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"Off the Wall" Questions Hall of Fame


Hello, I was just wondering something about our basis for nuclear physics, which are the precepts, findings and notions of Einstein. When I first saw the equation of E=MCsqared I instantly thought that it was wrong... I was only four at the time but still the thought that it was wrong struck me. Now I am 37 and I think I have figured it out. MCsquared is actually the volume of an orb when the M is the physical weight of it. To measure the atomic energy within an atom you need to times the volume you find (in the above suggested manner) times the total space that it occupies which will give you the atomic energy. The physics in the world is obviously off the true path and I think this is the answer. Einstein was pretty old when he found the answers that scientists have blindly followed for 60 years. Do you see any sense in this and agree?


It seems to be apparent that almost everything that we see (and don't see) arises from the ambient Zero Point Energy Field. Scientists like Milo Wolff have proposed that all so called material structure is actually standing waves of ZPE. Why is this concept not accepted by mainstream academic physicists.


The ultimate knowledge, or merely The phrase "NOTHING, DOESN'T EXIST" (accent on the word nothing) is a simple statement, meaning two things, depending on punctuation. 1. Nothing, by it's own definition, does not, has not, and cannot EVER exist, as it literally means NO THING, and, that means no thing, which cannot exist because if it did, it would be SOMEthing. As we know, even a total void has infinite quantum soup particles jumping in and out of existence, and even the number zero is not nothing, it's an imaginary number that is as infinite in concept as "infinity", like observing a join in a circular loop. one side would be the beginning, the other infinity, but it's the same singularity. the end is the beginning again. It's an imaginary number basically, for use to measure the rest of the numbers by comparison. It was even shunned to be used in math until a few centuries ago. A dangerous number, of devilish origins, or so it was feared by the religious extremists. The second meaning of NOTHING DOESN'T EXIST, but this time imagine the phrase WITHOUT the comma, (accent on the word nothing) means that "there is nothing in existence that isn't in existence". Obvious and simple, but true. Only things CAN exist. It can't NOT exist, because if it didn't, it would be a thing, it would be NO thing, making existance impossible...and don't get me started on the word impossible. If EVERYTHING EXISTS, then we mean an infinity of things. Over eternity, then, everything will exist, even the seemingly impossible, but impossibilities means something that cannot exist, and as we see, there is only one thing that "could" not exist: Nothing. And that doesn't exist. So, one day, if I lived eternally, I will fall through the earth and then eat a star and become James Joyce suddenly. Literally, that HAS to happen. It cannot not happen, if infinity is really a conceptually hard thing to imagine but perfectly complete forever, with time, and timelessness joined In a way, we exist because of nothing. And the phrase Everything, exists must therefore mean that infinity of existence exists forever, as it couldn't ever not exist if nothing never could exist. See what I'm saying? Every thing we can imagine, and ininitely more we can't, will exist at some point, or am I being fooled by wordgames and semantics?


what would happen if an object (ie planet) was surrounded by energy strong enough to resist the pressure of a black hole while traveling through to the event horizon, or what if some way to produce artificially an energy field (E=mc^3) to exist while traveling through a black hole where E=mc^2? What would happen to the planet once inside?


MY QUETION IS REGARDING TEMPERATERS AS WE KNOW THAT THERE ARE SOME VERY HOT BODIES IN SPACE SUCH AS OUR SUN AND I BELIVE THAT IN UNIVERS EVERY POSITIVE HAS A NAGITIVE SO SPEAKING OF HOT BODIES ARE THERE ANY COLD BODEIS FOR EXAMPLE IF THE MAX TEMPERATURE OF A BODY IS FIVE HUNDRAD THOUSAND DEGREES AND THEN THERE MIGHT BE A BODY WHOS TEMPERATURE IS FIVE HUNDRAD THOUSAND DEGREES BELOW ZERO IN NAGITIVE. ONE MORE THING WHAT IS THE COLDEST TEMPERATURE ONE CAN OBTAIN ON THE PLANET EARTH.


before asking my question I want to tell u smthing abt my project that we r making at our personel level to bring a revolution in indian history. pls try to answer as soon as possible ok. this project is related to jetpack. u might hav heard about it, yes my friend we r trying to fly. but we r having lots of problem to start with......... for example the fuel selection I know this is not related to physics, so my question to u is that can we develop that much thurst to lift a man of about 80-90 kg, i know ur answer is going to be yes ... but suggest me the most cheapest way to do this... just seeing the market and our dreams answer this..


I have an interesting question. It pertains to the singularity and the strength of gravity prior to the big band and the strength of gravity now.

Is it not possible that gravity is EXACTLY as strong now as it ever was? Common understanding apparently says no. We assume that gravity was once much stronger at the time prior to the big bang and now is not a very strong force relative to the other known forces.

I believe in theory it's possible that gravity is the same as it ever has been. How so? Well I call it the "bully effect". Quite simply it states that at the time of the singularity, when all matter and all the forces, everything was the same size that gravity was the strongest force. It was the bully of the group.

However, like the bully in school who can pick on other kids as long as their not bigger than he is, gravity simply never grew up like everthing else did, post big bang.

Now that matter can be the size of suns and planets and the individual gravity particle is still the same sub-atomic size it always has been, it's not so scary anymore. It can only pick on things it's own size.

So when planets, stars and well, everthing, were still all compressed into the same size space as gravity (pre big bang era) gravity could hold everything together, because everything was essentially the same size.

Post big bang when things expanded and became enormous in size; the tiny, once very tough graviton was now the tiniest kid on the block. How could a tiny graviton particle take on something as big as a planet? It couldn't all by itself.

I think gravity is just as tough as it has always been, it's just been outgrown. It stayed sub atomic in size, while everything else we see with our eyes has grown or expanded to enormous sizes compared to the graviton particle.

If we were to rewind the video of the universe, it would all shrink back towards itself, eventually shrinking to the infinitely small size that everything we now see must have at one time fit into.

So, if you were to take say, the sun, and shrink and compress it to the same exact size as a graviton particle...I believe that gravity would have it's way with the sun. It would once again be the bully and it would once again be able to maintain it's death grip on the sun. But with the sun at its current size it's just too big for the graviton particle to overpower.

Anyway, I'm not a physicist and I don't claim to be. But I wondered what your thoughts were on the subject.