Take a Ride on a Time Machine* - Philsci
... the data on Σ so that something that can reasonably be called time machine goes into operation. And whatever the details, the time machine is supposed to be confined to a finite region of space and to operate for a finite amount of time. Putting together these desiderata, we are led to the requireme ...
... the data on Σ so that something that can reasonably be called time machine goes into operation. And whatever the details, the time machine is supposed to be confined to a finite region of space and to operate for a finite amount of time. Putting together these desiderata, we are led to the requireme ...
Nonradiative electron and energy transfer. Explicit
... The memory kernel in the last equation is, at least, a second-order one in the interstate coupling. Consequently, if we restrict the kinetic rates just to the second-order in the interstate coupling, we can immediately perform the Markovian approximation because deviations from it would just affect ...
... The memory kernel in the last equation is, at least, a second-order one in the interstate coupling. Consequently, if we restrict the kinetic rates just to the second-order in the interstate coupling, we can immediately perform the Markovian approximation because deviations from it would just affect ...
RASHBA SPIN-ORBIT INTERACTION IN MESOSCOPIC SYSTEMS Frank Erik Meijer
... has made III-V semiconductors ideal candidates for ultra-fast electronics. To date there exist, for example, already InGaAs-based transistors operating at 560 GHz, although they are (still) more expensive than their Si-based counterpart. In addition to their superior performance in high-speed, low-p ...
... has made III-V semiconductors ideal candidates for ultra-fast electronics. To date there exist, for example, already InGaAs-based transistors operating at 560 GHz, although they are (still) more expensive than their Si-based counterpart. In addition to their superior performance in high-speed, low-p ...
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... of the classical instructions within them, in order to remove high-level abstractions and obtain sub-circuits that clearly specify the sequence of gate operations and qubits which are acted upon. This amounts to flattening the program on a per-module basis, and is required for correct scheduling and ...
... of the classical instructions within them, in order to remove high-level abstractions and obtain sub-circuits that clearly specify the sequence of gate operations and qubits which are acted upon. This amounts to flattening the program on a per-module basis, and is required for correct scheduling and ...
Photoemission studies of quantum well states in thin films
... convenient platform for experimenting with many-body effects. This paper will focus on quantum well effects in thin ®lms. A simple beginner's model for electronic motion perpendicular to the ®lm surface is that of a free electron con®ned in a one-dimensional box. Although this is a very crude model, ...
... convenient platform for experimenting with many-body effects. This paper will focus on quantum well effects in thin ®lms. A simple beginner's model for electronic motion perpendicular to the ®lm surface is that of a free electron con®ned in a one-dimensional box. Although this is a very crude model, ...
Resource Letter SPE-1: Single-Photon Experiments in the Undergraduate Laboratory
... is not what students do, but what they are prompted to ponder. We aim for students to say to one another: “Did we just measure that?” This is likely what those who originally performed the landmark experiments thought. The technology uses light—a source of pairs of photons— through the process known ...
... is not what students do, but what they are prompted to ponder. We aim for students to say to one another: “Did we just measure that?” This is likely what those who originally performed the landmark experiments thought. The technology uses light—a source of pairs of photons— through the process known ...
Quantum Copy-Protection and Quantum Money
... 1 Formally, of course, we would want a scheme that worked for a whole family of f ’s. ...
... 1 Formally, of course, we would want a scheme that worked for a whole family of f ’s. ...
Detecting a many-body mobility edge with quantum
... Ising model in a transverse field [19], among others. These models have the common feature that, when not protected from disorder by an energy gap, the ground state is localized for any arbitrary disorder strength – namely it displays correlations exponentially decaying over a finite localization le ...
... Ising model in a transverse field [19], among others. These models have the common feature that, when not protected from disorder by an energy gap, the ground state is localized for any arbitrary disorder strength – namely it displays correlations exponentially decaying over a finite localization le ...
