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Our main interest is in the way biologically diverse environments create conditions for macromolecules to associate and dissociate and form complexes that carry specific functions in cells.
Our research involves the developments of practical tools to synthesize complex sugars. We are developing automated machines that will enable the synthesis of complex sugars and will facilitate their accessibility.
For his pioneering work on stacked van-der-Waals materials, including his contributions to understanding topological and magnetic phases, and in particular for his discovery of superconductivity and correlated states in twisted bilayer graphene.
The 2022 Dan Maydan prize ceremony and scientific event was held on May 25, 2022
Department of Materials, Science & Engineering | Berkeley University of California
For his pioneering discoveries in nanoscale semiconductors and devices. This includes inventing novel concepts for materials and device design, while achieving new understanding of their properties and leading to their diverse applications ranging from ultimate nanoscale electronics to sensing.
Structural biology of large protein complexes. Mass-spectrometry. Computational structural modeling based on multiple information sources. Protein structure prediction.
Experimental physicist in Quantum Information Processing specializing in trapped ions, superconducting qubits, hybrid-quantum devices and mechanical objects in the quantum regime.
For his pioneering work on the synthesis and surface chemistry of nanocrystals and their use for electronic and optoelectronic devices, including batteries, photodetectors, thermo-electrics, solar cells and light sources.