Stabilization of Rock Salt ZnO Nanocrystals by Low
... Bulk Energies of Rock Salt and Wurtzite MgxZn1−xO phases. The wurtzite crystal structure has a hexagonal lattice, whereas the conventional unit cells of the rock salt and zinc blende (ZB) crystal structures are cubic. In DFT calculations, comparing results obtained with different lattices can introdu ...
... Bulk Energies of Rock Salt and Wurtzite MgxZn1−xO phases. The wurtzite crystal structure has a hexagonal lattice, whereas the conventional unit cells of the rock salt and zinc blende (ZB) crystal structures are cubic. In DFT calculations, comparing results obtained with different lattices can introdu ...
Theoretical study of open-shell van der Waals complexes Anna V. Fishchuk
... reaction H + H2 → H2 + H [14–22]. This choice was dictated by the fact that it is the most primitive triatomic system, formed from three hydrogen atoms. Hydrogen is the only atom with a known exact analytical expression for its wave function, which was used to construct a basis set representing the ...
... reaction H + H2 → H2 + H [14–22]. This choice was dictated by the fact that it is the most primitive triatomic system, formed from three hydrogen atoms. Hydrogen is the only atom with a known exact analytical expression for its wave function, which was used to construct a basis set representing the ...
oxford chemistry primers
... course given to second-year undergraduates at Oxford University. The topic is important for several reasons. Spectroscopy provides a direct and accurate method for the determination of the structure of molecules, their dissociation energies, and ionization potentials. A knowledge of the rotational, ...
... course given to second-year undergraduates at Oxford University. The topic is important for several reasons. Spectroscopy provides a direct and accurate method for the determination of the structure of molecules, their dissociation energies, and ionization potentials. A knowledge of the rotational, ...
Theoretical Study of Tautomeric Forms of Uracil and Their
... each strand - base pairing and by stacking interactions between the base pairs. Hydrophilic and hydrophobic interactions are also important for the structure and stability of DNA. Charged and highly polar phosphate-deoxyribose chain is exposed to the solvent while less polar nitrogenous bases are he ...
... each strand - base pairing and by stacking interactions between the base pairs. Hydrophilic and hydrophobic interactions are also important for the structure and stability of DNA. Charged and highly polar phosphate-deoxyribose chain is exposed to the solvent while less polar nitrogenous bases are he ...
Single component and binary mixtures of BECs in double
... If the system is fully condensed, then the eigenvalues are 1 and 0. The eigenvector corresponding to 1 is, Departure from 0,1 indicates the system is fragmented B. Juliá-Díaz, Trobades Científiques de la Mediterrània, Menorca, 2010 ...
... If the system is fully condensed, then the eigenvalues are 1 and 0. The eigenvector corresponding to 1 is, Departure from 0,1 indicates the system is fragmented B. Juliá-Díaz, Trobades Científiques de la Mediterrània, Menorca, 2010 ...
pdf
... feature of the Gaussian wave packet is that it gives an exact solution to the Schrödinger equation with quadratic potentials, given that the parameters governing the dynamics of the wave packet follow a set of ordinary differential equations (ODEs) that is essentially Hamilton’s equations of classi ...
... feature of the Gaussian wave packet is that it gives an exact solution to the Schrödinger equation with quadratic potentials, given that the parameters governing the dynamics of the wave packet follow a set of ordinary differential equations (ODEs) that is essentially Hamilton’s equations of classi ...
Atomic Physics Division Fachverband - DPG
... Mixtures of trapped atoms and ions form exciting new systems enabling the study of quantum chemistry, ultracold collisions and polaronic physics. Possible applications include sympathetic cooling of ions, ion-assisted detection of atoms and quantum simulation. In the ultracold regime the quantum dyn ...
... Mixtures of trapped atoms and ions form exciting new systems enabling the study of quantum chemistry, ultracold collisions and polaronic physics. Possible applications include sympathetic cooling of ions, ion-assisted detection of atoms and quantum simulation. In the ultracold regime the quantum dyn ...
Chaotic ionization of a highly excited hydrogen atom
... Besides many systems, Rydberg atoms and wave packets have been particularly useful in studying how classically chaotic dynamics is manifested in their quantum-mechanical counterparts. This is because Rydberg atoms provide a real non-separable physical system with just a few degrees of freedom whose ...
... Besides many systems, Rydberg atoms and wave packets have been particularly useful in studying how classically chaotic dynamics is manifested in their quantum-mechanical counterparts. This is because Rydberg atoms provide a real non-separable physical system with just a few degrees of freedom whose ...
Title First Name Last
... (LFQ) of constrained dynamical systems. Study of canonical structure, constrained dynamics, operator solutions and Hamiltonian, path Integral and BRST quantization of field theories, string theories and D-brane actions using the Dirac's relativistic IF and LF dynamics and construction and quantizati ...
... (LFQ) of constrained dynamical systems. Study of canonical structure, constrained dynamics, operator solutions and Hamiltonian, path Integral and BRST quantization of field theories, string theories and D-brane actions using the Dirac's relativistic IF and LF dynamics and construction and quantizati ...
Chiral Tunnelling in a Twisted Graphene Bilayer
... a potential barrier U(x), which has a rectangular shape with width of D and height of E + ΔU (here E is the incident energy of the electron, ΔU is the energy difference between the potential barrier and the incident energy, and ΔU > 0 in our calculation). The potential barrier is infinite along the ...
... a potential barrier U(x), which has a rectangular shape with width of D and height of E + ΔU (here E is the incident energy of the electron, ΔU is the energy difference between the potential barrier and the incident energy, and ΔU > 0 in our calculation). The potential barrier is infinite along the ...
Quantum Chaos, Transport, and Decoherence in Atom
... the Ti:sapphire laser, he would set a new record for its output power. His deftness in handling the laser was a crucial factor in enabling these experiments. Valery is also an imaginative and intelligent problem solver, and I have enjoyed many physics discussions with him. I would also like to ackno ...
... the Ti:sapphire laser, he would set a new record for its output power. His deftness in handling the laser was a crucial factor in enabling these experiments. Valery is also an imaginative and intelligent problem solver, and I have enjoyed many physics discussions with him. I would also like to ackno ...
Abstract book
... P38. Adiabatic elimination of a qubit transducer from stochastic quantum dynamics. Quantum jumps monitoring in optomechanical system Denis Vasilyev, University of York, UK P39. Rydberg atoms in time-varying electric fields: sensing electrical noise and monitoring many-body interactions Valentina Zhe ...
... P38. Adiabatic elimination of a qubit transducer from stochastic quantum dynamics. Quantum jumps monitoring in optomechanical system Denis Vasilyev, University of York, UK P39. Rydberg atoms in time-varying electric fields: sensing electrical noise and monitoring many-body interactions Valentina Zhe ...
Superconducting Qubits and the Physics of Josephson Junctions
... is thus needed so that nonideal behavior can be more readily identified, understood, and eliminated. Although we will not discuss specific imperfections of junctions in this paper, we want to describe a clear and precise model of the Josephson junction that can give an intuitive understanding of the ...
... is thus needed so that nonideal behavior can be more readily identified, understood, and eliminated. Although we will not discuss specific imperfections of junctions in this paper, we want to describe a clear and precise model of the Josephson junction that can give an intuitive understanding of the ...
Spin filtering and entanglement detection due to spin-orbit interaction
... triplet states. This investigation is an extension of previous work on semiconductor cross-junctions,23,58 in which also SOI effects59–61 were investigated. Due to the different band structure of CNTs and SOI effects, our results are quite different, and a comparison will be made accordingly below. ...
... triplet states. This investigation is an extension of previous work on semiconductor cross-junctions,23,58 in which also SOI effects59–61 were investigated. Due to the different band structure of CNTs and SOI effects, our results are quite different, and a comparison will be made accordingly below. ...
Thermopower of atomic-size metallic contacts
... While breaking the contact by increasing the piezovoltage, the usual plateaus in the conductance are observed [1,2,4,8]. When heating one side of the contact we observe steps in the thermopower which occur simultaneously with conductance jumps from one plateau to the next. Each measured curve produc ...
... While breaking the contact by increasing the piezovoltage, the usual plateaus in the conductance are observed [1,2,4,8]. When heating one side of the contact we observe steps in the thermopower which occur simultaneously with conductance jumps from one plateau to the next. Each measured curve produc ...
1/2
... Only some values of the energy are available : a discrete number of states Nucleons are fermions : Two nucleons can not occupy the same quantum state : the Pauli principle ...
... Only some values of the energy are available : a discrete number of states Nucleons are fermions : Two nucleons can not occupy the same quantum state : the Pauli principle ...