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|style="color:#000"|[[Image:she_ishe.jpg|left|350px|link=https://wiki.physics.udel.edu/wiki_qttg/images/0/00/She_graphene_au.pdf]] The boot camp, scheduled for one week during Summer or Winter semesters, offers basic training and '''hands-on experience''' (via the Computer Lab sessions) for graduate students in sciences (physics, chemistry, applied mathematics) and engineering (electrical, chemical, materials) to learn how to use open source of home-grown packages for computation of band structure (electronic, magnonic, phononic) of materials in equilibrium or simulate their properties out of equilibrium. The scientific software considered for the first route include DFT, GW and DMFT; while for the second route we employ TDDFT, quantum transport and classical micromagnetics or atomistic spin dynamics codes.  
|style="color:#000"|[[Image:she_ishe.jpg|left|350px|link=https://wiki.physics.udel.edu/wiki_qttg/images/0/00/She_graphene_au.pdf]] The boot camp, scheduled for one week during Summer or Winter semesters, offers basic training and '''hands-on experience''' (via the Computer Lab sessions) for graduate students in sciences (physics, chemistry, applied mathematics) and engineering (electrical, chemical, materials) to learn how to use open source of home-grown packages for computation of band structure (electronic, magnonic, phononic) of materials in equilibrium or simulate their properties out of equilibrium. The scientific software considered for the first route include DFT, GW and DMFT; while for the second route we employ TDDFT, quantum transport and classical micromagnetics or atomistic spin dynamics codes.  


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Revision as of 10:27, 7 August 2024

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Computational Materials Physics Boot Camp
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Course Topics

File:She ishe.jpg
The boot camp, scheduled for one week during Summer or Winter semesters, offers basic training and hands-on experience (via the Computer Lab sessions) for graduate students in sciences (physics, chemistry, applied mathematics) and engineering (electrical, chemical, materials) to learn how to use open source of home-grown packages for computation of band structure (electronic, magnonic, phononic) of materials in equilibrium or simulate their properties out of equilibrium. The scientific software considered for the first route include DFT, GW and DMFT; while for the second route we employ TDDFT, quantum transport and classical micromagnetics or atomistic spin dynamics codes.

News

  • Summer 2024 bootcamp takes place from 08/19-23, starting at 9:00AM on Monday 08/19 in 305 Pearson Hall.

Lecture in Progress

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Course Motto

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ACKNOWLEDGMENT: Parts of the course material is based upon work supported by the National Science Foundation through the University of Delaware Materials Research Science and Engineering Center, Grant No. DMR-2011824. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author and do not necessarily reflect the views of the National Science Foundation.

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