Nanoelectronics - the GMU ECE Department
... • Classical physics is to describe the exact state of a particle, how fast it will travel at a certain instant of time. • Quantum mechanics: it is impossible to measure precisely both the position and momentum of a particle, theoretically impossible. • Quantum theory is truly a probabilistic theory. ...
... • Classical physics is to describe the exact state of a particle, how fast it will travel at a certain instant of time. • Quantum mechanics: it is impossible to measure precisely both the position and momentum of a particle, theoretically impossible. • Quantum theory is truly a probabilistic theory. ...
Supercomputing in High Energy Physics
... • electroweak interaction only – Three generations of quarks (u,d,s,c,t,b) • electroweak and strong interactions • Standard Model predictions have been verified at the 10^-3 level up to energies of a few hundred GeV • Point-like nature of quarks and leptons tested up to TeV ...
... • electroweak interaction only – Three generations of quarks (u,d,s,c,t,b) • electroweak and strong interactions • Standard Model predictions have been verified at the 10^-3 level up to energies of a few hundred GeV • Point-like nature of quarks and leptons tested up to TeV ...
The Learnability of Quantum States
... ~2n bits to specify. But that fact seems to be “more about the map than the territory” Holevo’s Theorem (1973): By sending an n-qubit quantum state, Alice can transmit no more than n classical bits to Bob This talk: New limitations on the information content of quantum states [A. 2004], [A. 2006], [ ...
... ~2n bits to specify. But that fact seems to be “more about the map than the territory” Holevo’s Theorem (1973): By sending an n-qubit quantum state, Alice can transmit no more than n classical bits to Bob This talk: New limitations on the information content of quantum states [A. 2004], [A. 2006], [ ...
Transparancies for Feynman Graphs
... How likely that a particular initial state will transform to a specified final state ...
... How likely that a particular initial state will transform to a specified final state ...
powerpoint slides
... smaller. Soon they will be so small that they will be directly subject to quantum rules. This is both a problem and an opportunity. We will be looking at the opportunity. ...
... smaller. Soon they will be so small that they will be directly subject to quantum rules. This is both a problem and an opportunity. We will be looking at the opportunity. ...
Adventures with Superstrings
... all particle types are the same kind of string vibrating or rotating in different ways the spectrum and size of the string states is ...
... all particle types are the same kind of string vibrating or rotating in different ways the spectrum and size of the string states is ...
Gravity and Quantum Mechanics
... open and close the switch on the nanosecond time scale, a challenging feat in the 1800’s. • In order to probe quantum gravity, we need to reach the nano-nano-nano-nano-nano second time scale (the Planck time √ hG/c5-). ...
... open and close the switch on the nanosecond time scale, a challenging feat in the 1800’s. • In order to probe quantum gravity, we need to reach the nano-nano-nano-nano-nano second time scale (the Planck time √ hG/c5-). ...
Telos Audio Design Co., Ltd. is one of the distinguished audio
... The latest sound tuning device from Telos Audio Design, incorporating the 6 core technologies of Telos Audio Design. Mini Q was born based on the trickled down technical know-how from one of Telos‘ higher range products, QNR. The components were rearranged and optimized to produce an active phase c ...
... The latest sound tuning device from Telos Audio Design, incorporating the 6 core technologies of Telos Audio Design. Mini Q was born based on the trickled down technical know-how from one of Telos‘ higher range products, QNR. The components were rearranged and optimized to produce an active phase c ...