Official version of Big Bang 2008

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In summary, the Big Bang is a theory that has been subject to change and debate, but most scientists agree that it happened and that it was a very important event in the history of the universe.
  • #1
jal
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Where is the official version of the Big Bang?
There are new discovery all the time.
Is there a "board of experts" that puts out the official version?
jal
 
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  • #2
I think up to a certain timescale most scientists will agree on the timeline of events. Below this timescale, nothing's certain. Cosmology is an unusual discipline, there's only one universe in which to observe. The methodology of scientific process is not applicable when you can't repeat experiment, so theory is the only way to progress (You can't reproduce the conditions from the Big Bang!)

And as we all know, theory is entirely subjective without experimental proof.
 
  • #3
astrorob said:
I think up to a certain timescale most scientists will agree on the timeline of events. Below this timescale, nothing's certain. Cosmology is an unusual discipline, there's only one universe in which to observe. The methodology of scientific process is not applicable when you can't repeat experiment, so theory is the only way to progress (You can't reproduce the conditions from the Big Bang!)

And as we all know, theory is entirely subjective without experimental proof.

now there is certainly some truth in this, but on the other hand: they can try to get some predictions out of their theories and then look whether this predictions match observations. like they did with COBE, they predictet that there would be some (tiny) variations in the CBR, and after looking hard enough, they found some. so at least in this case the scientific process was working well enough.
 
  • #4
Very true, but you can't say unequivocally that the deviations in the likes of COBE and WMAP are due to some primordial fireball at the beginning of time. You can only say that it's very very likely..
 
  • #5
astrorob
...without experimental proof.
Hummm!
I’m gathering that there are so many possible modifications to the presently taught model that nobody wants to venture and propose an improvement.
What about the experiments with quark-gluon plasma, CGC (Color Glass Condensate) and solid hydrogen?
jal
 
  • #6
jal said:
Where is the official version of the Big Bang?
There are new discovery all the time.
Is there a "board of experts" that puts out the official version?
jal

Science doesn't work like this Jal. There are lots of papers on Cosmology coming out all the time with all sorts of new ideas, new observations, new theories and new tweaks to old theories. But there isn't an ordained group somewhere who decides what is 'official', eventually the ideas that stand up to scrutiny the best become more and more accepted and become a consensus view, but consensus is always shaky and can be changed quickly with new evidence.
 
  • #7
astrorob said:
Cosmology is an unusual discipline, there's only one universe in which to observe. The methodology of scientific process is not applicable when you can't repeat experiment, so theory is the only way to progress (You can't reproduce the conditions from the Big Bang!)

And as we all know, theory is entirely subjective without experimental proof.

You are misrepresenting the scientific method here. We certainly cannot recreate the big bang. We also cannot recreate the evolution of species, or the exact events that led to the formation and development of the Earth, or Julius Caeser. Moreover, we were not present when the universe first formed, when the Earth took shape, when dinosaurs roamed the Earth, when the first hominid first walked upright, or when Caeser ruled Rome. This does not mean essentially historical sciences such as evolutionary biology, archeology, geology, and cosmology are not science or do not use the scientific method.
 
  • #8
As Wallace has said, there is no committee that decides which theory is the standard. Cosmology is constantly changing as more evidence is obtained. If your actual question is "what is the standard model of Cosmology today?"; i.e. what are the details of the model that best fits the observational data today, then this is a valid question. However, it can easily be answered by picking up a good Cosmology textbook, or reading papers, or posts on these forums.

I can't see this topic going anywhere useful, so I'm closing it.
 

What is the Official Version of Big Bang 2008?

The Official Version of Big Bang 2008 is a scientific theory that explains the origin and expansion of the universe. It states that approximately 13.8 billion years ago, all matter and energy in the universe was contained in a single, incredibly dense and hot point called a singularity. This singularity then suddenly expanded, creating the universe as we know it.

How was the Official Version of Big Bang 2008 developed?

The Official Version of Big Bang 2008 was developed through a combination of observational evidence and mathematical models. Scientists studied the movements and properties of galaxies and cosmic microwave background radiation to support the theory of a singular beginning of the universe.

What evidence supports the Official Version of Big Bang 2008?

One of the key pieces of evidence for the Official Version of Big Bang 2008 is the observation of the cosmic microwave background radiation, which is a faint radiation that fills the entire universe. This radiation is a remnant of the intense heat and energy of the early universe and supports the idea of a hot, dense singularity that expanded and cooled over time.

Are there any competing theories to the Official Version of Big Bang 2008?

Yes, there are several competing theories to the Official Version of Big Bang 2008, such as the Steady State theory and the Inflationary theory. These theories propose alternative explanations for the origin and expansion of the universe, but currently the Official Version of Big Bang 2008 is the most widely accepted and supported by evidence.

What implications does the Official Version of Big Bang 2008 have for our understanding of the universe?

The Official Version of Big Bang 2008 has significant implications for our understanding of the universe, as it provides a framework for explaining the formation of galaxies, stars, and planets. It also helps us understand the expansion of the universe and the possible future fate of the universe. Additionally, it has led to advancements in fields such as cosmology and particle physics, allowing us to better understand the fundamental building blocks of the universe.

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