Format results
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Mark's Group
PIRSA:04080011 -
Fotini's Group
PIRSA:04080010 -
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Talk
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On the notion of Superselection Rule (SSR)
Domenico Giulini Leibniz University Hannover
PIRSA:04070000 -
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Quantizing and Dequantizing Reference Frames
Robert Spekkens Perimeter Institute for Theoretical Physics
PIRSA:04070002 -
Quantum Reference Frames and Uncertainty
PIRSA:04070003 -
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On Alignment of Chiralities of Distant Frameworks
PIRSA:04070007
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Talk
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Fundamentals of quantum mechanics and particle physics
Frisch, Otto Robert
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Talk
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Talk
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Toward Flat Space Holography via Interpolating Spacetimes
Christian Ferko Northeastern University
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The geometry and combinatorics of cosmological integrals
Andrzej Pokraka Brown University
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A microscopic realization of dS3
Scott Collier Massachusetts Institute of Technology (MIT) - Department of Physics
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Talk
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Precision Tests of the AdS/CFT Correspondence
Daniel Freedman (MIT, Cambridge, Stanford)strings:20141016 -
Moduli, a 0.1-1 keV Cosmic Axion Background and the Galaxy Cluster Soft Excess
Joseph Conlon (Oxford University)strings:20141032 -
N=4 Scattering Amplitudes and the Regularized Graßmannian
Matthias Staudacher (Humboldt University, Berlin)strings:20141049 -
Quantum spectral curve and AdS/CFT spectral problem
Nikolay Gromov (King's College, London)strings:20141081 -
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Black Hole Information: Spacetime versus Quantum Mechanics
Joseph Polchinski (KITP, UCSB)strings:20141021 -
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Mordell-Weil torsion and matter spectra in F-theory
Timo Weigand (Heidelberg University)strings:20141054
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Talk
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Circuit-to-Hamiltonian from tensor networks and fault tolerance
Quynh Nguyen Harvard University
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Randomly Monitored Quantum Codes
Dongjin Lee Perimeter Institute for Theoretical Physics
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Reducing the overhead of quantum error correction
Aleksander Kubica Yale University
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Hardware-efficient quantum computing using qudits
Christine Muschik Institute for Quantum Computing (IQC)
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An Efficient Quantum Algorithm for Port-based Teleportation
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Jiani Fei Stanford University
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Sydney Timmerman Stanford University
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Heisenberg-Limited Quantum Metrology without Ancilla (VIRTUAL)
Qiushi Liu University of Hong Kong (HKU)
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Talk
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Landscape Study of Target Space Duality of (0,2) Heterotic String Models
Thorsten Rahn (Munich)strings:20111031 -
What can black holes tell us about microstates?
Ashoke Sen (Harish-Chandra Research Institute, Allahabad)strings:20111047 -
LHC results and prospects from a theorist's viewpoint
Fabio Zwirner (University of Padua)strings:20111004 -
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A Theory of Dissipative Superfluid Hydrodynamics
Shiraz Minwalla (Tata Institute, Mumbai)strings:20111025
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Talk
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Improving prospects for the direct detection of Higgsino dark matter
Harikrishnan Ramani University of Delaware
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Crunchy critical natural Higgs
Ameen Ismail University of Chicago - Enrico Fermi Institute
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A Quantum Description of Wave Dark Matter
Nicholas Rodd Lawrence Berkeley National Laboratory
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The Non-linear Early Universe
Dani Figueroa Instituto de Fisica Corpuscular (IFIC)
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Flavorful Probes of New Physics
Katherine Fraser University of California, Berkeley
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Talk
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A resolution of the cosmological singularity with orientifolds
Lorenzo Cornalba (Amsterdam)strings:20021028 -
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Spontaneous breaking of rotational symmetry in IIB matrix model
Hikaru Kawai (Kyoto)strings:20021004 -
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Semiclassical quantization of superstrings in AdS_5 x S^5
Arkady Tseytlin (Imperial College and Ohio State)strings:20021050 -
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Fractional Quantum Hall states Under Decoherence
Zijian Wang Tsinghua University
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Exploring Quantum Many-Body Scars: Anomalies to Thermalization in Quantum Systems
Julia Wildeboer Brookhaven National Laboratory
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Microscopic Roadmap to a Yao-Lee Spin-Orbital Liquid
Hae-Young Kee University of Toronto
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ISSYP 2004
International summer school for young physicists which is a national two-week summer school designed to capture the scientific imagination of grade 11 students (secondaire V in Qu�bec) and nurture their passion for physics through an exploration of the fascinating mysteries of our universe. -
Workshop on Reference Frames and Superselection Rules in Quantum Information Theory - 2004
Over the past five years, there has been much interest in a new kind of "unspeakable" quantum information which is to regular quantum information what a classical clock or gyroscope is to a classical message. While the latter is indifferent to the physical nature of the information carriers, the former requires the carrier to have a particular degree of freedom -- a spatial orientation in the case of a gyroscope, or a natural oscillation in the case of a clock. Systems serving this purpose are referred to generically as reference frames, and constitute a quantifiable resource in quantum information theory. They play a central role in the tasks of direction and frame alignment, phase estimation, clock synchronization, and global positioning. The community has only just begun a systematic study of how this resource can be manipulated, quantified, and used optimally in both information-processing protocols and physical parameter estimation. -
Strings Group Meeting
These talks are informal discussion in the area of Superstring Theory. Formal talks are part of the Strings Seminar series above