Is true or is it another pseudoscience crap

In summary, the conversation discussed a book called "The Choice" by Mike Bara, which claims that the theories of relativity and quantum mechanics are wrong. The book also talks about ancient civilizations and their prophecies, as well as torsion physics. However, the validity of these claims is questioned, especially since the author's background as an aerospace engineer would suggest a better understanding of relativity and Newtonian mechanics. It is also mentioned that the book contains incorrect numbers to support its theories. Overall, the conversation concludes that the book is unreliable and should not be taken seriously.
  • #1
alphali
24
1
I read in a book that "the laws of physics as defined by Newton and Einstein work just fine as long as one don't account for gravity ,rotation or acceleration."
Also he said that there is no proof that the space is curved as predicted by Einstein, but i read before that it was poven by an experiment that involved a gyroscope attached to a satelite, so what is the validity of this claim.
Thanks in advance.
 
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  • #2
It's nonsense. What's the book?
 
  • #3
Alphali, as Doc Al said, it's total nonsense. There is an insurmountable amount of evidence backing up general relativity, see here.

Considering GR is a theory of gravity and acceleration, the other claim about it breaking down is also absurd.
 
  • #4
I wouldn't be so quick to label a book as nonsense that someone is quoting from without being able to actually see the context of the quote and the actual quote. For example, the OP of Is SOL infinite? (from its own point of view) quoted Roger Penrose as having said, "clock/time of light is at all times zero", which I didn't believe he would ever say. On further investigation, Penrose was saying something completely different.
 
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  • #5
Maybe the quote was related to special relativity (SR) only. In that case, it is right that SR is just an approximation once you add gravity. And while it is possible to handle accelerations, the usual framework is made for non-accelerating, inertial observers. And to cover the last thing, rotating systems are not inertial systems.There are no "proofs" in physics. Just theories which passed all the tests performed up to now*. And general relativity (GR) is very successful in that respect.

*and many which did not, of course :p.
 
  • #6
alphali said:
I read in a book that "the laws of physics as defined by Newton and Einstein work just fine as long as one don't account for gravity ,rotation or acceleration."
Also he said that there is no proof that the space is curved as predicted by Einstein, but i read before that it was poven by an experiment that involved a gyroscope attached to a satelite, so what is the validity of this claim.
Thanks in advance.
Perhaps there are some details that you left out or paraphrased wrongly. As both Newton and Einstein accounted for those things, I can't imagine what the author could have meant (it could be crap of course!).
Moreover, "curved space" is literal interpretation of the mathematics. What counts for physics are the predictions, and the basics have been confirmed, notably gravitational time dilation. Roughly speaking, a clock ticks faster far in space than on Earth.
It could be that the book refers to (or that you refer to) a last remaining test which unexpectedly did not provide accurate confirmation, and which was indeed done with gyroscopes attached to a satellite. You can read criticism here:
http://www.nature.com/news/2011/110510/full/473131a.html
 
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  • #7
alphali said:
I read in a book that "the laws of physics as defined by Newton and Einstein work just fine as long as one don't account for gravity ,rotation or acceleration."
What's the name of the book? The author? What's the exact text?

I couldn't find anything close to the quoted text via google books.
 
  • #8
harrylin said:
...Moreover, "curved space" is literal interpretation of the mathematics...

By this I assume you mean that the 4-dimensionl curved space concept is just one interpretation of GR, and 4-dimensional curved space-time has not been extablished as an actual physical reality.
 
  • #9
bobc2 said:
By this I assume you mean that the 4-dimensionl curved space concept is just one interpretation of GR, and 4-dimensional curved space-time has not been extablished as an actual physical reality.
Yes, it could be that that book makes a philosophical statement concerning "reality". As long as the OP doesn't tell us what book, we can only guess. :tongue2:
 
  • #10
My friend gave this book "The choice" by Mike Bara, he said that the theories of relativity and quantum mechanics are wrong, it’s a book about ancient civilizations and their prophecies and torsion physics…, normally i would have dismissed this as total bs but he is an aerospace engineer that's what confused me, he should know better about relativity and Newtonian mechanics right? And on further research a lot of the numbers he mentioned in his book to back his theories are totally wrong.
 
  • #11
This site is not about debunking the nonsense of Mike Bara and Richard Hoagland. They are kooks.

Thread closed.
 

1. Is there any scientific evidence to support this claim?

In order for a theory or claim to be considered true in the scientific community, it must be supported by empirical evidence. This means that the claim has been rigorously tested and proven through experiments or observations. Without proper evidence, it is not considered a valid scientific theory.

2. How does this claim differ from established scientific theories?

Established scientific theories have been extensively tested and have withstood the scrutiny of the scientific community. They are based on solid evidence and have been replicated by multiple researchers. Pseudoscience claims, on the other hand, often lack evidence and are not supported by the scientific community.

3. Can you explain the scientific method and how it applies to this claim?

The scientific method is a systematic approach to investigating and understanding the natural world. It involves making observations, forming a hypothesis, designing and conducting experiments, analyzing data, and drawing conclusions. In order for a claim to be considered true, it must follow this rigorous process and be supported by evidence.

4. Who are the experts in this field and what do they say about this claim?

Experts in a particular field are individuals who have extensive knowledge and experience in that area of study. When evaluating a claim, it is important to consider the opinions and findings of experts in that field. If the majority of experts do not support the claim, it is less likely to be true or valid.

5. What are the potential consequences of believing in a pseudoscience claim?

Believing in a pseudoscience claim can have serious consequences, both personally and for society as a whole. It can lead to wasted time, money, and resources, as well as potentially harmful decisions and actions. Additionally, promoting pseudoscience can undermine trust in legitimate scientific research and hinder progress in finding real solutions to societal issues.

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