Electric field-induced deformation of polydimethylsiloxane polymers
... In recent years, there have been several studies investigating the deformation of solids under the effect of an external electric field. Materials that deform under external electric field have potential for applications in actuation and sensing.1–3 For example, polymeric materials with embedded nan ...
... In recent years, there have been several studies investigating the deformation of solids under the effect of an external electric field. Materials that deform under external electric field have potential for applications in actuation and sensing.1–3 For example, polymeric materials with embedded nan ...
File
... that is down and to the right. The –Q charge has an E field up and to the left, but smaller in magnitude. Therefore, the total electric field is down and to the right. Follow-up: What if all three charges reversed their signs? ...
... that is down and to the right. The –Q charge has an E field up and to the left, but smaller in magnitude. Therefore, the total electric field is down and to the right. Follow-up: What if all three charges reversed their signs? ...
Incoherent pair background processes with full polarizations at the ILC
... Incoherent background pair production processes are studied with respect to full polarizations of all states. Real initial photon polarizations are obtained via a QED calculation of the beamstrahlung process. Virtual photon polarizations are related to the electric field of the colliding bunches at ...
... Incoherent background pair production processes are studied with respect to full polarizations of all states. Real initial photon polarizations are obtained via a QED calculation of the beamstrahlung process. Virtual photon polarizations are related to the electric field of the colliding bunches at ...
2D epitaxial superconductor-semiconductor
... peak at lowest out-of-plane Q values. It is fully strained with respect to the underlying InGaAs and InAlAs, which corresponds to compressive in-plane strain of xx =1.6(2)% (with a corresponding out-of plane strain of zz =1.1(2)%, consistent with reported values for Poisson’s ratio). The surface I ...
... peak at lowest out-of-plane Q values. It is fully strained with respect to the underlying InGaAs and InAlAs, which corresponds to compressive in-plane strain of xx =1.6(2)% (with a corresponding out-of plane strain of zz =1.1(2)%, consistent with reported values for Poisson’s ratio). The surface I ...
Quantum Computing - Turing Gateway
... Quantum measurement Reading a qubit: if we measure a|0>+b|1> we see 0 (resp. 1) with probability |a|2 (resp. |b|2 ) and state is destroyed! – very limiting! State after measurement is “collapsed” to |0> or |1> according to what was seen, and this collapse is unavoidable! More formally, any physical ...
... Quantum measurement Reading a qubit: if we measure a|0>+b|1> we see 0 (resp. 1) with probability |a|2 (resp. |b|2 ) and state is destroyed! – very limiting! State after measurement is “collapsed” to |0> or |1> according to what was seen, and this collapse is unavoidable! More formally, any physical ...
Presentation - Turing Gateway to Mathematics
... Quantum measurement Reading a qubit: if we measure a|0>+b|1> we see 0 (resp. 1) with probability |a|2 (resp. |b|2 ) and state is destroyed! – very limiting! State after measurement is “collapsed” to |0> or |1> according to what was seen, and this collapse is unavoidable! More formally, any physical ...
... Quantum measurement Reading a qubit: if we measure a|0>+b|1> we see 0 (resp. 1) with probability |a|2 (resp. |b|2 ) and state is destroyed! – very limiting! State after measurement is “collapsed” to |0> or |1> according to what was seen, and this collapse is unavoidable! More formally, any physical ...
Unit 21
... describe orbital and linear motions due to either electrical or gravitational interactions of the tiniest fundamental particles or the largest galaxies. [This statement needs to be qualified a bit when electrons, protons and other fundamental particles are considered. A new field called wave mechani ...
... describe orbital and linear motions due to either electrical or gravitational interactions of the tiniest fundamental particles or the largest galaxies. [This statement needs to be qualified a bit when electrons, protons and other fundamental particles are considered. A new field called wave mechani ...
Solitonic Effects of the Local Electromagnetic Field on
... this scenario, Tuszynski et al. (1995) developed a ferroelectric lattice model in which the direction of the vector representing the tubulin dimer dipole moment was assumed to depend on electron hopping. The energy barrier for the electron hopping was estimated to be 0.4 eV for intra-dimer hopping a ...
... this scenario, Tuszynski et al. (1995) developed a ferroelectric lattice model in which the direction of the vector representing the tubulin dimer dipole moment was assumed to depend on electron hopping. The energy barrier for the electron hopping was estimated to be 0.4 eV for intra-dimer hopping a ...
Quasi Particle Tunneling in the Fractional Quantum Hall Regime
... Many of the most fascinating quantum mechanical phenomenons are seen in many body systems, such as the ones found in nano sized semiconducting devices. In these systems the phenomenons can be probed by simple electrical measurements, without the need of multi billion dollar particle accelerators. Mo ...
... Many of the most fascinating quantum mechanical phenomenons are seen in many body systems, such as the ones found in nano sized semiconducting devices. In these systems the phenomenons can be probed by simple electrical measurements, without the need of multi billion dollar particle accelerators. Mo ...