Tonight at 10 p.m. E/P on Science Channel, Morgan Freeman will explore the furthest-most reaches of the Universe. Find out what he discovers.
When on the cutting edge of physics, try not to pay too much attention to internal memos.
If you're a little hazy about the details of Wednesday's buzz surrounding the potential discovery of "new physics" in Fermilab's Tevatron particle accelerator, don't worry, you're not alone.
Just after the Big Bang, the Universe's dimensions may have been completely different to the four-dimensional space-time we know and love today.
Just after the Big Bang, the Universe's dimensions may have been completely different to the four-dimensional space-time we know and love today.
Is there another type of Higgs particle that can travel through time? Could it be used for evil?
Has an even cooler brown dwarf been discovered? If so, this "ultra-cool" object has an atmospheric thermostat set at around room temperature.
Considering a black hole in the fifth dimension, can it eventually become a "naked singularity"? Welcome to the bizarre world of shrinking strings.
Scientists can probe the conditions just after the Big Bang. They can detonate a supernova in a test tube. They can even study black holes. What about neutron stars?
The hypothetical "X" particle recently suggested as a dark matter candidate by scientists at Brookhaven isn't the only exotic particle that physicists have proposed in recent years.