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It's in the nature of humans to dispute and conquer. Bombs would get bigger no matter what physics principles the universe abode by.
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You keep playing with your "space-time" ideas dreaming up whatever "theory" tickles your fantasy -- I'll stick to reality (and keep building s--t in the real world that works on the principles that apply in the real physical world.) |
That's the point. There's a gap between the large world (what you see and feel and touch) and the quantum world. Newton's laws don't apply in the quantum world, yet, there is evidence that the quantum world exists and functions everywhere.
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Perhaps the idea that "Newton's laws don't apply in the quantum [sub-atomic] world" is based upon an error? What if there is a failure to recognize that there is some other interaction (some other matter/matter in motion) forcing sub-atomic particles to behave in the apparent "non-Newtonian" way that they do? But now we're getting close to the whole reason the field of physics was attacked, and largely destroyed, in the first part of the 20th century.... Knowledge is power; destroy certain bases of knowledge -- like theoretical physics -- supplanting them with mysticism, and you succeed in keeping people "in the dark" and "unpowerful." |
this sort of mumbo-jumbo is why scientists do tests before adopting some mere idea
and that brings us back to the big machine -- it allows us to do tests now here is ANOTHER idea - what if compy goes away when he closes his eyes? did he ever really exist? |
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You failed miserably at this little game of yours. You can't even defend your own simple statements. That's sad when a man can't even defend what he's claiming. |
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I feel like I'm defending the 'earth revolves around the sun' theory. This is non-controversial for anyone with a solid understanding of the subject. At the risk of sounding elitist can everyone with degrees in physics from accredited universities raise their hand? SmileWavy |
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Edit: I think that just makes us BOTH lying idiotic con men... |
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Physcists are wacky. I have PLENTY of evidence.
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This thread is useful without pictures
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We're frigging GODS. |
Mike you can only manipulate time and space after all that drinking... and then its all in your head. ;)
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My new hobby is showing extremely-religious types these photos, and then tell them that this machine is literally looking into their souls. Oddly enough, not many argue against this, as.... c'mon.. it looks as though it could. It's that bad-ass....
http://inapcache.boston.com/universa...4_00808022.jpg |
There's no people in that pic to give it perspective. It's hard to fully realize that you're looking at a donut that is probably 50 feet tall. I've seen the Tevatron, and can only assume that the LHC is larger in all aspects.
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A few questions for you brainy peeps in this high tech thread...
1) What would happen if a space rock the size of a baseball or larger, going 100,000 MPH, went through the Shuttle or the ISS... specifically, through a pressurized area with astronauts inside it, frollicing in t-shirts? Would it be survivable? Is there some kind of system in the walls that would self-repair the hole/s? Has it ever happened... with, say... a smaller projectile? 2) Let's say that 50-100 years from now some earthlings are off on an interstellar journey at or near the speed of light... or even half that speed. Forget wormhole travel. What's gonna keep the spacecraft from hitting a space rock and having it cut a hole through the craft from nose to tail? Seriously. I don't think we're gonna have a force field to keep the thing safe, are we? Wouldn't that eat up a ton of energy? 2b) Just a manned trip to Mars in a decade or two... couldn't it be completely trashed if it hit a space rock or vice versa? Are these kinds of things just considered "acceptable risks?" If so, my answer is, "BS... not with my tax money." |
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2) Nothing keeps it from hitting anything. The good thing is there isn't anything out there to hit. Once you are out of the solar system, it's pretty much vacuum. For instance, Voyager 1 is pretty much outside our known solar system by now yet it still sends signals back to earth.. so it hasn't been hit by anything and it's been travelling at 20,000 mph or so for 40 years. 3) Yep... that's an issue. But we went to the moon, and any ship nowdays would be fitted with radar capable or tracking such objects and warning the crew in advance.. The ISS has such a system. |
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I was talking about stuff coming in from outside... would they be able to detect something 3-15" in diameter moving at 100,000 MPH in time to take evasive action? |
I wouldn't think so.
I think the thing is, is that space is so big and empty that the chances if intercepting stuff like that moving around it so small as to not worry about it unless you are in earth orbit (AKA we hit our own s*%#..) or near a known metor area/belt or some sort.. again, the junk sorta groups together in orbits and what not as to not leave a lot of random stuff out there. |
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There is a real world out there; I live in it. |
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Interesting, isn't it? I also find it laughable that you think that "living in the real world" or "making things" is mutually exclusive from having an understanding of the Universe. Seems that you're one of the only people anywhere who thinks that way. |
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...and to answer one of Heel n' Toe's questions - micrometeoroids strike the shuttle and ISS on occasion. Some parts of the ISS have what they call MMODS or "MicroMeteoroid Orbital Debris Shields". Most of the time it's just layers of thin aluminum to absorb the energy of the impact. We had a micrometeoroid strike a trunnion (the structural interface between a payload and the shuttle) on a Spacelab Pallet. The trunnion was made of forged titanium. The micrometeoroid vaporized the material and blew right through the "bathtub fitting" portion of the trunnion. Luckily it remained structurally sound enough to survive landing loads. It does happen. |
Sooo........ did they start it up or what? We're still here. I think.
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(And no, I have no intentions of writing a treatise here laying out my complete views, nor explaining experimentation supporting it.) As for your suggestion that I'm claiming that "'making things' is mutually exclusive from having an understanding of the Universe" -- nothing could be further from the truth. You apparently didn't understand my insult. I was suggesting that you are living in a "fantasy world" with the "physics" you ascribe to. I was suggesting that if you attempted to actually use your claimed principles to build something in the real world, your principles would fall apart -- what you built, would not work. (That's why many theoretical physicists stay hidden away in universities or working on obtuse government funded projects; they can spend a lot of time playing around with a lot of esoteric theories and never have to tie those theories to the real world and build stuff that actually works!) |
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Or, it'll break because some theoretical physicist probably had something to do with it's design. |
I have the feeling that parts of being an engineer on that project may be insanely cool... but I also have the feeling that dealing with the physicists would be insanely annoying.
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2) Interplanetary space is amazingly empty. I mean, you cannot comprehend how empty it is. 3) Eventually, a space craft will encounter something that will punch through the wall, and the people inside will die a miserable painful death. I'll make sure that none of your tax money was involved in that specific craft. |
So I didn't read the last two pages because you guys/girls are boring and debating a relatively boring subject. (does that make it interesting?)
BUT, someone (yet to be named) is confusing/arguing over particle physics theory with newtonian physics references. In the end, they are called theories for a reason. Hopefully the collider will make my future 911 faster and be able to sustain 2g midcorner on snow tires. Maybe even allow me to drive in 4 dimensions - although that will probably be limited to some unobtainable carrera GT type model :) |
competentone,
Physics defines the workings of the physical universe in mathematical terms. The advancement of physics depends on unbiased pursuit of the mathematical model best supported by experimentation. I mention General Relativity because E = mc^2 was theoretical until we split the atom. The math of Quantum mechanics necessitated theoretical particles which only later we detected. I could go on. I admit some theories are 'out there' but that's more a criticism of the scientific method (which is essentially guess-and-check) than any branch of Physics. Hypothesis -> experimentation -> confirmation. It's unrealistic to suggest these guesses should always be correct and unfair to criticize unintuitive guesses as many times they've proven to be correct. Theories, correct and incorrect, are necessary for progress in any scientific field. |
Maybe competentone needs to know what additions to the solid world physics has initiated or given.
Or, what is it in a tangible hands-on way will the HSC reveal or create for us? |
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No one acted like this when they verified the top quark at Fermilab. This is the exact same thing, just scaled up a bit in size and price. |
Yes, I meant LHC.
Now, what would be the advantage of knowing the Big Bang theory? What can we benefit from understanding how the universe began? |
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Now, the merging of the 4 fundamental forces at ultra-high energy, that might be useful. It'll be important to at least understand that mechanism if we expect to get anywhere with large scale fusion power, or interstellar drives (not warp drives, but cold fusion driven drives using interstellar hydrogen). Also, learning how high energy states change might give us a new form of superconductors. Quantum computing? Um, maybe more, but I just got the word to go home early, so we'll never know... :p |
omg.......I'm embarrassed for you guys. You are soooooo boring.
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