If a wire's ability to conduct electricity is related to its temperature, everything from your electric bill to the speed of your home computer could be adversely affected. ... The electrons move randomly unless an electric field is applied to the metal. The electric field forces cause the electrons to move in a direction opposite the field. ...
It was field tested in 2002 in the Mendocino National Forest. ... Quantum computers differ from what we use today. Today's computers rely on the laws of physics while quantum computers rely on quantum mechanics. ... The optical computer uses photons that travel on optical fibers to perform the same functions as today's silicon-based processors. It is supposed to be able to solve a problem in 1 hour that would take 11 years for a computer today to solve. ...
It was field tested in 2002 in the Mendocino National Forest. ... Quantum computers differ from what we use today. Today's computers rely on the laws of physics while quantum computers rely on quantum mechanics. ... The optical computer uses photons that travel on optical fibers to perform the same functions as today's silicon-based processors. It is supposed to be able to solve a problem in 1 hour that would take 11 years for a computer today to solve. ...
Their importance not only affects the technical computer scientist, but also the everyday computer user. ... The electron is currently what a computer uses to transfer information. ... Some of these materials include diamond, glass, steel, and magnetic fields. ... Now that PBG crystals are able to be produced easily by use of a 3-D model, the computer age will be able to move even farther into the future. ...
"Trapping is used with three pairs of counter-propagating laser beams and an inhomogeneous magnetic field." ... What they do when they trap is they hold the sodium atoms of the laser in a magnetic field. Because of Bills accomplishments in this field of laser cooling. ... Which would later help create and advance holographic images, improvements in lithography, and manufacturing technique for making really small features on computer chips. To this day Phillips is still working for NIST trying to find a way to keep an infinite amount of atoms in his magnetic field. ...
(Kailkhura, Online "02) This field is helped by the innovation of technologies that allow imaging at the molecular level such atomic force microscopy or AFM and molecular beam epitaxy, or MBE. ... The usage of AFM also spans many fields of research.... (Compound Semi-Conductor Foundation, Online "01) In the future, advancements that help cost-efficiency the compound semiconductor could be the viable option to replace the silicone semi-conductor in computers and microchips which will obviously revolutionize the industry. ...
