Talks

15193 - 15204 of 19299 Results

PI: Past, Present, and Future

Neil Turok University of Edinburgh

October 17, 2009

PIRSA:09100063
9 Billion People + 1 Planet = ?

Andrew Revkin The New York Times

Vaclav Smil University of Manitoba

October 17, 2009

PIRSA:09100153
Lecture Series presented by KPMG - Everyday Uses for Quantum Processors

David Cory Institute for Quantum Computing (IQC)

October 17, 2009

PIRSA:09100005

Quantum Physics
Quantifying Goethe

Gino Segrè University of Pennsylvania

October 16, 2009

PIRSA:09100002
Unusual Higgs Decays in Low-Scale Gauge Mediation

David Morrissey TRIUMF

October 16, 2009

PIRSA:09100080

High Energy Physics
Statistical Mechanics (PHYS 602) - Lecture 14

Leo Kadanoff

October 16, 2009

PIRSA:09100138
Quantum Field Theory (PHYS 601) - Lecture 14

David Tong University of Cambridge

October 16, 2009

PIRSA:09100122
Quantum to Cosmos

Lawrence Krauss Arizona State University

Neil Turok University of Edinburgh

David Tong University of Cambridge

Anton Zeilinger Institute for Quantum Optics and Quantum Information (IQOQI) - Vienna

Katherine Freese The University of Texas at Austin

Sean Carroll California Institute of Technology (Caltech) - Division of Physics Mathematics & Astronomy

Leo Kadanoff

Gino Segrè University of Pennsylvania

Andrew White University of Queensland

October 15, 2009

PIRSA:09100059
General Relativity for Cosmology - Lecture 8

Achim Kempf University of Waterloo

October 15, 2009

PIRSA:09100047
Statistical Mechanics (PHYS 602) - Lecture 13

Leo Kadanoff

October 15, 2009

PIRSA:09100137
Quantum Field Theory (PHYS 601) - Lecture 13

David Tong University of Cambridge

October 15, 2009

PIRSA:09100121
On Semi-classical States of Quantum Gravity and Noncommutative Geometry

Jesper Grimstrup University of Copenhagen

October 14, 2009

PIRSA:09100143

General Relativity & Quantum Cosmology

PI: Past, Present, and Future

Neil Turok University of Edinburgh

October 17, 2009

PIRSA:09100063

This 10th anniversary presentation with PI's Director, and many of the Institute's public and private partners will recap the past ten years of activity at Perimeter, will examine links between theoretical physics and innovation and will preview new, exciting initiatives to come from Perimeter Institute for Theoretical Physics. Note: there is no on-site waiting line for this event.
9 Billion People + 1 Planet = ?

Andrew Revkin The New York Times

Vaclav Smil University of Manitoba

October 17, 2009

PIRSA:09100153

This discussion explores the promise and perils of thenext 50 years. Can humanity, heading toward a population of approximatley 9 billion, advance economically without overheating the planet? Can food and water supplies be sustained without erasing what's left of wild nature?
Lecture Series presented by KPMG - Everyday Uses for Quantum Processors

David Cory Institute for Quantum Computing (IQC)

October 17, 2009

PIRSA:09100005

Quantum Physics

Quantum computers hold the promise to revolutionize the way we secure information, compute and understand the quantum world. Although general-purpose quantum computers appear to be a long way off, we do have good test-beds of small quantum processors. One of the most versatile quantum test-beds is nuclear magnetic resonance (NMR): a version of which is familiar to many in the guise of the medical imaging modality, MRI. In fact NMR has broad importance to society: it is used in drug discovery, in oil exploration and to monitor the processing of cheese and chocolate. We will introduce NMR, show how it helps us understand quantum computing and we will look at how concepts based on quantum computing can improve NMR applications.
Quantifying Goethe

Gino Segrè University of Pennsylvania

October 16, 2009

PIRSA:09100002

Performers: Penderecki String Quartet, Roman Borys, cello, Dancetheatre David Earl Quantifying Goethe presents an evening of music examining the influence of Wolfgang von Goethe on literature, music, and science. The program features the world premiere of award-winning composer Kotoka Suzuki s Quantum Quartet for the Penderecki String Quartet, plus interactive video, dancers, and a quantum computer!
Unusual Higgs Decays in Low-Scale Gauge Mediation

David Morrissey TRIUMF

October 16, 2009

PIRSA:09100080

High Energy Physics

In generalized models of gauge-mediated supersymmetry breaking, a standard model-like Higgs boson can decay to pairs of neutralino superpartners. If the energy scale of supersymmetry breaking is very low, each of these neutralinos will subsequently decay promptly to a photon and a gravitino. This process gives rise to a collider signal consisting of a pair of photons and missing energy. In this talk I will describe scenarios of supersymmetry breaking that can give rise this signature and other non-standard Higgs decay modes, and discuss how it might be discovered with upcoming data from the Tevatron and the LHC.
Statistical Mechanics (PHYS 602) - Lecture 14

Leo Kadanoff

October 16, 2009

PIRSA:09100138
Quantum Field Theory (PHYS 601) - Lecture 14

David Tong University of Cambridge

October 16, 2009

PIRSA:09100122
Quantum to Cosmos

Lawrence Krauss Arizona State University

Neil Turok University of Edinburgh

David Tong University of Cambridge

Anton Zeilinger Institute for Quantum Optics and Quantum Information (IQOQI) - Vienna

Katherine Freese The University of Texas at Austin

Sean Carroll California Institute of Technology (Caltech) - Division of Physics Mathematics & Astronomy

Leo Kadanoff

Gino Segrè University of Pennsylvania

Andrew White University of Queensland

October 15, 2009

PIRSA:09100059

9 physicists discuss what lies ahead in physics, from the Quantum to the Cosmos. Drs. White and Zeilinger appear courtesy of Institute for Quantum Computing.
General Relativity for Cosmology - Lecture 8

Achim Kempf University of Waterloo

October 15, 2009

PIRSA:09100047
Statistical Mechanics (PHYS 602) - Lecture 13

Leo Kadanoff

October 15, 2009

PIRSA:09100137
Quantum Field Theory (PHYS 601) - Lecture 13

David Tong University of Cambridge

October 15, 2009

PIRSA:09100121
On Semi-classical States of Quantum Gravity and Noncommutative Geometry

Jesper Grimstrup University of Copenhagen

October 14, 2009

PIRSA:09100143

General Relativity & Quantum Cosmology

The idea behind an intersection between loop quantum gravity and noncommutative geometry is to combine elements of unification with a setup of canonical quantum gravity. In my talk I will first review the construction of a semi-finite spectral triple build over an algebra of holonomy loops. Here, the loop algebra is a noncommutative algebra of functions over a configurations space of connections, and the interaction between the Dirac type operator and the loop algebra captures information of the kinematical part of canonical quantum gravity. Next, I will show how certain normalizable, semi-classical states are build which connects the spectral triple construction to the Dirac Hamiltonian in 3+1 dimensions. Thus, these states can be interpreted as one-particle fermion states in an ambient gravitational field. This analysis indicates that the spectral triple construction involves matter degrees of freedom.

Title	Date	Collection	Type	Info
PI: Past, Present, and Future	2009‑10‑17	Quantum to Cosmos Festival - 2009		View details
9 Billion People + 1 Planet = ?	2009‑10‑17	Quantum to Cosmos Festival - 2009		View details
Lecture Series presented by KPMG - Everyday Uses for Quantum Processors	2009‑10‑17	Quantum to Cosmos Festival - 2009		View details
Quantifying Goethe	2009‑10‑16	Quantum to Cosmos Festival - 2009		View details
Unusual Higgs Decays in Low-Scale Gauge Mediation	2009‑10‑16	Particle Physics	Scientific Series	View details
Statistical Mechanics (PHYS 602) - Lecture 14	2009‑10‑16	09/10 PSI - Statistical Mechanics	Course	View details
Quantum Field Theory (PHYS 601) - Lecture 14	2009‑10‑16	09/10 PSI - Quantum Field Theory	Course	View details
Quantum to Cosmos	2009‑10‑15	Quantum to Cosmos Festival - 2009		View details
General Relativity for Cosmology - Lecture 8	2009‑10‑15	General Relativity for Cosmology	Course	View details
Statistical Mechanics (PHYS 602) - Lecture 13	2009‑10‑15	09/10 PSI - Statistical Mechanics	Course	View details
Quantum Field Theory (PHYS 601) - Lecture 13	2009‑10‑15	09/10 PSI - Quantum Field Theory	Course	View details
On Semi-classical States of Quantum Gravity and Noncommutative Geometry	2009‑10‑14	Quantum Gravity	Scientific Series	View details

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Format results

PI: Past, Present, and Future

9 Billion People + 1 Planet = ?

Lecture Series presented by KPMG - Everyday Uses for Quantum Processors

Quantifying Goethe

Unusual Higgs Decays in Low-Scale Gauge Mediation

Statistical Mechanics (PHYS 602) - Lecture 14

Quantum Field Theory (PHYS 601) - Lecture 14

Quantum to Cosmos

General Relativity for Cosmology - Lecture 8

Statistical Mechanics (PHYS 602) - Lecture 13

Quantum Field Theory (PHYS 601) - Lecture 13

On Semi-classical States of Quantum Gravity and Noncommutative Geometry

PI: Past, Present, and Future

9 Billion People + 1 Planet = ?

Lecture Series presented by KPMG - Everyday Uses for Quantum Processors

Quantifying Goethe

Unusual Higgs Decays in Low-Scale Gauge Mediation

Statistical Mechanics (PHYS 602) - Lecture 14

Quantum Field Theory (PHYS 601) - Lecture 14

Quantum to Cosmos

General Relativity for Cosmology - Lecture 8

Statistical Mechanics (PHYS 602) - Lecture 13

Quantum Field Theory (PHYS 601) - Lecture 13

On Semi-classical States of Quantum Gravity and Noncommutative Geometry