Credit Units
... Student Learning Outcomes: After learning this course, the students will be able to demonstrate knowledge of techniques of tackling problems in classical mechanics and provides a recent intricate theories of quantum mechanics, modern physics at an advanced level, which is also apply for research wor ...
... Student Learning Outcomes: After learning this course, the students will be able to demonstrate knowledge of techniques of tackling problems in classical mechanics and provides a recent intricate theories of quantum mechanics, modern physics at an advanced level, which is also apply for research wor ...
Quantum gravity
... charged particle in Schwarzschild field. DeWitt's interaction force and its interpretation. Link between charged particle motion in Schwarzschild field and motion of neutral particle of the same mass in effective Reissner-Nordstrom field. Bending of charged particle worldline from geodesic in Schwar ...
... charged particle in Schwarzschild field. DeWitt's interaction force and its interpretation. Link between charged particle motion in Schwarzschild field and motion of neutral particle of the same mass in effective Reissner-Nordstrom field. Bending of charged particle worldline from geodesic in Schwar ...
B.3 Time dependent quantum mechanics
... to be compared with eq. 2. Such pairs of coupled differential equations for two functions, one having a (-) sign, the other a (+) sign, are called symplectic, or ‘area preserving.’ Classically this means an area xp is mapped into an equal area in phase space at a later time. Quantum mechanically i ...
... to be compared with eq. 2. Such pairs of coupled differential equations for two functions, one having a (-) sign, the other a (+) sign, are called symplectic, or ‘area preserving.’ Classically this means an area xp is mapped into an equal area in phase space at a later time. Quantum mechanically i ...
Brief introduction to quantum mechanics
... Solution requires: -Normalization of the wave function according ...
... Solution requires: -Normalization of the wave function according ...
Geometry, Physics, and Representation Theory Traces of intertwiners for quantum affine and
... Felder-Varchenko functions Abstract. This talk concerns two approaches for studying a family of special functions occurring in the study of the q-Knizhnik-Zamolodchikov-Bernard (q-KZB) equation. The philosophy of KZ-type equations predicts that it admits solutions via (1) traces of intertwining oper ...
... Felder-Varchenko functions Abstract. This talk concerns two approaches for studying a family of special functions occurring in the study of the q-Knizhnik-Zamolodchikov-Bernard (q-KZB) equation. The philosophy of KZ-type equations predicts that it admits solutions via (1) traces of intertwining oper ...
422ii01
... interference to measure very small magnetic fields. The SQUID can be conceptualized in the following way. A “beam” of electrons is split and travels along upper and a lower superconductor wires that enclose an area in which the change in magnetic flux is to be detected. The “beams” come together aga ...
... interference to measure very small magnetic fields. The SQUID can be conceptualized in the following way. A “beam” of electrons is split and travels along upper and a lower superconductor wires that enclose an area in which the change in magnetic flux is to be detected. The “beams” come together aga ...
Lecture 1
... Davisson-Germer experiment. In this experiment a beam of electrons is incident on a crystal; the reflected electrons show a diffraction pattern similar to that observed when x-rays are made to be reflected from a crystal. Independently Louis de Broglie applied the particle-wave duality of radiation ...
... Davisson-Germer experiment. In this experiment a beam of electrons is incident on a crystal; the reflected electrons show a diffraction pattern similar to that observed when x-rays are made to be reflected from a crystal. Independently Louis de Broglie applied the particle-wave duality of radiation ...
Quantum Mechanics
... Alternatively consider the role of the reservoir Etotal – Ei = energy of reservoir Consider an ensemble of such systems with different Ei We wish to calculate pi = p (Ei) of the system no. of ways in which the reservoir can accommodate energy Ei ...
... Alternatively consider the role of the reservoir Etotal – Ei = energy of reservoir Consider an ensemble of such systems with different Ei We wish to calculate pi = p (Ei) of the system no. of ways in which the reservoir can accommodate energy Ei ...
INTRODUCTION TO MECHANICS Introduction On the face of it
... the action allows us to describe the dynamics of a classical particle in a different manner in which the above example becomes very easy. 1.2. States, Observables, Measurement, and Dynamics. We begin with a question: given a path x(t) in Rn , how much information do we need to specify the motion of ...
... the action allows us to describe the dynamics of a classical particle in a different manner in which the above example becomes very easy. 1.2. States, Observables, Measurement, and Dynamics. We begin with a question: given a path x(t) in Rn , how much information do we need to specify the motion of ...
Open Questions in Physics
... The interaction between the particles have to be included to treat collisions between point particles. The laws of classical mechanics alone are not sufficient. ...
... The interaction between the particles have to be included to treat collisions between point particles. The laws of classical mechanics alone are not sufficient. ...
