If you think this is a joke I'll happily make more assumptions. If you think it's all nonsense you haven't been paying much attention to me or your surroundings.
Nope. I don't think it's a joke. Although you tend to be.If you think this is a joke I'll happily make more assumptions.
Yup, more generalised arm-waving and no back up. Just what I expected.If you think it's all nonsense you haven't been paying much attention to me or your surroundings.
An intro to metaphysics I guess ... so shoot.
So what I have a Jolly spark when the opposition is as in-specific as you.Nope. I don't think it's a joke. Although you tend to be.
Yup, more generalised arm-waving and no back up. Just what I expected.
Do you mean non-specific? Unspecific?So what I have a Jolly spark when the opposition is as in-specific as you.
A proposed experiment? Really? Where did you propose this? And what do you mean "confirmed by me to not have taken place for a long time"?I would hardly call a proposed experiment, confirmed by yourself to not have taken place for a long time, "arm-waving."
As amused as I am by your inability to post anything of substance? Or stick to the point?If anything I'm amused by your stubbornness.
I have done so. Repeatedly. And all you do is amble along adding yet more inanity.Can't point out one tiny speckle or flaw in the design I try to imprint into your head.
And there you go again. All you've posted so far is arm-waving generalisations and drivel. Oh, and contradictory statements.Surely someone as genuinely ingenious as yourself could actually tear apart some holes upon the object in question.
You said nobody has seen them all assimilated, which means nothing the like is around for lightyears and lightyears. Possibly not even anywhere.what do you mean "confirmed by me to not have taken place for a long time"?
Every substance known is not substantial information to anything?As amused as I am by your inability to post anything of substance?
You have only said one thing that was actually about the completely unproven object.I have done so. Repeatedly. And all you do is amble along adding yet more inanity.
I can dance tooAnd there you go again. All you've posted so far is arm-waving generalisations and drivel. Oh, and contradictory statements.
Or ever.You said nobody has seen them all assimilated, which means nothing the like is around for lightyears and lightyears. Possibly not even anywhere.
Where have you posted every substance known?Every substance known is not substantial information to anything?
And you haven't actually specified this "object".You have only said one thing that was actually about the completely unproven object.
Badly. Much the same way as you "think".I can dance too
Why do you think this would produce a Big Bang?When I said one atom of each from the periodic table of elements combine by nanotechnology would create high energy levels similar to that of the big bang. I proposed a specified experiment containing every substance known to man.
I didn't. I said the energy levels are similar. They "identify" with each other. You supposedly need its antimatter pair to produce a big bang. Which we have no access to. Unless of corse there is an antimatter me doing the same exact thing in another dimension, which I doubt. Or we make two of them and smash them together.Why do you think this would produce a Big Bang?
Of all the endless statistics in the universe it probably exists somewhere or had existed or will exist.When (and why) do you think it has been performed before?
Actually I was expecting you to ask questions like this. How far down into Murphy's law are we to be content with our expectations of the proposed experiment? At what point should we expect failure if at all.Do you not think (sorry, stupid question, but...) that performing such an "experiment" would be slightly dangerous if it were to "create high energy levels similar to that of the big bang"?
In a vacuum, under adult supervision, and from "light" to heavy.Where (and how) should it be performed?
If they're similar (but one doesn't produce a Big Bang) then how exactly are they similar? Given that these "energy levels" are going to localised...I didn't. I said the energy levels are similar.
Supposedly? According to whom? Links please.You supposedly need its antimatter pair to produce a big bang.
Oh shit! I wonder if anyone told the guys at CERN that think they have some.Which we have no access to.
Ah, the old woo-woo stand by. Other dimensions.Unless of corse there is an antimatter me doing the same exact thing in another dimension
Apart from expecting me to ask questions "like this" were you at any point expecting yourself to answer them? And you still haven't answered the basic one:Actually I was expecting you to ask questions like this. How far down into Murphy's law are we to be content with our expectations of the proposed experiment? At what point should we expect failure if at all.
In a vacuum? Why? And where is this vacuum? Will (if it does produce equivalent energy levels) "adult supervision" prevent it doing damage?In a vacuum, under adult supervision, and from "light" to heavy.
Proposing and executing are two entirely different acts.When I said one atom of each from the periodic table of elements combine by nanotechnology would create high energy levels similar to that of the big bang. I proposed a specified experiment containing every substance known to man.
ORLY? They have a secret handshake or such?I didn't. I said the energy levels are similar. They "identify" with each other.
It takes two to tango... big bangs come from closely related objects having a little power play. Think about it. If it is too large or too small it is just going to absorb or be absorbed.If they're similar (but one doesn't produce a Big Bang) then how exactly are they similar? Given that these "energy levels" are going to localised...
Supposedly? According to whom? Links please.
Where ever did you get this "no access business". Like something at CERN bears any resemblance to this.Oh shit! I wonder if anyone told the guys at CERN that think they have some.
Yes. It contains every object made by the big bang in extremely close proximity. Think of the object as the dense state in the expanding universe theory.Apart from expecting me to ask questions "like this" were you at any point expecting yourself to answer them? And you still haven't answered the basic one:
Why do you think this would produce [energy levels similar to] a Big Bang?
In a vacuum? Why? And where is this vacuum? Will (if it does produce equivalent energy levels) "adult supervision" prevent it doing damage?
Pardon? Evidence please.big bangs come from closely related objects having a little power play.
WTF are you talking about?Think about it. If it is too large or too small it is just going to absorb or be absorbed.
Uh, yes. This was after the Big Bang. Not the cause of it. I'll repeat my question since you seem to be answering a different one:At some point an unknown reaction called baryogenesis violated the conservation of baryon number, leading to a very small excess of quarks and leptons over antiquarks and antileptons—of the order of one part in 30 million. This resulted in the predominance of matter over antimatter in the present Universe.Timeline_of_the_Big_Bang
You: Which we have no access to [antimatter]. Post #393 sentence 5.Where ever did you get this "no access business". Like something at CERN bears any resemblance to this.
So what?Yes. It contains every object made by the big bang in extremely close proximity.
You are among the more seriously deluded (and incomprehensible) cranks on this site. You're quite a fascinating study in random inanity. At least your "thoughts" make sense to you. (Well I assume they do).A tiny little vacuum sealed jar. I doubt any damage will be done with someone as responsible as you on my back.
So Nietzche is about to be absorbed - quite the concept...Think about it. If it is too large or too small it is just going to absorb or be absorbed.
Yeah, violating Lorentz invariance tends to have unpredictable results...At some point an unknown reaction called baryogenesis violated the conservation of baryon number, leading to a very small excess of quarks and leptons over antiquarks and antileptons—of the order of one part in 30 million. This resulted in the predominance of matter over antimatter in the present Universe.
I think I'll just pretend I never saw this..Where ever did you get this "no access business". Like something at CERN bears any resemblance to this.
Said objects evolving and changing while ever expanding, yes? As in Cosmology's premise that a gigantic singularity eruption brought on the creation of elementary particles, subsequently followed by the formation of helium and hydrogen, and then the development of galaxies from these basic elements, right? So? Have you considered the possibility of an oscillating universe? What, if any impact, does this have on your existing premise?Yes. It contains every object made by the big bang in extremely close proximity. Think of the object as the dense state in the expanding universe theory.
Great attempt at humor. Notice the emphasize on "attempt"...A tiny little vacuum sealed jar. I doubt any damage will be done with someone as responsible as you on my back.
ThanksSo Nietzche is about to be absorbed - quite the concept...
lol good keep it unspoken. We wouldn't want to overheat any tiny brains.I think I'll just pretend I never saw this..
Yes to changing and evolving at the highest elevation, Yet to ours like anything else it takes heat to expand. Yes to the concept know as "osculating universe". It doesn't really change anything it's just confirmation that principals and tools exist to start moving in the proposed direction. If we find this object does oscillate, then it might be useful in the energy department. On a large scale, yes planets and suns vibrate as they emit energy and heat.Said objects evolving and changing while ever expanding, yes? As in Cosmology's premise that a gigantic singularity eruption brought on the creation of elementary particles, subsequently followed by the formation of helium and hydrogen, and then the development of galaxies from these basic elements, right? So? Have you considered the possibility of an oscillating universe? What, if any impact, does this have on your existing premise?
I try to carry conversations with humor. If I fail I hope nobody notices :shh:Great attempt at humor. Notice the emphasize on "attempt"...
light caused the big bang. If you were to go out far beyond the universe you would see nothing but a beam of light glowing and expanding in the distance.Uh, yes. This was after the Big Bang. Not the cause of it. I'll repeat my question since you seem to be answering a different one:
You: You supposedly need its antimatter pair to produce a big bang.
Me: Supposedly? According to whom? Links please.
You like to study nothing? I would consider that a hobby of mine as well. We aren't so different you and I.You are among the more seriously deluded (and incomprehensible) cranks on this site. You're quite a fascinating study in random inanity. At least your "thoughts" make sense to you. (Well I assume they do).