Not exact matches
We're going into
microscopic holes,» explains geologist Susan D. Hovorka of the University of Texas
at Austin, who has worked on pilot projects in the U.S. «Add it up, and it's a large volume» of storage space.
The charge, then as now, is that
microscopic black
holes produced
at the collider might coalesce and engulf the earth, ending all life as we know it.
First off, how might
microscopic black
holes be produced
at the LHC?
The detection of
microscopic black
holes would shore up the theory by showing that gravity can act
at the quantum level, as the model predicts.
And quantum gravity could still exist
at much higher energies that can not be produced experimentally, so the absence of
microscopic black
holes won't discount the theory either.
By hurling protons together
at 14 trillion electron volts, it will create the kinds of high - energy collisions that are supposed to generate
microscopic black
holes.
With barely 2mm - small
hole at its top, the work is
at once a pot, but can also be grasped in the sense of an objet from the
microscopic size of that
hole.