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| start [2024/10/06 13:06] – RAVAT CHIRAG | start [2024/10/06 18:25] (current) – old revision restored (2018/04/03 14:40) Maurits W. Haverkort |
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| ====== Quanty - a quantum many body script language ========== **Headline** ====== | ====== Quanty - a quantum many body script language ====== |
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| The prmaterials around us are governed by the laws of quantum mechanics. These laws describe how electrons and nuclei form atoms, how atoms bind to form molecules and solids, and how these many particle systems evolve as a function of time. Although the laws of quantum mechanics are easy to understand for the interaction between two electrons, quite amazing phenomena emerge when many electrons interact with each other. The prediction of the behavior of interacting quantum systems often require large computers with modern algorithms, which use approximations of the true laws of quantum mechanics. Although the current set of tools in quantum chemistry and physics is quite successful in some cases, there is no general theory that can be applied (and solved) for all cases. | The properties of the materials around us are governed by the laws of quantum mechanics. These laws describe how electrons and nuclei form atoms, how atoms bind to form molecules and solids, and how these many particle systems evolve as a function of time. Although the laws of quantum mechanics are easy to understand for the interaction between two electrons, quite amazing phenomena emerge when many electrons interact with each other. The prediction of the behavior of interacting quantum systems often require large computers with modern algorithms, which use approximations of the true laws of quantum mechanics. Although the current set of tools in quantum chemistry and physics is quite successful in some cases, there is no general theory that can be applied (and solved) for all cases. |
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