inflating universe, the matter is moving away from each other. Therefore, making it practically impossible for cumulation and clumping. Faster the expansion speed more force of gravity is needed for commutative action. The secret of Inflation is to have it stop at a certain point in time. If Inflation started, but never stopped, then the Universe would simply expand out beyond the ability to any matter to accumulate together again. All matter would be carried away from each other beyond their ability to send force signals to each other (since Inflation happens faster than lightspeed). So what happened is that Inflation happened, and then it stopped. There was just enough Inflation to separate out the particles just enough, such that they can't simply refill the container evenly in all directions in a timely fashion, so instead they form clumps with each of their nearest neighbours. It's kind of even, yet uneven at the same time. The clumps are evenly distributed throughout the universe, but between the clumps you have voids, which are also evenly distributed throughout the universe. Yousuf Khan |
#14
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The nature has a tendency to evolve in the simplest and most suitable ways. The explained model of the inflating universe is not even close to the simplicity, suggesting that only human mind can construct a possibly workable one-point expansion. Any form of expanding and inflating motion should show signs of uniformity. In the deep field images, the galaxies are rather disoriented, suggesting that the linear motion of the galaxies, are not in the agreement with expanding motion. In the subject of the steady state-universe, I am merely suggesting to go back and see how much the current observation data will fit to the original models and what modification has to be made to make it work in the other formats of the universe, vs. one point beginning. Obviously, in the steady-state model, the motion factor created by the gravity has to be added, which may lead to the recycling concept of the universe. “If we see the CMBR in every direction, then that means it started in a single point and is expanding out in all directions.“ When you observe the CMBR in every direction, how it’s decided that all radiations originated from the same point and are of the same age. Jaakko Kurhi |
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A Big Bang conundrum
Dear JAAKKO KURHI:
On Sunday, April 21, 2013 5:45:26 PM UTC-7, JAAKKO KURHI wrote: .... If the space was created by the inflating big-bang, then where the space is inflating into If 1 "inflates" into 2, 2 must have inflated into 4 and so on. The Universe fills all space, and makes more. It displaces nothing. and what was the space before the inflation? Nothing. Space is a persistent illusion. I seem what you are saying is: the space, including the universe, is a controlled entity somewhere in the border-less place. The nature has a tendency to evolve in the simplest and most suitable ways. The explained model of the inflating universe is not even close to the simplicity, It fits observation. Because you cannot yet understand it, is not a failing of Big Bang theory. suggesting that only human mind can construct a possibly workable one-point expansion. Any form of expanding and inflating motion should show signs of uniformity. And it does. http://cmb.physics.wisc.edu/tutorial/cmb.html .... "due to its near perfect uniformity" ... In the deep field images, the galaxies are rather disoriented, suggesting that the linear motion of the galaxies, are not in the agreement with expanding motion. No, this is clearly not true, not what deep surveys show. Galaxies, no matter when their light originated, are being received from galaxies with proper motion similar to our own. In the subject of the steady state-universe, I am merely suggesting to go back and see how much the current observation data will fit to the original models What "original models"? Original steady state? They simply fail to describe this Universe, as already stated. Not enough iron. No way to have uniform recession, at speeds of greater than c (a z greater than 1 means this in a static Universe), in every direction. and what modification has to be made to make it work in the other formats of the universe, vs. one point beginning. You will have to do the work. And when doing it, you will see trivially why steady state is dead. Obviously, in the steady-state model, the motion factor created by the gravity has to be added, which may lead to the recycling concept of the universe. No. "If we see the CMBR in every direction, then that means it started in a single point and is expanding out in all directions." When you observe the CMBR in every direction, how it's decided that all radiations originated from the same point and are of the same age. They are emitted from the same age. They are emitted from an ancient Universe that we are departing (in a steady state Universe) at more than 1000 times the speed of light. Please, please stop demanding others do your (trivial) work for you. You hold this religious belief. Only you can either stop asking that it be analyzed by others (acceptance by faith), or you can kill it yourself. Pick one. David A. Smith |
#16
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Your comments, concerning the main items presented in this post seem very evasive. Suggesting that seeking the true about functions of the universe, is not your main motivation. As suggested, I have read the link to CMWR and again, found no link other than the big-bang model is logically connected with CMWR. Therefore, I think it’s safe to say that the science has no confirmed link in between CMWR and the big-bang event. Next important item, how about the reliability in the red-shift data, so far no elaborated comment there. Jaakko Kurhi |
#17
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A Big Bang conundrum
Dear JAAKKO KURHI:
On Wednesday, April 24, 2013 8:24:52 AM UTC-7, JAAKKO KURHI wrote: .... David, you seem to be fascinated with the small talk, that gets this subject nowhere. I responded with facts, about points you raised. NOT small talk. Perhaps, it would be more advance in the science, if you could consider the fact, that all models concerning the origin to the universe are based on interpretations of the obtained data. Correct. Which is why I responded with data that obviate any steady state model. Hence, none of the theories have reached the final and confirmed state. .... and never will. However some theories lay dead and bleeding, and no current scientist pays more than lip service to its mention. Such as steady state. Incidentally, you presented a good example for the miss-interpretation, "You hold this religious belief." In fact, quite the contrary is true. This topic is all about seeking the answers for the questions that arise from the text books, but are not included. Cite the textbook please. Science is about disproof. You hold up a theory or model, and see where it fails. It is *your* responsibility to do this, not ours to tear it down. You seem to hold that theories (such as your clear preference towards steady state) need support, and must not be challenged. Nothing is further from the truth. Your comments, concerning the main items presented in this post seem very evasive. Perhaps English is not your first language, and you actually do not know what that word "evasive" means? I have spoken directly to the problems the steady state model has. Suggesting that seeking the true about functions of the universe, is not your main motivation. My motivation is to address what you call a "conundrum" in Big Bang theory, which has so far been your lack of research into what Big Bang theory is, and what it successfully addresses. As suggested, I have read the link to CMWR and again, found no link other than the big-bang model is logically connected with CMWR. Well, since you seem incapable of doing any research without someone else providing support services... http://www.astro.ucla.edu/~wright/stdystat.htm Therefore, I think it's safe to say that the science has no confirmed link in between CMWR and the big-bang event. I have no idea what you mean by CMWR, perhaps it is what others call Cosmic Microwave Background Radiation (CMBR)? If so, no one claims that the Big Bang did anything more than provide the initial ionization that kept the emitting medium self-pumped (both absorbing and emitting) until this final glow was emitted. Next important item, how about the reliability in the red-shift data, so far no elaborated comment there. Several papers compare distance methods between the various standard candles, and "red shift as Universal expansion" is in good agreement with the three or four other methods. Arxiv.org is a good source for papers, data, and analysis of data. Some candidates: http://arxiv.org/abs/1304.1802 http://arxiv.org/abs/1005.2989 http://arxiv.org/abs/1004.4951 http://arxiv.org/abs/0908.4280 http://arxiv.org/abs/astro-ph/0403024 http://arxiv.org/abs/astro-ph/0205396 http://arxiv.org/abs/0909.5416 David A. Smith |
#18
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A Big Bang conundrum
On 21/04/2013 8:45 PM, JAAKKO KURHI wrote:
If the space was created by the inflating big-bang, then where the space is inflating into and what was the space before the inflation? I seem what you are saying is: the space, including the universe, is a controlled entity somewhere in the border-less place. Well, there are various theories about what was there before the universe. There's no time to get into all of them, I'll give you just some of my favourites. One idea is that our current universe was created as just a random quantum fluctuation in a pre-existing primordial universe, which we'll call the multiverse. The multiverse is just a flat, directionless place in both space and time. It's directionless in space, because everywhere you look it looks exactly the same. It's directionless in time, because every event has no discernible causes and effects: meaning if you ran a film backwards and watched something happen, you couldn't tell if you were watching the film played forward or reversed. The quantum fluctuation that led to our universe set a definitive direction of time for our universe. It's this direction of time that lets this universe prefer that certain events (i.e. causes and effects) to occur over their reverse events. If we had no definite direction of time, then we'd be just a dead universe, where whenever one random event occurs, a reverse event occurs to cancel that first event out. A second idea is that our current universe is just an illusion, that we're just a simulation of a universe living inside a massive quantum computer. This is much like the movie, The Matrix. The illusion is that everything we think of as "stuff" is just a bunch of numbers sitting inside a memory bank, and we're just interpreting it the way we perceive it physicality, but it's just a bunch of numbers. Either could be plausible, but then you have to wonder in both cases, if that's so, then what is the real universe or the real computer we're living in, what is it living in? The nature has a tendency to evolve in the simplest and most suitable ways. The explained model of the inflating universe is not even close to the simplicity, suggesting that only human mind can construct a possibly workable one-point expansion. Any form of expanding and inflating motion should show signs of uniformity. In the deep field images, the galaxies are rather disoriented, suggesting that the linear motion of the galaxies, are not in the agreement with expanding motion. As mentioned before. The Inflation model is smooth, but it stretches out quantum fluctuations that occurred immediately after the Big Bang from microscopic to macroscopic. That's why Inflation is important. It takes a universe that would be completely smooth, and transforms it into something that's lumpy-smooth. The minor lumpiness leads to galaxies, stars, planets, people, atoms, etc., etc. In the subject of the steady state-universe, I am merely suggesting to go back and see how much the current observation data will fit to the original models and what modification has to be made to make it work in the other formats of the universe, vs. one point beginning. Obviously, in the steady-state model, the motion factor created by the gravity has to be added, which may lead to the recycling concept of the universe. I assume when you talk about the "recycling concept of the universe", you're talking about a universe that goes from the Big Bang and ends in the Big Crunch, which then leads to another Big Bang? If that's the case, then you've just made case for the Big Bang yourself. “If we see the CMBR in every direction, then that means it started in a single point and is expanding out in all directions.“ When you observe the CMBR in every direction, how it’s decided that all radiations originated from the same point and are of the same age. Simple, you just look at the direction of movement of the galaxies. They are all flying away from each other in a more or less linear fashion, straight out, like an explosion had occurred. They rewound the film backwards and surmised that at some point all of this had to have been together, just like an explosion leads its way back to a bomb. Yousuf Khan |
#19
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you're talking about a universe that goes from the Big Bang and ends in the Big Crunch, which then leads to another Big Bang? If that's the case, then you've just made case for the Big Bang yourself’. Yes, I have made the case for billions of Big-Bangs, and the case for recycling universe. However, the idea of the recycling universe to work, the natural cooling process of the matter has to over come obstacles of the laws of thermodynamics and the equation of E=mc². This natural cooling theory is based upon the idea that mass is a permanent entity, and the energy associated with mass is necessary only for matter that is viable and can be detected. Theoretically, an active atomic mass can reach the mass only state and exist within the environment that is out of reach from the environment of the matter. It’s a result of a simple function of the nature, but big challenge for the mankind. When the matter reaches 0 degrees Kelvin, particle activity ceases but the mass without the energy still exists, hence, makes recycling process possible. Through the natural process of cooling, The subatomic particles of an atom – the protons, neutrons and electrons will use up the available energy and eventually reach 0K. When the matter reaches 0K, the mass of subatomic particles enters a neutral, undetectable state, having no particles in motion and therefore, no thermal radiation. In that environment, the mass of an atom remains. And while it would lack any thermal energy, it would maintain a gravitational force, and thus a potential source of Kinetic energy. The matter is always associated with the work=heat state, where the use of energy is unavoidable action. The conservation of the energy is not applicable to the system where work =heat is measurable in the form of temperature of heat. When Albert Einstein was formulating an equation E=mc² for nuclear fission, he knew that there is a tremendous amount of energy available in the nuclei of an atom. To complete his mathematical statement, he needed a substantial number to relate to this huge energy source. The value of component "c," the speed of light, may have nothing more to do with mass and energy other than being a suitably constant large number to use as a multiplier. The point is, when E=mc² is used to calculate the mass and energy of an elementary sub-atomic particle at its lowest energy state of near absolute zero; the result may be misleading. The margin of error is a lot smaller when E=mc² is applied to the weakest end of the energy spectrum – Hence, the theory obtained by the equation E=mc² may not be applicable to natural behavior of matter in an extremely low mass and energy state. The universe based on cooling cycles of the matter, is simple in operations. Forming galaxies from inside out is more logical conclusion vs. Big-Bang based inflating environment, where from the beginning and constantly, all particles of matter is moving away from each other. Jaakko Kurhi |
#20
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A Big Bang conundrum
On 29/04/2013 1:39 PM, JAAKKO KURHI wrote:
'Yousuf Khan[_2_ Wrote: “I assume when you talk about the "recycling concept of the universe", you're talking about a universe that goes from the Big Bang and ends in the Big Crunch, which then leads to another Big Bang? If that's the case, then you've just made case for the Big Bang yourself’. Yes, I have made the case for billions of Big-Bangs, and the case for recycling universe. However, the idea of the recycling universe to work, the natural cooling process of the matter has to over come obstacles of the laws of thermodynamics and the equation of E=mc². This natural cooling theory is based upon the idea that mass is a permanent entity, and the energy associated with mass is necessary only for matter that is viable and can be detected. Theoretically, an active atomic mass can reach the mass only state and exist within the environment that is out of reach from the environment of the matter. It’s a result of a simple function of the nature, but big challenge for the mankind. I'm afraid you got it backwards. Mass is not the permanent property, it is energy that is the permanent property, and mass comes from energy, not vice-versa. E=mc^2 is a statement about how mass comes from energy, not how energy comes from mass. When you think about the pantheon of forms of energy that you learned about in school, you usually hear about kinetic energy (work), potential energy, and heat. At the same time you are often told that the best form (highest order) of energy, is that which does pure work (kinetic), and the lowest order form is heat which does little work. That is because kinetic energy is highly organized, while heat is highly disorganized. However, we know from thermodynamics that we can get heat to do some work for us, but we have to concentrate it into machines that will concentrate it and organize it well enough to get a little bit of work done. We may not be able to get the heat organized enough to be 100% efficient at doing work for us, but we can usually convert somewhere around 10-30% of the heat into kinetic -- good enough to get some work done for us. Think of mass as simply a very special form of energy, a highly organized form of energy: the highest order energy, even higher order and more organized than kinetic energy! We've known about kinetic, potential, and heat energies since the 19th Century, but the 20th Century taught us that there's one more level of energy which is mass. At the atomic level, particle masses are even measured with units of energy, such as the GeV (Giga-electron-Volt), rather than kilograms, pounds, ounces, etc. Think of mass as a form of energy that's so organized that it has locked itself up into a single particle. All particles, including matter particles, are basically pellets of energy. When the matter reaches 0 degrees Kelvin, particle activity ceases but the mass without the energy still exists, hence, makes recycling process possible. Through the natural process of cooling, The subatomic particles of an atom – the protons, neutrons and electrons will use up the available energy and eventually reach 0K. When the matter reaches 0K, the mass of subatomic particles enters a neutral, undetectable state, having no particles in motion and therefore, no thermal radiation. In that environment, the mass of an atom remains. And while it would lack any thermal energy, it would maintain a gravitational force, and thus a potential source of Kinetic energy. 0K is impossible to reach because all energy transfers are achieved through the exchange of photons between particles. The universe is a closed system, so all of the photons that have ever been created are still inside the universe in some form or another. Either they are being captured by other particles, or they are still in flight somewhere. At best you can get closer and closer to 0K, like 0.1K, 0.01K, 0.001K, 0.0001K, etc. but you'll never reach it. It's same as reaching the speed of light, it gets more and more difficult the closer you get. So the universe as it expands cools down, because it takes longer for photons to travel between particles. Also there is a form of movement that requires no energy, which is quantum movement. In quantum movement, particles just naturally are squirmy, you can't hold them down to any particular speed or position, also known as the Uncertainty Principle. So you'll never get absolutely no movement. Interestingly though, you're not entirely incorrect about something new happening as more and more energy is removed from a system, as you reach absolute zero. Many different particles start to lose their energy-based movement, but then start to link up their quantum movements together into a synchronized state. This state is where many atoms start acting like one big atom, which is known as a Bose-Einstein Condensate (BEC). A BEC is thought to be what the final state of the universe will be when the universe has expanded to a size too large for light to travel across it. Those particles that remain in contact with each other will be linked up into many individual BECs. Yousuf Khan |
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