Who has the balls to answer these?
363213
1 and 3 cant be answered other than by speculation\n\n2-According to current theory, the first physically distinct period in the Universe lasted from "time zero" (the Big Bang itself) to 10-43 second later, when the universe was about 100 million trillion times smaller than a proton and had a temperature of 1034 K. During this so-called Planck era, quantum gravitational effects dominated and there was no distinction between (what would later be) the four fundamental forces of nature – gravity, electromagnetism, the strong force, and the weak force. Gravity was the first to split away, at the end of the Planck era, which marks the earliest point at which present science has any real understanding. Physicists have successfully developed a theory that unifies the strong, weak, and electromagnetic forces, called the Grand Unified Theory (GUT). The GUT era lasted until about 10-38 second after the Big Bang, at which point the strong force broke away from the others, releasing, in the process, a vast amount of energy that, it is believed, caused the Universe to expand at an extraordinary rate. In the brief ensuing interval of so-called inflation, the Universe grew by a factor of 1035 (100 billion trillion trillion) in 10-32 seconds, from being unimaginably smaller than a subatomic particle to about the size of a grapefruit.\n\nPostulating this burst of exponential growth helps remove two major problems in cosmology: the horizon problem and the flatness problem. The horizon problem is to explain how the cosmic microwave background – a kind of residual glow of the Big Bang from all parts of the sky – is very nearly isotropic despite the fact that the observable universe isn't yet old enough for light, or any other kind of signal, to have traveled from one side of it to the other. The flatness problem is to explain why space, on a cosmic scale, seems to be almost exactly flat, leaving the universe effectively teetering on a knife-edge between eternal expansion and eventual collapse. Both near-isotropy and near-flatness follow directly from the inflationary scenario.\n\n\nElectroweak Era (10-38 to 10-10 second)\n\nAt the end of inflationary epoch, the so-called vacuum energy of space underwent a phase transition (similar to when water vapor in the atmosphere condenses as water droplets in a cloud) suddenly giving rise to a seething soup of elementary particles, including photons, gluons, and quarks. At the same time, the expansion of the universe dramatically slowed to the "normal" rate governed by the Hubble law. At about 10-10 seconds, the electroweak force separated into the electromagnetic and weak forces, establishing a universe in which the physical laws and the four distinct forces of nature were as we now experience them.\n\n\nParticle Era (10-10 to 1 second)\n\nThe biggest chunks of matter, as the Universe ended its first trillionth of a second or so, were individual quarks and their antiparticles, antiquarks – the underlying particles out of which future atoms, asteroids, and astronomers would be made. As time went on, quarks and anti-quarks annihilated each other. However, either because of a slight asymmetry in the behavior of the particles or a slight initial excess of particles over antiparticles, the mutual destruction ended with a surplus of quarks. Only because of this (relatively minor) discrepancy do stars, planets, and human beings exist today.\n\nBetween 10-6 and 10-5 second after the beginning of the Universe, when the ambient cosmic temperature had fallen to a balmy 1015 K, quarks began to combine to form a variety of hadrons. All of the short-lived hadrons quickly decayed leaving only the familiar protons and neutrons of which the nuclei of atoms-to-come would be made. This hadron era was followed by the lepton era, during which most of the matter in the Universe consisted of leptons and their antiparticles. The lepton era drew to a close when the majority of leptons and antilepton
841487
Interesting question...let's wait for the answers, Shall we??
996325
What exactly is the question here?
449746
i absolutely love your questions...at least some one has the balls to ask them..and i honestly cant answer your question...
635766
Even the answer is not clear!
1076171
Ummm... Well... I guess the one who asks that question!..
952492
Dont quite get the question?
630139
Can you please finish the question? When they get "WHAT"?
335653
Who and the hell is that?
684525
this question is not clear enough to answer.
580811
Who can answer this question?-that is the question.\nClever people.- that is the answer.\n\n10 points?
906845
Yes, you could ask:\n\n1. What does this question mean?\n\n2. What do the answers mean?\n\nAnyone who gets it right gets an A.
965685
who are you asking about?
902839
And the questions is . . . ???
64324
Yesssss. they are professional here, but how do you know who is who?  This site is new and still experimental, and I know of no others who have professionals answering questions to the public.\nBut some think that I am just an uneducated dumb old fart so what does this answer matter.
1058332
Ask the people who run the questions & Asnwers
522651
ANSWERING THESE CRAZY QUESTIONS AND YOU?