Search results from PIRSA
Format results
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Talk
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Mark's Group
PIRSA:04080011 -
Fotini's Group
PIRSA:04080010 -
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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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Geometric algebra techniques in flux compactifications
Calin Lazaroiu Horia Hulubei National Institute of Physics and Nuclear Engineering
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Hot spacetime for cold atoms
Allan Adams Massachusetts Institute of Technology (MIT) - Department of Physics
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Introduction to AdS/CFT with Flavour
Rene Meyer Max-Planck Gesellschaft
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Abelian fibrations, string junctions and Flux/Geometry duality
Peng Gao ExodusPoint Capital
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Near-integrability of 2+1-dimensional Yang-Mills theories
Peter Orland City University of New York (CUNY) - Department of Physics
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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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Towards Matter Inflation in Heterotic String Theory
Sebastian Halter Max Planck Institute for Physics, Munich (Werner-Heisenberg-Institut)
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The Eddington Limit in Cosmic Rays
Aristotle Socrates Institute for Advanced Study (IAS)
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Resonant Tunneling in Superfluid Helium-3
Dan Wohns Perimeter Institute for Theoretical Physics
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Illuminating the 130 GeV Gamma Line with Continuum Photons
Miriangela Lisanti Princeton University
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Zeta-regularized vacuum expectation values
Tobias Hartung Deutsches Elektronen-Synchrotron DESY
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Counter-diabatic driving in many-body systems
Dries Sels New York University (NYU)
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Interdisciplinary Seminar: Holographic dualities and tensor renormalization group study of gauge theories
Raghav Govind Jha Thomas Jefferson National Accelerator Facility
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Towards building a Lorentzian space-time tensor network
Ling-Yan Hung Tsinghua University
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TBA
Antoine Tilloy Max Planck Institute for Gravitational Physics - Albert Einstein Institute (AEI)
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Emergent Hyperbolic Network Geometry and Dynamics
Ginestra Bianconi Queen Mary University of London
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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 -
International Loop Quantum Gravity Seminar
The International Loop Quantum Gravity Seminar series is held via teleconference among the main international research groups in loop quantum gravity. Slides are distributed in advance of the discussion and audio is posted after the seminar on the ILQG website. -
Perimeter Institute Quantum Discussions
This series consists of weekly discussion sessions on foundations of quantum theory and quantum information theory. The sessions start with an informal exposition of an interesting topic, research result or important question in the field. Everyone is strongly encouraged to participate with questions and comments. -
Cosmology Talks
This series consists of discussions in the areas of Cosmology and Particle Physics. -
Particle Group Meeting
This series consists of talks in the area of Condensed Matter. -
Tensor Network
This series consists of occasional seminars on Tensor Networks, ranging from algorithms to their application in condensed matter, quantum gravity, or high energy physics. Each seminar starts with a gentle introduction to the subject under discussion. Everyone is strongly encouraged to participate with questions and comments. -
Quantum Matter Frontier Seminars
These seminars span a broad cross-section of cutting-edge quantum matter research, ranging from highly interacting gapless phases of matter to quantum dynamics. The speakers are all either established or rising leaders in their respective fields. -
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Seminars
Perimeter's extensive program of scientific seminars are organized by research area series, many of which include weekly talks, as well as a weekly colloquium program. Each subcategory below contains the events for that series. Seminar Chairs work with the Program Manager, Conferences and Scientific Events to schedule seminars and colloquium talks. -
2024/25 Mini-Courses
Mini-courses are offered on-site at Perimeter; they are not cross-listed with a university so there is no transcript credit for completing a mini-course.