Quantum Monte Carlo study of a disordered 2D Josephson junction array
... at temperature T ¼ 0. The reason is that there is a second energy which becomes important in small grains, namely the charging energy of the grains [5]. The crucial physics is then determined by the competition between this charging energy and the Josephson coupling energy. If the charging energy is ...
... at temperature T ¼ 0. The reason is that there is a second energy which becomes important in small grains, namely the charging energy of the grains [5]. The crucial physics is then determined by the competition between this charging energy and the Josephson coupling energy. If the charging energy is ...
Whistler oscillitons revisited: the role of charge neutrality?
... arises between the weakly nonlinear results obtained from the derivative nonlinear Schrödinger equation, predicting envelope solitons (where the amplitude is stationary in the wave frame, but the phase is not), and recent results for whistler oscillitons, indicating that really stationary structure ...
... arises between the weakly nonlinear results obtained from the derivative nonlinear Schrödinger equation, predicting envelope solitons (where the amplitude is stationary in the wave frame, but the phase is not), and recent results for whistler oscillitons, indicating that really stationary structure ...
Module P4.4 Electromagnetic induction
... circuit. ☞ There will only be an induced current in response to the induced voltage if there is a complete circuit through which the current can flow1— 1but the induced voltage can exist even when the meter circuit is incomplete and there is no an induced current. In this sense, the induced voltage ...
... circuit. ☞ There will only be an induced current in response to the induced voltage if there is a complete circuit through which the current can flow1— 1but the induced voltage can exist even when the meter circuit is incomplete and there is no an induced current. In this sense, the induced voltage ...
Chapter 2 Motion of Charged Particles in Fields
... Figure 2.18: Suddenly turning on an electric field causes a shift of the gyrocenter in the direction of force. This is the polarization drift. Startup effect: When we ‘switch on’ an electric field the average position (gyro center) of an initially stationary particle shifts over by ∼ 12 the orbit size ...
... Figure 2.18: Suddenly turning on an electric field causes a shift of the gyrocenter in the direction of force. This is the polarization drift. Startup effect: When we ‘switch on’ an electric field the average position (gyro center) of an initially stationary particle shifts over by ∼ 12 the orbit size ...
Transmitted and reflected electrons and the collisionless shock front
... Electron heating and acceleration are the central problems of astrophysical shock physics since shock energized electrons are believed to be responsible for the electromagnetic emission from supernova remnants, gamma ray bursts, relativistic jets and others. This emission is the only evidence of the ...
... Electron heating and acceleration are the central problems of astrophysical shock physics since shock energized electrons are believed to be responsible for the electromagnetic emission from supernova remnants, gamma ray bursts, relativistic jets and others. This emission is the only evidence of the ...
Contents Syllabus
... FARADAY’S LAWS OF ELECTROMAGNETIC INDUCTION : (i) When magnetic flux passing through a loop changes with time or magnetic lines of force are cut by a conducting wire then an emf is produced in the loop or in that wire. This emf is called induced emf. If the circuit is closed then the current will be ...
... FARADAY’S LAWS OF ELECTROMAGNETIC INDUCTION : (i) When magnetic flux passing through a loop changes with time or magnetic lines of force are cut by a conducting wire then an emf is produced in the loop or in that wire. This emf is called induced emf. If the circuit is closed then the current will be ...
Solar wind electron interaction with the dayside lunar surface and... magnetic fields: Evidence for precursor effects
... with reflection by a downward parallel electric field. The second type of event, with an apparent upward-going conic (58% of observations), has a similar loss cone to the first, but with enhanced flux surrounding this loss cone. The flux enhancement consists of “wings” on the upwardgoing half of the ...
... with reflection by a downward parallel electric field. The second type of event, with an apparent upward-going conic (58% of observations), has a similar loss cone to the first, but with enhanced flux surrounding this loss cone. The flux enhancement consists of “wings” on the upwardgoing half of the ...
Quantum Optics - Assets - Cambridge University Press
... many of the ideas with typical applications. We make every possible attempt to indicate the experimental work if an idea has already been tested. Other applications are left as exercises which contain enough guidance so that the reader can easily work them out. Important references are given, althou ...
... many of the ideas with typical applications. We make every possible attempt to indicate the experimental work if an idea has already been tested. Other applications are left as exercises which contain enough guidance so that the reader can easily work them out. Important references are given, althou ...