Heralded Single Photons For Efficient Interaction With Single Atoms
... In order to perform these tasks and protocols, we need the ability to initialize, manipulate, store and measure the quantum states of some quantum system for a physical implementation. In addition it is also essential to connect physical systems situated at different locations in order to build any ...
... In order to perform these tasks and protocols, we need the ability to initialize, manipulate, store and measure the quantum states of some quantum system for a physical implementation. In addition it is also essential to connect physical systems situated at different locations in order to build any ...
Resource Letter EM-1: Electromagnetic Momentum
... But the notion that fields carry momentum leads to several intriguing problems, some of which are not entirely resolved after more than a century of debate. (1) For a point charge q in an external field represented by the vector potential A, the electromagnetic momentum is qA. This suggests that A c ...
... But the notion that fields carry momentum leads to several intriguing problems, some of which are not entirely resolved after more than a century of debate. (1) For a point charge q in an external field represented by the vector potential A, the electromagnetic momentum is qA. This suggests that A c ...
electro-hydrodynamic (ehd) thruster analysis and optimization
... However, EHD propulsion technology remains popular among university students in physics and electrical engineering fields and independent researchers who make their experimental results and thruster construction guidelines available to the public to encourage further experimentation with EHD Thruste ...
... However, EHD propulsion technology remains popular among university students in physics and electrical engineering fields and independent researchers who make their experimental results and thruster construction guidelines available to the public to encourage further experimentation with EHD Thruste ...
LINAC-II_Note
... may increase the emittance. If the optical parameters of the linac vary, they change the betatron phase/amplitude and makes the mismatch of the Twiss parameters at relevant position along the linac. This results in such as the dispersion leakage which makes the position variation of the bunch or bun ...
... may increase the emittance. If the optical parameters of the linac vary, they change the betatron phase/amplitude and makes the mismatch of the Twiss parameters at relevant position along the linac. This results in such as the dispersion leakage which makes the position variation of the bunch or bun ...
Synchronization and Sensing with Steady State
... Raman lasing transitions between hyperfine ground states of a large ensemble of atoms. This sensor can operate in a continuous broadband or narrowband mode based on the evolution of the atomic coherence in the dark. I also discuss the fundamental sensitivity of this type of detector. In a second set ...
... Raman lasing transitions between hyperfine ground states of a large ensemble of atoms. This sensor can operate in a continuous broadband or narrowband mode based on the evolution of the atomic coherence in the dark. I also discuss the fundamental sensitivity of this type of detector. In a second set ...
Inferring periodic orbits from spectra of simply
... chemical or biological applications 关2–4兴 as well as billiard toy models for quantum chaos 关5,6兴. Towards fundamental and applied considerations, their spectrum is one of the main features. It was used, for instance, to experimentally recover some information about the refractive index 关7兴 or geomet ...
... chemical or biological applications 关2–4兴 as well as billiard toy models for quantum chaos 关5,6兴. Towards fundamental and applied considerations, their spectrum is one of the main features. It was used, for instance, to experimentally recover some information about the refractive index 关7兴 or geomet ...
2. Planar Resonators
... specific requirements for each application. Technological limitations must, however, be taken into account here. ...
... specific requirements for each application. Technological limitations must, however, be taken into account here. ...
First DNP Results from a ... 400 MHz and 260 GHz
... The DNP enhancement for this sample also has a very strong temperature dependence; the enhancement more than doubles with a temperature increase of 17 K. Heating increases the molecular motion and thereby reduces the correlation time, t. From the negative sign of the DNP enhancement, the dominant me ...
... The DNP enhancement for this sample also has a very strong temperature dependence; the enhancement more than doubles with a temperature increase of 17 K. Heating increases the molecular motion and thereby reduces the correlation time, t. From the negative sign of the DNP enhancement, the dominant me ...
US20050109879-QuantumImplosionVortexPropulsion
... converting quantum electrodynamic vacuum cavity fluctuations electromagnetic radiation energy to electrical and to a superconductive vortex implosion propulsion energy comprising; a first means for receiving incident primary electromagnetic radiation, said means for receiving and producing emitted s ...
... converting quantum electrodynamic vacuum cavity fluctuations electromagnetic radiation energy to electrical and to a superconductive vortex implosion propulsion energy comprising; a first means for receiving incident primary electromagnetic radiation, said means for receiving and producing emitted s ...
A Multiphysics Approach to Magnetron and Microwave Oven Design
... The magnetrons used in microwave ovens operate on the same frequency band as Wi-Fi equipment, and the radiation they release can interfere with the operation of wireless networks. This paper presents a multiphysics simulation of a magnetron using CST STUDIO SUITE®, with the aim of testing the electr ...
... The magnetrons used in microwave ovens operate on the same frequency band as Wi-Fi equipment, and the radiation they release can interfere with the operation of wireless networks. This paper presents a multiphysics simulation of a magnetron using CST STUDIO SUITE®, with the aim of testing the electr ...
A First Look at Anatomy
... cell is small, round, and flat, and designed to exchange respiratory gases quickly and effectively as it travels through the blood vessels. Groups of similar cells with a common function form the next stage in the hierarchy, the tissue level. Tissues are precise organizations of similar cells that p ...
... cell is small, round, and flat, and designed to exchange respiratory gases quickly and effectively as it travels through the blood vessels. Groups of similar cells with a common function form the next stage in the hierarchy, the tissue level. Tissues are precise organizations of similar cells that p ...
here - My Electric Engine
... significant research is going into alternative thruster technologies, some of which decouple the maximum thrust and efficiency from the propellant’s internal chemical energy by supplying energy to the propellant as needed. Of particular interest and potential is the electrically powered thruster, wh ...
... significant research is going into alternative thruster technologies, some of which decouple the maximum thrust and efficiency from the propellant’s internal chemical energy by supplying energy to the propellant as needed. Of particular interest and potential is the electrically powered thruster, wh ...
Active Modelocking of an Open-Cavity Helium
... The other class of modelocked lasers, called passively modelocked lasers, involve a device that modulates light without being driven. Passive modelocking usually implies the use of a ‘saturable absorber’: a substance that will absorb light up to a certain intensity, and transmit more intense light. ...
... The other class of modelocked lasers, called passively modelocked lasers, involve a device that modulates light without being driven. Passive modelocking usually implies the use of a ‘saturable absorber’: a substance that will absorb light up to a certain intensity, and transmit more intense light. ...
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... of the penetration depth (Dp), by large ore particles compared to small ore particles. Furthermore, the smaller a particle is, the larger the ratio (particle surface)/(particle volume) becomes, and, consequently, more microwave radiation is transferred to the gangue material from the mineral particl ...
... of the penetration depth (Dp), by large ore particles compared to small ore particles. Furthermore, the smaller a particle is, the larger the ratio (particle surface)/(particle volume) becomes, and, consequently, more microwave radiation is transferred to the gangue material from the mineral particl ...
Magnetic Trapping Apparatus and Frequency Stabilization of a Ring
... In this thesis, two experimental projects carried out in the field of ultracold quantum gases are presented. The first one deals with the construction of a magnetic trapping apparatus that is used to create Bose–Einstein Condensation (BEC). Magnetic traps are used to confine and compress neutral pre ...
... In this thesis, two experimental projects carried out in the field of ultracold quantum gases are presented. The first one deals with the construction of a magnetic trapping apparatus that is used to create Bose–Einstein Condensation (BEC). Magnetic traps are used to confine and compress neutral pre ...
LanZ_0112_eps(2).
... breaking of the system is continuous rather than discrete as in the standing-wave cavity. This collective determination of the antinodes in a ring cavity results in a shift of peak density position of the particles from the optical field minima in the cavity and thus the system cannot reach a time i ...
... breaking of the system is continuous rather than discrete as in the standing-wave cavity. This collective determination of the antinodes in a ring cavity results in a shift of peak density position of the particles from the optical field minima in the cavity and thus the system cannot reach a time i ...