Magnetic fields and the variable wind of the β Ori early-type supergiant
... 8 M⊙ , where M⊙ is the solar mass. Such stars begin their main sequence (hydrogenburning) lives with a spectral type of O or B, with effective temperatures Teff ranging from 25, 000 − 50, 000 K, significantly hotter than the solar value of Teff ≃ 5780 K. Their high temperatures cause their spectral ...
... 8 M⊙ , where M⊙ is the solar mass. Such stars begin their main sequence (hydrogenburning) lives with a spectral type of O or B, with effective temperatures Teff ranging from 25, 000 − 50, 000 K, significantly hotter than the solar value of Teff ≃ 5780 K. Their high temperatures cause their spectral ...
Planck Mass Plasma Vacuum Conjecture
... As before, ψ−† ψ− can be treated as a c-number with regard to the operators ψ +† , ψ+ and vice versa. In these terms ψ−† ψ− (resp. ψ+† ψ+ ) acts like an external potential. It is well known that for a nonrelativistic field theory without interaction, but in the presence of an external potential the ...
... As before, ψ−† ψ− can be treated as a c-number with regard to the operators ψ +† , ψ+ and vice versa. In these terms ψ−† ψ− (resp. ψ+† ψ+ ) acts like an external potential. It is well known that for a nonrelativistic field theory without interaction, but in the presence of an external potential the ...
Contents
... It is found that the classical value of Lorentz number is only one half of the experimental value (2.44 × 10–8 WK–2). The discrepancy of L value is the failure of the classical theory (Experimental and Theoretical). This can be rectified by quantum theory. 1.8.2 By Quantum theory By Quantum theory ...
... It is found that the classical value of Lorentz number is only one half of the experimental value (2.44 × 10–8 WK–2). The discrepancy of L value is the failure of the classical theory (Experimental and Theoretical). This can be rectified by quantum theory. 1.8.2 By Quantum theory By Quantum theory ...
Recurrence spectroscopy of atoms in electric fields: Failure of classical
... this quantity determines the phase of the returning semiclassical waves. The ‘‘effective Planck constant’’ is defined as \ˆ 5F 1/4 in atomic units. Thus \ˆ can be changed at fixed e simply by varying the electric field range measured in the experiment. Smaller F at fixed e implies higher principal q ...
... this quantity determines the phase of the returning semiclassical waves. The ‘‘effective Planck constant’’ is defined as \ˆ 5F 1/4 in atomic units. Thus \ˆ can be changed at fixed e simply by varying the electric field range measured in the experiment. Smaller F at fixed e implies higher principal q ...
QB abstracts compiled 160613
... Certification of quantum teleportation for all entangled states Daniel Cavalcanti, Institute of Photonic Sciences, [email protected] Quantum teleportation is one the cornerstones of quantum information science, serving as a primitive in several quantum information tasks. It has become a testbed ...
... Certification of quantum teleportation for all entangled states Daniel Cavalcanti, Institute of Photonic Sciences, [email protected] Quantum teleportation is one the cornerstones of quantum information science, serving as a primitive in several quantum information tasks. It has become a testbed ...
Zahn, M., Y. Ohki, K. Rhoads, M. LaGasse, and H. Matsuzawa, Electro- optic Charge Injection and Transport Measurements in Highly Purified Water and Water/Ethylene Glycol Mixtures, IEEE Transactions on Electrical Insulation UEI-20U, 199-211, April 1985
... laser at 633 nm wavelength was aimed down the center of a stainless steel parallel electrode geometry system with a 1P21 photomultiplier tube (PMT) as a detector. When a HV pulse with about 50 us risetime was applied, the PMT output went through a series of maxima and minima related by the integer n ...
... laser at 633 nm wavelength was aimed down the center of a stainless steel parallel electrode geometry system with a 1P21 photomultiplier tube (PMT) as a detector. When a HV pulse with about 50 us risetime was applied, the PMT output went through a series of maxima and minima related by the integer n ...
Field around CCl4
... In the potential functions developed previously for HCl, the third interaction points were placed on the H–Cl bond28 or on the line extended from this bond,29,30 and a negative charge is assigned to the point in the middle and positive charges to the other two points, to get good agreement in the mo ...
... In the potential functions developed previously for HCl, the third interaction points were placed on the H–Cl bond28 or on the line extended from this bond,29,30 and a negative charge is assigned to the point in the middle and positive charges to the other two points, to get good agreement in the mo ...
CBSE-SAMPLE PAPER 1 -2011 -Class XII
... Question 13. In the figure, the straight wire AB is fixed while the loop is free to move under the influence of the electric currents flowing in them. In which direction does the loop begin to move? Give reason for your answer. (2 marks) Question 14. A radio frequency choke is air-cored coil wherea ...
... Question 13. In the figure, the straight wire AB is fixed while the loop is free to move under the influence of the electric currents flowing in them. In which direction does the loop begin to move? Give reason for your answer. (2 marks) Question 14. A radio frequency choke is air-cored coil wherea ...
Magnetic Fields and Forces
... closed curves. If we consider the field lines continuing inside a magnet, however, we find that these lines also form complete closed curves, as shown in FIGURE 24.9 . In this and the next section, we’ll explore in some detail the magnetic fields created by currents; later, we’ll look again at field ...
... closed curves. If we consider the field lines continuing inside a magnet, however, we find that these lines also form complete closed curves, as shown in FIGURE 24.9 . In this and the next section, we’ll explore in some detail the magnetic fields created by currents; later, we’ll look again at field ...
thesis
... state of fermions is obtained by anti-symmetrising the tensor product of single-particle wave functions, while for bosons the wave function is symmetrised. This procedure long stood as a corner stone of quantum mechanics and is still procedure in many applications. But one may object that in a quant ...
... state of fermions is obtained by anti-symmetrising the tensor product of single-particle wave functions, while for bosons the wave function is symmetrised. This procedure long stood as a corner stone of quantum mechanics and is still procedure in many applications. But one may object that in a quant ...
- Nottingham ePrints
... We are operating in the classical regime, in that we observe quadrature variances that are several orders of magnitude larger than those in the quantum ground state. Therefore, we may estimate the particle’s momentum by simply taking the time differential of the position measurement. In passing we n ...
... We are operating in the classical regime, in that we observe quadrature variances that are several orders of magnitude larger than those in the quantum ground state. Therefore, we may estimate the particle’s momentum by simply taking the time differential of the position measurement. In passing we n ...
McIntyre, M.E., 2102. Potential Vorticity. From the
... much less accurate formulae for the material invariants possessed by certain approximate balanced models, such as quasigeostrophic theory and semigeostrophic theory. Their material invariants are also called potential vorticities but are defined by formulae that differ substantially from (3) and (4) ...
... much less accurate formulae for the material invariants possessed by certain approximate balanced models, such as quasigeostrophic theory and semigeostrophic theory. Their material invariants are also called potential vorticities but are defined by formulae that differ substantially from (3) and (4) ...