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Institute for Complex Adaptive Matter
Приєднався 11 лип 2020
The International Institute for Complex Adaptive Matter (I2CAM) is dedicated to the understanding of emergent phenomena in matter, such as superconductivity, protein aggregation, and the manifold properties of liquid crystals. The videos here provide a view into our diverse interests as sampled in workshops and schools over the past decade. For more information about I2CAM, visit our website icam-i2cam.org
Ryan Baumbach (Florida State/NHMFL): Strategies for Designing Quantum Materials
Ryan Baumbach (Florida State/NHMFL): Strategies for Designing Quantum Materials
Переглядів: 481
Відео
Michele Governale (U. Wellington): Control of zero-energy states in flakes of two-dimensional se...
Переглядів 8810 місяців тому
Michele Governale (U. Wellington): Control of zero-energy states in flakes of two-dimensional se...
Seong Joon Lim (Rutgers U.): Atomic-Scale Investigation of Magnetochiral Tunneling Effect in Chi...
Переглядів 9010 місяців тому
Seong Joon Lim (Rutgers U.): Atomic-Scale Investigation of Magnetochiral Tunneling Effect in Chi...
Weiliang Yao (Rice U.): Electric transport, low-energy spin excitations of Fe-based kagome magnet
Переглядів 12310 місяців тому
Weiliang Yao (Rice U.): Electric transport, low-energy spin excitations of Fe-based kagome magnet
Stephen Wilson (UCSB): Unconventional charge correlations in new classes of kagome metals
Переглядів 46010 місяців тому
Stephen Wilson (UCSB): Unconventional charge correlations in new classes of kagome metals
Barry Bradlyn (UIUC) - A New Spin on Topological Quantum Chemistry
Переглядів 37210 місяців тому
Barry Bradlyn (UIUC) - A New Spin on Topological Quantum Chemistry
Emilia Morosan (Rice U.): Kramers nodal lines in quantum materials
Переглядів 25410 місяців тому
Emilia Morosan (Rice U.): Kramers nodal lines in quantum materials
Taka Shibauchi (U. Tokyo): Exotic pairing states in FeSe-based nematic superconductors
Переглядів 4,9 тис.10 місяців тому
Taka Shibauchi (U. Tokyo): Exotic pairing states in FeSe-based nematic superconductors
Johnpierre Paglione (U. Maryland): Topological Superconductivity in uranium ditelluride
Переглядів 11210 місяців тому
Johnpierre Paglione (U. Maryland): Topological Superconductivity in uranium ditelluride
Michel Devoret (Google AI, Yale U): Quantum information physics with superconducting synthetic atoms
Переглядів 41610 місяців тому
Michel Devoret (Google AI, Yale U): Quantum information physics with superconducting synthetic atoms
Roger Melko (Waterloo U., Perimeter Institute): Language Models for Quantum Simulation
Переглядів 19710 місяців тому
Roger Melko (Waterloo U., Perimeter Institute): Language Models for Quantum Simulation
Yu Chen (Google AI): Beyond classical quantum computing with superconducting circuits
Переглядів 13510 місяців тому
Yu Chen (Google AI): Beyond classical quantum computing with superconducting circuits
Pankaj Mehta (Boston U.): Randomness, Complexity, and the Biological Frontier
Переглядів 43110 місяців тому
Pankaj Mehta (Boston U.): Randomness, Complexity, and the Biological Frontier
Elizabeth Jerison (U. Chicago): Dynamical control of immunity and inflammation
Переглядів 10210 місяців тому
Elizabeth Jerison (U. Chicago): Dynamical control of immunity and inflammation
Navish Wadhwa (Arizona State U.): Mechano-adaptation in a canonical macromolecular machine
Переглядів 8410 місяців тому
Navish Wadhwa (Arizona State U.): Mechano-adaptation in a canonical macromolecular machine
Xiaoming Mao (U. Michigan): Geometric frustration, self-assembly, mechanics, pathways to complexity
Переглядів 10910 місяців тому
Xiaoming Mao (U. Michigan): Geometric frustration, self-assembly, mechanics, pathways to complexity
Olivier Dauchot (ESPCI - ParisTech): Collective actuation from biological to model systems
Переглядів 24010 місяців тому
Olivier Dauchot (ESPCI - ParisTech): Collective actuation from biological to model systems
This is a great and inspiring talk!
This is best introduction to electronics I have ever seen! (I believe that monolayers are much more important than bulk materials.)
top 10 smartest people alive for sure
Such an excellent talk!