Results 131 to 140 of about 748,632 (287)
Horseshoes and Arnold Diffusion for Hamiltonian Systems on Lie Groups [PDF]
Philip Holmes, Jerrold E. Marsden
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Abstract Electrons ransported through a chiral molecule become spin−polarized; this phenomenon is known as chiral induced spin selectivity (CISS). It has implications for spintronics, for electrochemical and enantioselective reactions, and for electron transfer in biological systems.
Sumit Naskar+3 more
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An index theory for periodic solutions of convex Hamiltonian systems [PDF]
Ivar Ekeland
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Chirality Induced Spin Selectivity – the Photoelectron View
Abstract In this short overview we discuss the manifestation of the chirality‐induced spin selectivity (CISS) effect in photoelectron spectroscopy experiments with direct spin analysis. Various systems, from the initially investigated monolayers of molecular biosystems and organic hepta‐helicene to recent chirally grown solid oxide films, are evaluated.
Paul V. Möllers+2 more
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Infinitely many solutions for Hamiltonian system with critical growth
In this article, we consider the following elliptic system of Hamiltonian-type on a bounded domain:−Δu=K1(∣y∣)∣v∣p−1v,inB1(0),−Δv=K2(∣y∣)∣u∣q−1u,inB1(0),u=v=0on∂B1(0),\left\{\begin{array}{ll}-\Delta u={K}_{1}\left(| y| ){| v| }^{p-1}v,\hspace{1.0em ...
Guo Yuxia, Hu Yichen
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Singular boundary value problems for linear Hamiltonian systems depending on a parameter
Truman W Prevatt
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Lie-transform derivation of the gyrokinetic Hamiltonian system [PDF]
Allan N. Kaufman, Bruce M. Boghosian
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Quantum chemical rovibrational analysis of aminoborane and its isotopologues
The rovibrational spectrum of aminoborane has been investigated by high‐level ab initio methods based on a multidimensional potential energy surface obtained from explicitly correlated coupled‐cluster calculations. Abstract Aminoborane, H2NBH2 and its isotopologues, H2N10BH2, D2NBD2, and D2N10BD2, have been studied by high‐level ab initio methods.
Moritz Schneider, Guntram Rauhut
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On the question of stability in a Hamiltonian system [PDF]
A. D. Bruno
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Ultrafast Demagnetization Through Femtosecond Generation of Non‐Thermal Magnons
A fully ab initio parametrized model is developed to describe out‐of‐equilibrium magnon dynamics in ferromagnetic metals. Applying this model to ultrafast laser‐induced demagnetization, it is revealed that the generation of non‐thermal magnons provides a sizable demagnetization within 200 fs in excellent comparison with experiments, which establishes ...
Markus Weißenhofer, Peter M. Oppeneer
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