Quantum Gravity as Sum over Spacetimes
... such that the correlator O(xn )O(ym ) falls off exponentially like e−m ph |xn −ym | for g0 → g0c when |xn − ym |, but not |n − m|, is kept fixed in the limit g0 → g0c . Thus we have created a picture where the underlying lattice spacing goes to zero while the physical mass (or the correlation leng ...
... such that the correlator O(xn )O(ym ) falls off exponentially like e−m ph |xn −ym | for g0 → g0c when |xn − ym |, but not |n − m|, is kept fixed in the limit g0 → g0c . Thus we have created a picture where the underlying lattice spacing goes to zero while the physical mass (or the correlation leng ...
Classical analogy of Fano resonances
... one symmetric at ω ≈ 1 and the other asymmetric at ω ≈ 1.21. The location of the resonant peaks corresponds to the real parts of the complex eigen-frequencies, ω̃1 and ω̃2 , which are determined from the vanishing condition of the denominator of equations (13) and (14). The imaginary part of the eig ...
... one symmetric at ω ≈ 1 and the other asymmetric at ω ≈ 1.21. The location of the resonant peaks corresponds to the real parts of the complex eigen-frequencies, ω̃1 and ω̃2 , which are determined from the vanishing condition of the denominator of equations (13) and (14). The imaginary part of the eig ...
The Structure Lacuna
... The point atom with mass mn is a remnant of the classically assumed ultimate philosophical limit to the subdivision of matter. It has been used in this form by Newton, Dalton, Mendeleév and others, until the end of the 19th century. Following Nagaoka, Rutherford and Bohr the concept of a structurel ...
... The point atom with mass mn is a remnant of the classically assumed ultimate philosophical limit to the subdivision of matter. It has been used in this form by Newton, Dalton, Mendeleév and others, until the end of the 19th century. Following Nagaoka, Rutherford and Bohr the concept of a structurel ...
Preparation of Papers in Two-Column Format for the
... International Conference on Inter Disciplinary Research in Engineering and Technology [ICIDRET] 147 Then the question that arises is that, if the traditional computer can do everything that a quantum computer can do, and then what lead to the evolution of the latter one. And the answer that follows ...
... International Conference on Inter Disciplinary Research in Engineering and Technology [ICIDRET] 147 Then the question that arises is that, if the traditional computer can do everything that a quantum computer can do, and then what lead to the evolution of the latter one. And the answer that follows ...
Chapter 10 Time-Varying Fields and Maxwell`s Equations
... TIME-VARYING FIELDS AND MAXWELL'S EQUATIONS ...
... TIME-VARYING FIELDS AND MAXWELL'S EQUATIONS ...
quantum field theory in curved spacetime
... All this is just as in conventional particle physics. The only trouble with it is: it's wrong_. It is not wrong in a technical mathematical sense. It simply provides a grossly inadequate founqation for the theory. Here are just some of the situations in which it fails: 1. There may be no Killing vec ...
... All this is just as in conventional particle physics. The only trouble with it is: it's wrong_. It is not wrong in a technical mathematical sense. It simply provides a grossly inadequate founqation for the theory. Here are just some of the situations in which it fails: 1. There may be no Killing vec ...
plasma wave reflection in slowly varying media
... where f\o is the equilibrium density for X < 0 . The equilibrium Tlasov equation requires that the equilibrium distribution depend only on £ • Eqs. (l) and (2) are solved by perturbation theory by considering the external potential A jf small. Hence we take ...
... where f\o is the equilibrium density for X < 0 . The equilibrium Tlasov equation requires that the equilibrium distribution depend only on £ • Eqs. (l) and (2) are solved by perturbation theory by considering the external potential A jf small. Hence we take ...
Seminar Report
... challenge, i.e. a number whose factors were secretly chosen by mathematicians in order to present a challenge to other mathematicians, had 129 digits. No one can even conceive of how one might factorize say thousand-digit numbers; the computation would take much more that the estimated age of the un ...
... challenge, i.e. a number whose factors were secretly chosen by mathematicians in order to present a challenge to other mathematicians, had 129 digits. No one can even conceive of how one might factorize say thousand-digit numbers; the computation would take much more that the estimated age of the un ...
Observation of the Higgs Boson - Purdue Physics
... “Equations of Motion” determine the “state” of a particle. The “state” determines the probability of an observation. Quantum mechanics + special relativity imply that particles can be created and destroyed which makes calculations awkward. July 27, 2012 ...
... “Equations of Motion” determine the “state” of a particle. The “state” determines the probability of an observation. Quantum mechanics + special relativity imply that particles can be created and destroyed which makes calculations awkward. July 27, 2012 ...
Ultracold chemistry and its reaction kinetics
... where EA represents the activation energy of the corresponding reaction. Microscopically this means the statistical fluctuations drive the reaction. This model of classical chemical reaction kinetics has been validated by its long term success in describing a wide range of astonishing phenomena from ...
... where EA represents the activation energy of the corresponding reaction. Microscopically this means the statistical fluctuations drive the reaction. This model of classical chemical reaction kinetics has been validated by its long term success in describing a wide range of astonishing phenomena from ...
