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MARVEL Distinguished Lectures, Seminars and Tutorials - 2015 onwards

The goal of the NCCR-MARVEL is to radically transform and accelerate invention and discovery in science and technology, and especially to transform and accelerate the design and discovery of novel materials in order to achieve improved properties and performance, or to witness the emergence of original physical properties. We will achieve this goal by exploiting the predictive accuracy that quantum-mechanical simulations have now reached for realistic, complex systems, the treasure trove of ever-increasing computational power ideally suited to intrinsically parallel problems, and the powerful synergies arising with the computer science of heterogeneous data management, data mining, and machine learning.


  • Med me5

    Prof. Tony Paxton

    Introduction to the tight binding approximation
    Lecture I, Theory

    Watched 5060 times.
    Public Published
  • Med me5

    Prof. Tony Paxton

    Introduction to the tight binding approximation
    Lecture II, Applications

    Watched 4964 times.
    Public Published
  • Med yip cahn

    Prof. Sidney Yip

    On the mesoscale science frontier in materials theory and simulation

    Watched 4982 times.
    Public Published
  • Med levitov photo 1850x2126

    Prof. Leonid Levitov

    Atomic Collapse in graphene

    Watched 5118 times.
    Public Published
  • Med iu

    Dr. Pierre Villars

    The MARVEL Initiative and the Integration of the Fifth Paradigm of Science

    Watched 5086 times.
    Public Published
  • Med gerbrand ceder

    Prof. Gerbrand Ceder

    The Materials Genome and the Transformation of Materials Science and Engineering

    Watched 5145 times.
    Public Published
  • Med claregrey

    Professor Clare Gray

    Structure and Dynamics in Batteries, Supercapacitors and Fuel Cell Materials
    Application of New Experimental and Theoretical Approaches to Study Function

    Watched 5668 times.
    Public Published
  • Med talk cover

    Laura Gagliardi

    Homogenous and heterogeneous catalysis: two challenges for modern quantum chemistry

    Watched 1314 times.
    Public Published
  • Med littlewood peter

    Peter Littlewood

    Electrostatics, elasticity, and electrochemistry in transition metal oxides: tuning many-body phenomena

    Watched 2091 times.
    Public Published
  • Med prof. markus reiher

    Markus Reiher

    Interactive and Automated Exploration of Reaction Mechanisms

    Watched 1229 times.
    Public Published