Realization of a Cascaded Quantum System
... In the context of quantum communication and distributed quantum computing, the ability to faithfully transfer a quantum state from one node to another is of key importance [1]. In a direct transfer scheme, quantum information would, in principle, be transmitted between nodes using the consecutive em ...
... In the context of quantum communication and distributed quantum computing, the ability to faithfully transfer a quantum state from one node to another is of key importance [1]. In a direct transfer scheme, quantum information would, in principle, be transmitted between nodes using the consecutive em ...
The Fibonacci code behind super strings and P
... The preceding words of Kaku are of course symptomatic of what all critical minds write about super string theories, but we have chosen to quote M. Kaku verbatim because he is both a leading string theoretician as well as a gifted science writer [1,2]. Therefore his comments are as deep as they are s ...
... The preceding words of Kaku are of course symptomatic of what all critical minds write about super string theories, but we have chosen to quote M. Kaku verbatim because he is both a leading string theoretician as well as a gifted science writer [1,2]. Therefore his comments are as deep as they are s ...
Countermeasure against tailored bright illumination attack for DPS
... however, note that the security proof is based on certain assumptions on its physical implementation, such as the eavesdropper should have no access to Alice’s transmitter and Bob’s receiver, and their devices should operate as required by the protocol [4]. In practice, however, it is often the case ...
... however, note that the security proof is based on certain assumptions on its physical implementation, such as the eavesdropper should have no access to Alice’s transmitter and Bob’s receiver, and their devices should operate as required by the protocol [4]. In practice, however, it is often the case ...
The Electronic Spectra of Coordination Compounds
... For complexes with more than one electron in the 3d (and 4s) orbitals of the metal, electron interactions must be considered. The electrons are not independent of each other, and the orbital angular momenta (ml values) and the spin angular momenta (ms values) interact. ...
... For complexes with more than one electron in the 3d (and 4s) orbitals of the metal, electron interactions must be considered. The electrons are not independent of each other, and the orbital angular momenta (ml values) and the spin angular momenta (ms values) interact. ...
Quantum electrical transport in samples of limited
... regime of electron transport phenomena? Here are some important ones. ~1! The semiconducting materials ~primarily silicon and gallium arsenide! upon which the world of mesoscopic physics rests have several intrinsic properties which favor observation of quantum effects. Mobile electrons in these mat ...
... regime of electron transport phenomena? Here are some important ones. ~1! The semiconducting materials ~primarily silicon and gallium arsenide! upon which the world of mesoscopic physics rests have several intrinsic properties which favor observation of quantum effects. Mobile electrons in these mat ...
Document
... 31. Two identical metal plates are given the charges Q1 and Q2 (Q2 < Q1) respectively. If they are now brought close together to form a parallel plate capacitor with capacitance C then what is the potential difference between them? 32. Three charges Q, +q and +q are placed at the vertices of a right ...
... 31. Two identical metal plates are given the charges Q1 and Q2 (Q2 < Q1) respectively. If they are now brought close together to form a parallel plate capacitor with capacitance C then what is the potential difference between them? 32. Three charges Q, +q and +q are placed at the vertices of a right ...
An alternative quantization procedure for the Hydrogen atom
... to angular momentum but results from a so called intrinsic quantum of action h. This last is equally partitioned between the angular and translational (parallel to z) motion degrees of freedom so that motion is also quantified in the perpendicular direction to the classical plane of the Bohr Sommerf ...
... to angular momentum but results from a so called intrinsic quantum of action h. This last is equally partitioned between the angular and translational (parallel to z) motion degrees of freedom so that motion is also quantified in the perpendicular direction to the classical plane of the Bohr Sommerf ...
13 Classical and quantum statistics
... the equipartition law, which states that each ‘degree of freedom’ contributes (1/2) kT to the total kinetic energy. Next we will focus on the energetic distribution of electrons. The properties which have been derived in this section for atomic or molecular gases will be applied to free electrons of ...
... the equipartition law, which states that each ‘degree of freedom’ contributes (1/2) kT to the total kinetic energy. Next we will focus on the energetic distribution of electrons. The properties which have been derived in this section for atomic or molecular gases will be applied to free electrons of ...
Chapter 2 Bose-Einstein condensation
... Up to this point, we have said very little about the properties of the particles being scattered, and have in fact assumed implicitly that they are distinguishable. If the particles are indistinguishable bosons (fermions), the ψk must be (anti)symmetric under interchange of the coordinates of the tw ...
... Up to this point, we have said very little about the properties of the particles being scattered, and have in fact assumed implicitly that they are distinguishable. If the particles are indistinguishable bosons (fermions), the ψk must be (anti)symmetric under interchange of the coordinates of the tw ...
QUANTUM INFORMATION, COMPUTATION AND FUNDAMENTAL
... one can do with quantum information. On the other hand there are some limitations on quantum information too. Therefore, it is important to know what type of operations are allowed in quantum world and what are not. These limitations are sign posts on the progress road of quantum information. In fut ...
... one can do with quantum information. On the other hand there are some limitations on quantum information too. Therefore, it is important to know what type of operations are allowed in quantum world and what are not. These limitations are sign posts on the progress road of quantum information. In fut ...
Three-dimensional Child–Langmuir law for uniform hot electron
... mean-position correction factor, and g共r̄兲 measures the distance from the cathode, which are g共r̄兲 = r̄ − R1 and g共r̄兲 = 1 + R1 − r̄ for divergent flows and convergent flows, respectively. Here, R1 = r1 / D is the normalized inner radius, ⌫ = r2 / r1 ⬎ 1 is the aspect ratio between the outer radius ...
... mean-position correction factor, and g共r̄兲 measures the distance from the cathode, which are g共r̄兲 = r̄ − R1 and g共r̄兲 = 1 + R1 − r̄ for divergent flows and convergent flows, respectively. Here, R1 = r1 / D is the normalized inner radius, ⌫ = r2 / r1 ⬎ 1 is the aspect ratio between the outer radius ...
Notes for Quarter I
... good and bad ways. Too much exposure to UV light can cause sunburn, skin cancer, wrinkles, and eye damage. On the positive side, small amounts of UV light are essential for skin cells to obtain vitamin D. X-rays: These EM waves have wavelengths between 0.001 nm and 60 nm. They can pass through many ...
... good and bad ways. Too much exposure to UV light can cause sunburn, skin cancer, wrinkles, and eye damage. On the positive side, small amounts of UV light are essential for skin cells to obtain vitamin D. X-rays: These EM waves have wavelengths between 0.001 nm and 60 nm. They can pass through many ...
L30
... excited states. Absorption of radiation promotes electrons in chemical bonds to be excited. However, we have seen earlier that not all transitions have the same probability and while certain transitions are practically very important, others are seldom used and are of either no or marginal importanc ...
... excited states. Absorption of radiation promotes electrons in chemical bonds to be excited. However, we have seen earlier that not all transitions have the same probability and while certain transitions are practically very important, others are seldom used and are of either no or marginal importanc ...
Ans - WordPress.com
... Ans: To explain the experimentally distribution of energy in the spectrum of black body, planck suggested that the energy of oscillating electrons is taken as discrete rather than continuous. 69. What is meant by Compton effect. Ans: When a monochromatic beam of high frequency radiation ( X-rays, - ...
... Ans: To explain the experimentally distribution of energy in the spectrum of black body, planck suggested that the energy of oscillating electrons is taken as discrete rather than continuous. 69. What is meant by Compton effect. Ans: When a monochromatic beam of high frequency radiation ( X-rays, - ...