Talks

13009 - 13020 of 20118 Results

The Nuclear Physics Programme at CERN (1/3)

Jenkins, David

December 31, 2012

oai:cds.cern.ch:1551739

Physics
Beyond Feynman Diagrams (3/3)

Dixon, Lance

December 31, 2012

oai:cds.cern.ch:1544101

Physics
The control systems of the Large Hadron Collider (2/2)

Gorbonosov, Roman

December 31, 2012

oai:cds.cern.ch:1605449

Physics
Progress in Flavor Physics (3/3)

Isidori, Gino

December 31, 2012

oai:cds.cern.ch:1547783

Physics
Neutrinos (3/3)

Gonzalez-Garcia, Concepcion

December 31, 2012

oai:cds.cern.ch:1636148

Physics
LHC Operation: Past and Future (2/3)

Lamont, Mike

December 31, 2012

oai:cds.cern.ch:1599947

Physics
All one-loop amplitudes in N=6 Chern-Simons matter theories

Congkao Wen Queen Mary University of London

December 18, 2012

PIRSA:12120005

High Energy Physics
Fermionic toric code model and a new class of topological phases in interacting fermion system

Zheng-Cheng Gu Chinese University of Hong Kong

December 14, 2012

PIRSA:12120037

Condensed Matter
Accidental Supersymmetry and the Renormalization of Co-dimension 2 Branes

Matthew Williams PROTO Manufacturing (Canada)

December 14, 2012

PIRSA:12120039

High Energy Physics
Mathematica - Lecture 4

Pedro Vieira Perimeter Institute for Theoretical Physics

December 14, 2012

PIRSA:12120022

Mathematical Physics
Black holes: To be or not be, that is the question

Luis Garay Complutense University of Madrid

December 13, 2012

PIRSA:12120032

General Relativity & Quantum Cosmology
Adventures with Monte Carlo Simulations of the Self-Avoiding Walk

Esaias Janse van Rensburg York University

December 12, 2012

PIRSA:12120025

The Nuclear Physics Programme at CERN (1/3)

Jenkins, David

December 31, 2012

oai:cds.cern.ch:1551739

Physics
Beyond Feynman Diagrams (3/3)

Dixon, Lance

December 31, 2012

oai:cds.cern.ch:1544101

Physics
The control systems of the Large Hadron Collider (2/2)

Gorbonosov, Roman

December 31, 2012

oai:cds.cern.ch:1605449

Physics
Progress in Flavor Physics (3/3)

Isidori, Gino

December 31, 2012

oai:cds.cern.ch:1547783

Physics
Neutrinos (3/3)

Gonzalez-Garcia, Concepcion

December 31, 2012

oai:cds.cern.ch:1636148

Physics
LHC Operation: Past and Future (2/3)

Lamont, Mike

December 31, 2012

oai:cds.cern.ch:1599947

Physics
All one-loop amplitudes in N=6 Chern-Simons matter theories

Congkao Wen Queen Mary University of London

December 18, 2012

PIRSA:12120005

High Energy Physics

In this talk we will present results on all one-loop scattering amplitudes in N=6 Chern-Simons matter theories. Especially we will discuss connection between certain triple-cut diagrams and tree-level recursive diagrams, and a general formula capturing the multi-particle factorization of arbitrary one-loop amplitudes in the theories is obtained from this connection. Furthermore a recursion relation for the supercoefficients of one-loop amplitudes will be derived, which leads the solution for all one-loop amplitudes.
Fermionic toric code model and a new class of topological phases in interacting fermion system

Zheng-Cheng Gu Chinese University of Hong Kong

December 14, 2012

PIRSA:12120037

Condensed Matter
Accidental Supersymmetry and the Renormalization of Co-dimension 2 Branes

Matthew Williams PROTO Manufacturing (Canada)

December 14, 2012

PIRSA:12120039

High Energy Physics

In this talk, I'll give a brief summary of how one-loop bulk eﬀects renormalize both bulk and brane eﬀective interactions for geometries sourced by codimension-two branes. I'll then discuss what these results imply for a six-dimensional supergravity model which aims to capture the features that make extra-dimensional physics attractive for understanding naturalness issues in particle physics. I'll also emphasize the role that brane back-reaction plays in yielding unexpected results, and present a one-loop contribution to the 4D vacuum energy whose size is set by the KK scale.
Mathematica - Lecture 4

Pedro Vieira Perimeter Institute for Theoretical Physics

December 14, 2012

PIRSA:12120022

Mathematical Physics
Black holes: To be or not be, that is the question

Luis Garay Complutense University of Madrid

December 13, 2012

PIRSA:12120032

General Relativity & Quantum Cosmology

I will review some problems of the black hole paradigm and explore other
possibilities for the final state of stellar collapse other than an evaporating
black hole. In particular I will use the so-called transplanckian problem as a
guide in this search for a compelling scenario for the evaporation of
ultracompact objects.
Adventures with Monte Carlo Simulations of the Self-Avoiding Walk

Esaias Janse van Rensburg York University

December 12, 2012

PIRSA:12120025

The Rosenbluth Method is a classical kinetic growth Monte Carlo algorithm for growing a self-avoiding walk by appending steps to its endpoint. This algorithm can be generalised by the implementation of more general elementary moves (for example, BFACF elementary moves) to realise kinetic growth algorithms for lattice polygons. This generalises the counting principle that underlies the Rosenbluth method and the result is a widely applicable class of algorithms which may be used for microcanonical sampling in discrete models. In addition to self-avoiding walks, several applications of kinetic growth and canonical Monte Carlo algorithms will be presented, including the sampling of trivial words in abstract groups, as well as knotted lattice polygons and discrete lattice spin systems such as the Potts model. This is work was done in collaboration with Andrew Rechnitzer of the Mathematics Department at the University of British Columbia.

Title	Speaker(s)	Date	Collection	Type	Info
The Nuclear Physics Programme at CERN (1/3)	Jenkins, David	2012‑12‑31	Academic Training Lectures		View details
Beyond Feynman Diagrams (3/3)	Dixon, Lance	2012‑12‑31	Academic Training Lectures		View details
The control systems of the Large Hadron Collider (2/2)	Gorbonosov, Roman	2012‑12‑31	Academic Training Lectures		View details
Progress in Flavor Physics (3/3)	Isidori, Gino	2012‑12‑31	Academic Training Lectures		View details
Neutrinos (3/3)	Gonzalez-Garcia, Concepcion	2012‑12‑31	Academic Training Lectures		View details
LHC Operation: Past and Future (2/3)	Lamont, Mike	2012‑12‑31	Academic Training Lectures		View details
All one-loop amplitudes in N=6 Chern-Simons matter theories		2012‑12‑18	Quantum Fields and Strings	Scientific Series	View details
Fermionic toric code model and a new class of topological phases in interacting fermion system		2012‑12‑14	Quantum Matter	Scientific Series	View details
Accidental Supersymmetry and the Renormalization of Co-dimension 2 Branes		2012‑12‑14	Particle Physics	Scientific Series	View details
Mathematica - Lecture 4		2012‑12‑14	12/13 PSI - Front End	Course	View details
Black holes: To be or not be, that is the question		2012‑12‑13	Quantum Gravity	Scientific Series	View details
Adventures with Monte Carlo Simulations of the Self-Avoiding Walk		2012‑12‑12	Colloquium	Scientific Series	View details

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Format results

The Nuclear Physics Programme at CERN (1/3)

Beyond Feynman Diagrams (3/3)

The control systems of the Large Hadron Collider (2/2)

Progress in Flavor Physics (3/3)

Neutrinos (3/3)

LHC Operation: Past and Future (2/3)

All one-loop amplitudes in N=6 Chern-Simons matter theories

Fermionic toric code model and a new class of topological phases in interacting fermion system

Accidental Supersymmetry and the Renormalization of Co-dimension 2 Branes

Mathematica - Lecture 4

Black holes: To be or not be, that is the question

Adventures with Monte Carlo Simulations of the Self-Avoiding Walk

The Nuclear Physics Programme at CERN (1/3)

Beyond Feynman Diagrams (3/3)

The control systems of the Large Hadron Collider (2/2)

Progress in Flavor Physics (3/3)

Neutrinos (3/3)

LHC Operation: Past and Future (2/3)

All one-loop amplitudes in N=6 Chern-Simons matter theories

Fermionic toric code model and a new class of topological phases in interacting fermion system

Accidental Supersymmetry and the Renormalization of Co-dimension 2 Branes

Mathematica - Lecture 4

Black holes: To be or not be, that is the question

Adventures with Monte Carlo Simulations of the Self-Avoiding Walk