success-2017 sciencesconf.org

School on UV and X-ray spectroscopies of correlated electron systems - Sciencesconf.org

Strong electronic correlations lead to a rich variety of exotic states of matter. The most direct approach to understand these systems is to study their microscopic electronic structure. Will introduce the recent experimental and theoretical developments in ultra-violet and X-ray spectroscopies, from their basic unifying principles to their applications in the study of correlated electron systems. The audience is limited to 70 participants. We look forward to welcoming you to Les Houches.

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LINKS TO SUCCESS-2017.SCIENCESCONF.ORG

Psi-k - Ab initio from electronic structure calculation of complex processes in materials

EPFL, Lausanne, Switzerland, 22-24 June 2016. Group picture from the AiiDA tutorial, EPFL June 2016.

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School on UV and X-ray spectroscopies of correlated electron systems - Sciencesconf.org

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Strong electronic correlations lead to a rich variety of exotic states of matter. The most direct approach to understand these systems is to study their microscopic electronic structure. Will introduce the recent experimental and theoretical developments in ultra-violet and X-ray spectroscopies, from their basic unifying principles to their applications in the study of correlated electron systems. The audience is limited to 70 participants. We look forward to welcoming you to Les Houches.

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The web page success-2017.sciencesconf.org states the following, "Strong electronic correlations lead to a rich variety of exotic states of matter." I saw that the webpage said " The most direct approach to understand these systems is to study their microscopic electronic structure." They also said " Will introduce the recent experimental and theoretical developments in ultra-violet and X-ray spectroscopies, from their basic unifying principles to their applications in the study of correlated electron systems. The audience is limited to 70 participants. We look forward to welcoming you to Les Houches."

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