Bose-Einstein condensation of excitons and cold atoms OECS13
... An indirect exciton is a bound pair of an electron and a hole confined in spatially separated semiconductor layers. Long lifetimes of indirect excitons allow them to cool down to low temperatures below the temperature of quantum degeneracy. In coherent exciton gases the spin relaxation mechanisms li ...
... An indirect exciton is a bound pair of an electron and a hole confined in spatially separated semiconductor layers. Long lifetimes of indirect excitons allow them to cool down to low temperatures below the temperature of quantum degeneracy. In coherent exciton gases the spin relaxation mechanisms li ...
- Europhysics News
... events between an insulation “off-state” and a quantized conducting “on-state” (at 1 G 0 ), where the quantum conductance (red curves) of the switch is controlled by the gate potential (blue curves), as commonly observed in transistors. As calculations have shown [10], for atomic-scale silver contac ...
... events between an insulation “off-state” and a quantized conducting “on-state” (at 1 G 0 ), where the quantum conductance (red curves) of the switch is controlled by the gate potential (blue curves), as commonly observed in transistors. As calculations have shown [10], for atomic-scale silver contac ...
Semiclassical theory of helium atom
... the helium atom have been computed quantum mechanically by numerically solving the Schrödinger equation for the two-electron Hamiltonian of helium. To that end, besides the orbital dynamics, the spin degree of freedom of the two electrons has to be considered. The electron spins can be paired antipa ...
... the helium atom have been computed quantum mechanically by numerically solving the Schrödinger equation for the two-electron Hamiltonian of helium. To that end, besides the orbital dynamics, the spin degree of freedom of the two electrons has to be considered. The electron spins can be paired antipa ...
Chapter 8, Lecture 1
... Nuclear Physics and Quantum Mechanics: Neutron Stars At the end of their lives, nucleosynthesis in stars stops and the stars collapse to white dwarfs. In white dwarfs, the gravitational force is balanced by “electron degeneracy”. [According to the Pauli-exclusion principle, no two electrons (fermion ...
... Nuclear Physics and Quantum Mechanics: Neutron Stars At the end of their lives, nucleosynthesis in stars stops and the stars collapse to white dwarfs. In white dwarfs, the gravitational force is balanced by “electron degeneracy”. [According to the Pauli-exclusion principle, no two electrons (fermion ...
Particle Statistics Affects Quantum Decay and Fano Interference
... multipath decay channels can lead to Fano interference and asymmetric line shapes (Fano resonances [4,5]). Fano’s model [4,5] is a landmark in modern physics. First developed to explain the behavior of electrons scattered by excited atoms [4], it was later adopted to explain phenomena in a number of ...
... multipath decay channels can lead to Fano interference and asymmetric line shapes (Fano resonances [4,5]). Fano’s model [4,5] is a landmark in modern physics. First developed to explain the behavior of electrons scattered by excited atoms [4], it was later adopted to explain phenomena in a number of ...
Quantum dynamics of cold trapped ions with application to quantum
... A quantum computer is a device in which data can be stored in a network of quantum mechanical two-level systems, such as spin-1/2 particles or two-level atoms. The quantum mechanical nature of such systems allows the possibility of a powerful new feature to be incorporated into data processing, name ...
... A quantum computer is a device in which data can be stored in a network of quantum mechanical two-level systems, such as spin-1/2 particles or two-level atoms. The quantum mechanical nature of such systems allows the possibility of a powerful new feature to be incorporated into data processing, name ...
Coherent, Squeezed, and Thermal State of Harmonic Oscillator with
... With the jump on these trends, we are motivated to study the many-sided quantum properties in coherent state, in squeezed state, and in thermal state as well as in number state for the time-dependent harmonic oscillator. To do this, we consider damped harmonic oscillator with exponentially decreasin ...
... With the jump on these trends, we are motivated to study the many-sided quantum properties in coherent state, in squeezed state, and in thermal state as well as in number state for the time-dependent harmonic oscillator. To do this, we consider damped harmonic oscillator with exponentially decreasin ...
Chapter 21 - Interactive Learning Toolkit
... How is the electrical interaction related to other kinds of interactions? (demo: strength of the electrical interaction) • In what forms does charge exist? (later) • What interactions involve charge? and what are their characteristics? (next) ...
... How is the electrical interaction related to other kinds of interactions? (demo: strength of the electrical interaction) • In what forms does charge exist? (later) • What interactions involve charge? and what are their characteristics? (next) ...
25 Years of Quantum Hall Effect (QHE) A Personal
... The most important equation in connection with the quantized Hall resistance, the equation UH = h/e2 ·I, is written down for the first time in my notebook with the date 4.2.1980. A copy of this page is reproduced in Fig. 3. The validity and the experimental confirmation of this fundamental equation ...
... The most important equation in connection with the quantized Hall resistance, the equation UH = h/e2 ·I, is written down for the first time in my notebook with the date 4.2.1980. A copy of this page is reproduced in Fig. 3. The validity and the experimental confirmation of this fundamental equation ...
Finding a Better-than-Classical Quantum AND/OR Algorithm using
... In previous work we described the evolution of quantum algorithms by means of standard, tree-based genetic programming, by means of stack-based linear genome genetic programming, and by means of stackless linear genome genetic programming [16, 17]. We started with the most conventional genetic progr ...
... In previous work we described the evolution of quantum algorithms by means of standard, tree-based genetic programming, by means of stack-based linear genome genetic programming, and by means of stackless linear genome genetic programming [16, 17]. We started with the most conventional genetic progr ...
![If I bring a charged rod to a leaf electrometer: A] nothing will happen](http://s1.studyres.com/store/data/008769966_2-a075434b174735c9950b41e5a4523a29-300x300.png)
If I bring a charged rod to a leaf electrometer: A] nothing will happen
... The negative charge on the inner surface will be concentrated close to the positive charge. (The E field next to the surface is stronger there !) If there is +9Q of charge on the outer surface, will the charge density on the outer surface be uniform? ...
... The negative charge on the inner surface will be concentrated close to the positive charge. (The E field next to the surface is stronger there !) If there is +9Q of charge on the outer surface, will the charge density on the outer surface be uniform? ...
Long Distance, Unconditional Teleportation of Atomic States V 87, N
... quantum network [1]. A method is developed for creating entanglement between two distant atoms using entangled photons. These atoms can exchange quantum information by the process of teleportation [2]. Quantum information processing needs only to be performed locally. The scheme should allow reliabl ...
... quantum network [1]. A method is developed for creating entanglement between two distant atoms using entangled photons. These atoms can exchange quantum information by the process of teleportation [2]. Quantum information processing needs only to be performed locally. The scheme should allow reliabl ...