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I also believe that you know that my messages are correct
Unfortunately, you keep on with your lies.
QuoteQuote from: Dave Lev on Yesterday at 18:59:45I also believe that you know that my messages are correctNo.You said that things had to be moving fast to have relativistic mass, and I pointed out that even slow things have (very small) relativistic mass.
Quote from: Dave Lev on Yesterday at 18:59:45I also believe that you know that my messages are correct
We have discussed about massless particles which could break the edge of the total early universe proton space size due to their high peculiar velocity.
Please tell us which kind of verified massless "things" were integrated/generated by the Big Bang energy and could move at low speed (much low than the speed of light) in order to gain some relativistic mass.
would you kindly tell us what was the peculiar velocity of those "things"?
As you wish to believe in those "things" instead of real massless particles,
Can you please backup all your understanding by relevant article/s?
Why the obsession with articles?Do you understand that I can write an article and post it on the web?Anyway, it's not that I am saying anything controversial- it's all well known science.
Quote from: Dave Lev on 17/01/2021 02:52:38Can you please backup all your understanding by relevant article/s?I can now.Please see this brief article on the web.https://www.thenakedscientists.com/forum/index.php?topic=80881.msg625354#msg625354Now do you see why demanding articles just makes you look silly?
Sorry, you can't just backup your nonsense by your own nonsense even if you believe that your nonsense should be considered as "science".
Any person/scientist in this planet which believes that the space and time had started somehow at a specific moment in the past should back off and clear the aria for real science.
Our job is to find how the matter & energy had been evolved into all the galaxies that we see while the space & time in our Universe MUST be unlimited (to the infinity).
As the BBT scientists won't accept the simple idea
QuoteQuote from: Dave Lev on Today at 12:53:05Any person/scientist in this planet which believes that the space and time had started somehow at a specific moment in the past should back off and clear the aria for real science.OKWe can see the expansion of space.We can see that , if we extrapolate that backwards there's a "crunch". There is a point- about 14 billion years ago when everything which we can see today was in the same placeIf you don't accept the big bang, then you need to explain what happened before the experimentally observed expansion started.
Quote from: Dave Lev on Today at 12:53:05Any person/scientist in this planet which believes that the space and time had started somehow at a specific moment in the past should back off and clear the aria for real science.
QuoteQuote from: Dave Lev on Today at 12:53:05Our job is to find how the matter & energy had been evolved into all the galaxies that we see while the space & time in our Universe MUST be unlimited (to the infinity).It can't.Olber showed that.
Quote from: Dave Lev on Today at 12:53:05Our job is to find how the matter & energy had been evolved into all the galaxies that we see while the space & time in our Universe MUST be unlimited (to the infinity).
Why do you lie?
We only see expansion of the galaxies.
However, that assumption is clearly incorrect.
However, due to the expansion of the galaxies, as it is located further away, it should move faster away. Therefore, at some very far away space-time the velocity of the galaxy is so high that even relativity can't help to get any light from that galaxy.
However, it is not due to its distance from us, but due to its ultra high recessional velocity from us.
QuoteQuote from: Dave Lev on Today at 16:19:45We only see expansion of the galaxies.We see the galaxies getting further apart.The thing between them is space.So we see space getting bigger.
Quote from: Dave Lev on Today at 16:19:45We only see expansion of the galaxies.
What we see is expansion.If you play that back, you get a crunch.
QuoteQuote from: Dave Lev on Today at 16:19:45However, due to the expansion of the galaxies, as it is located further away, it should move faster away. Therefore, at some very far away space-time the velocity of the galaxy is so high that even relativity can't help to get any light from that galaxy.That's only possible if space itself is expanding.
Quote from: Dave Lev on Today at 16:19:45However, due to the expansion of the galaxies, as it is located further away, it should move faster away. Therefore, at some very far away space-time the velocity of the galaxy is so high that even relativity can't help to get any light from that galaxy.
QuoteQuote from: Dave Lev on Today at 16:19:45However, it is not due to its distance from us, but due to its ultra high recessional velocity from us.You only get that in an expanding universe.
Quote from: Dave Lev on Today at 16:19:45However, it is not due to its distance from us, but due to its ultra high recessional velocity from us.
An expanding universe implies that it expanded "from somewhere".
And that's what we call the Big Bang.
So, if you don't accept the BBT you can't have your expansion.
If I move further away from you does it mean that the space between us is getting bigger
However, one BH is good enough for our entire infinite Universe.
You have not yet shown any evidence that I do.That's because, in the real world, I don't.
Is it clear to you?
You didn't use the right formula, did you?The one you used is a Newtonian one, and what you need is a relativistic one.If you actually understood what you were talking about, you would have realised that.But you didn't.Because you don't.
That's still wrong.You can't just add relativistic velocities as if they were apples.
QuoteQuote from: Dave Lev on Today at 19:10:45If I move further away from you does it mean that the space between us is getting biggerYes.For example, you might increase the space from two metres to three.I think this may be a linguistic problem.
Quote from: Dave Lev on Today at 19:10:45If I move further away from you does it mean that the space between us is getting bigger
QuoteQuote from: Dave Lev on Today at 19:10:45However, one BH is good enough for our entire infinite Universe.No, it isn't - because of the conservation of energy.No matter how hot it was at the outset, in an infinite time, it would have gone cold.
Quote from: Dave Lev on Today at 19:10:45However, one BH is good enough for our entire infinite Universe.
Still waiting for you to try to prove your silly claim that I'm a liar.
QuoteQuote from: Dave Lev on Today at 19:10:45Is it clear to you?It is clear to me that you don't know how to add velocities.You have been told before that you can't use newtonian physics in these sorts of calculations.
Quote from: Dave Lev on Today at 19:10:45Is it clear to you?
Yes you are liar.
Quote from: Dave Lev on 18/01/2021 19:59:24Yes you are liar.You keep saying that.But you keep failing to prove it.
I have a solid prove for you.
OK, so quote something which I have said, and which is not true (and which I knew wasn't true).That's the only way to prove your assertion that I'm a liar.
Quote from: Bored chemist on 16/01/2021 15:35:31it's not that I am saying anything controversial- it's all well known science.You are constantly highlight points that are Cleary incorrect just in order to show that my messages are wrong.I have just proved that you have a fatal error with regards to the speed of light of massless particles and you even do not apologize on that.Now you try to twist the story:Quote from: Bored chemist on 16/01/2021 15:35:31The particles that have zero rest mass are not the ones that I was talking about because they are already travelling at C.Sorry - there are no other massless particles that could move at low velocity. It was clearly stated in the article.So you keep on with the same negative approach.I actually do believe that you have deep knowledge in science and I am positively sure that you knew that massless particles can't move at a low velocity.I also believe that you know that my messages are correct, but you keep on with your objections as the BBT is more important to you than real science.Therefore, it is very clear to me by now that in order to disqualify my messages against the BBT you are ready to lie.Hence, I can't believe you anymore and I ask you to backup your lies with real articles.Quote from: Bored chemist on 16/01/2021 15:36:34QuoteQuote from: Dave Lev on Today at 13:48:07As I have stated - I will totally ignore any point without backup article.If everyone did that , nobody would ever respond to your posts, would they...?No.Nobody in this forum has used any sort of lie in order to disqualify my understanding.Unfortunately, you keep on with your lies.Therefore, I have no intention to accept those lies any more.Shame on you!
it's not that I am saying anything controversial- it's all well known science.
The particles that have zero rest mass are not the ones that I was talking about because they are already travelling at C.
QuoteQuote from: Dave Lev on Today at 13:48:07As I have stated - I will totally ignore any point without backup article.If everyone did that , nobody would ever respond to your posts, would they...?
Quote from: Dave Lev on Today at 13:48:07As I have stated - I will totally ignore any point without backup article.
https://www.symmetrymagazine.org/article/massless-particles-cant-be-stopped"Massless particles are purely energy. “It’s sufficient for a particle to have energy to have a meaningful sense of existence,” says Flip Tanedo, assistant professor of physics at the University of California, Riverside.""Photons and gluons, two force-carrying particles, are fundamental, so they don’t host the internal tug-of-war of a composite particle. They are also unaffected by the Higgs field. Indeed, they seem to be without mass.""The two particles physicists know to be (at least approximately) massless—photons and gluons—are both force-carrying particles, also known as gauge bosons. Photons are associated with the electromagnetic force, and gluons are associated with the strong force. (The graviton, a gauge boson associated with gravity, is also expected be massless, but its existence hasn’t been confirmed yet.)"It is also stated that the massless particles always travel at the speed of light.:"These massless particles have some unique properties. They are completely stable, so unlike some particles, they do not lose their energy decaying into pairs of less massive particles.Because all their energy is kinetic, they always travel at the speed of light. And thanks to special relativity, “things traveling at the speed of light don't actually age,” Tanedo says. “So a photon is actually not aging relative to us. It’s timeless, in that sense.”So, how can you claim that "smallest velocity (or other form of energy) is enough to increase the mass above zero" while Massless particles MUST move at the speed of light?
That's not how relativity works.Even the smallest velocity (or other form of energy) is enough to increase the mass above zero.
Let me add the following:you clearly lie when you have stated that:Quote from: Bored chemist on 16/01/2021 15:35:31The particles that have zero rest mass are not the ones that I was talking about because they are already travelling at C.As any mass less particale MUST move at the speed of light as was clearly explained at the following article:
However in order to gain a real mass their peculiar velocity should be very high or even close to the speed of light.
At best, you might have found a minor error where I overlooked the lack of strictly massless particles with velocities other than C.|It didn't affect the point I was making, because, as I said, I was talking about slow particles.We both agree that they have rest mass.The point I was making was that they also have relativistic mass.Are you saying that is wrong?
The point I was making was that they also have relativistic mass.