High Energy Physics

Displaying 1729 - 1740 of 3117

Toward a Higher-Spin Dual of Interacting Field Theories

Leopoldo Pando Zayas University of Michigan–Ann Arbor
June 11, 2013

PIRSA:13060007
High Energy Physics
In Praise of Weakness

Aephraim Steinberg University of Toronto
June 05, 2013

PIRSA:13060000
High Energy Physics
Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 3

Steve Avery Institute of Mathematical Sciences
June 04, 2013

PIRSA:13060005
High Energy Physics
Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 2

Steve Avery Institute of Mathematical Sciences
June 03, 2013

PIRSA:13050088
High Energy Physics
Generalizations of Quantum Theory
- Lucien Hardy Perimeter Institute for Theoretical Physics
- Rafael Sorkin Perimeter Institute for Theoretical Physics
- Wayne Myrvold Western University
- Howard Barnum University of New Mexico
- Joe Henson BNP Paribas Asset Management London
- Markus Müller Institute for Quantum Optics and Quantum Information (IQOQI) - Vienna
May 30, 2013

PIRSA:13050081
Quantum Physics

High Energy Physics
Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 1

Steve Avery Institute of Mathematical Sciences
May 30, 2013

PIRSA:13050087
High Energy Physics
Why look beyond quantum theory?

Richard Healey University of Arizona
May 30, 2013

PIRSA:13050069
High Energy Physics
Negativity , Contextuality, Magic and the Power of Quantum Computation

Joseph Emerson Institute for Quantum Computing (IQC)
May 29, 2013

PIRSA:13050084
High Energy Physics
Constraints on generalizations of quantum theory
- Adan Cabello Universidad de Sevilla
- Robert Spekkens Perimeter Institute for Theoretical Physics
- Joseph Emerson Institute for Quantum Computing (IQC)
- Terry Rudolph Imperial College London
- Renato Renner ETH Zurich
May 28, 2013

PIRSA:13050085
Quantum Physics

High Energy Physics
Collapse and Consequences

Philip Pearle Hamilton College
May 28, 2013

PIRSA:13050064
High Energy Physics
Phenomenology of spontaneous wave-function collapse models

Angelo Bassi University of Trieste
May 27, 2013

PIRSA:13050066
High Energy Physics
Quantum Mechanics and Spacetime

Bill Unruh University of British Columbia
May 27, 2013

PIRSA:13050060
High Energy Physics

Toward a Higher-Spin Dual of Interacting Field Theories

Leopoldo Pando Zayas University of Michigan–Ann Arbor
June 11, 2013

PIRSA:13060007
High Energy Physics
We show explicitly how the exact renormalization group
equation of interacting vector models in the large N limit can be
mapped into certain higher-spin equations of motion. The equations of
motion are generalized to incorporate a multiparticle extension of the
higher-spin algebra, which reflects the "multitrace" nature of the
interactions in the dual field theory from the holographic point of view.
In Praise of Weakness

Aephraim Steinberg University of Toronto
June 05, 2013

PIRSA:13060000
High Energy Physics
While quantum mechanics is an immensely powerful and precise theory which seems to describe everything in the world, its insistence on only predicting what happens when we make "measurements" has left scientists and philosophers alike puzzled - as David Mermin summarized one of Einstein's concerns, "Is the moon there when nobody looks?" Dr. Steinberg will talk about some of the new ideas revolutionizing our view of quantum measurement, in particular the surprising advantages of measuring things "weakly" and suggest that new hints may be emerging about how we should think about Einstein's moon.
Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 3

Steve Avery Institute of Mathematical Sciences
June 04, 2013

PIRSA:13060005
High Energy Physics
The fuzzball proposal makes a conjecture about the nature of black hole
microstates. Now, more than a decade old and including several different
philosophies and perspectives, it is especially relevant after the recent
firewall argument and ensuing debate. Over three lectures, I plan to start
with a very general discussion of the general ideas and motivations, then
review the theoretical evidence from string theory, and finally close by
discussing open questions, including the fate of a freely falling observer
as he/she passes through the black hole horizon.
Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 2

Steve Avery Institute of Mathematical Sciences
June 03, 2013

PIRSA:13050088
High Energy Physics
The fuzzball proposal makes a conjecture about the nature of black hole
microstates. Now, more than a decade old and including several different
philosophies and perspectives, it is especially relevant after the recent
firewall argument and ensuing debate. Over three lectures, I plan to start
with a very general discussion of the general ideas and motivations, then
review the theoretical evidence from string theory, and finally close by
discussing open questions, including the fate of a freely falling observer
as he/she passes through the black hole horizon.
Generalizations of Quantum Theory
- Lucien Hardy Perimeter Institute for Theoretical Physics
- Rafael Sorkin Perimeter Institute for Theoretical Physics
- Wayne Myrvold Western University
- Howard Barnum University of New Mexico
- Joe Henson BNP Paribas Asset Management London
- Markus Müller Institute for Quantum Optics and Quantum Information (IQOQI) - Vienna
May 30, 2013

PIRSA:13050081
Quantum Physics

High Energy Physics
Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 1

Steve Avery Institute of Mathematical Sciences
May 30, 2013

PIRSA:13050087
High Energy Physics
The fuzzball proposal makes a conjecture about the nature of black hole
microstates. Now, more than a decade old and including several different
philosophies and perspectives, it is especially relevant after the recent
firewall argument and ensuing debate. Over three lectures, I plan to start
with a very general discussion of the general ideas and motivations, then
review the theoretical evidence from string theory, and finally close by
discussing open questions, including the fate of a freely falling observer

as he/she passes through the black hole horizon.
Why look beyond quantum theory?

Richard Healey University of Arizona
May 30, 2013

PIRSA:13050069
High Energy Physics
Quantum theory does not define its own landscape. We structure the landscape in response to some contemplated inadequacy of quantum theory. Much foundational work has been motivated by perceived conceptual inadequacies associated with non-locality and the measurement problem. By denying the descriptive function of the quantum state a pragmatist approach may free quantum theory of every conceptual flaw, only to highlight questions we can’t use the theory to address. We should seek to populate the quantum landscape with theories we could use to answer these questions.
Negativity , Contextuality, Magic and the Power of Quantum Computation

Joseph Emerson Institute for Quantum Computing (IQC)
May 29, 2013

PIRSA:13050084
High Energy Physics
Constraints on generalizations of quantum theory
- Adan Cabello Universidad de Sevilla
- Robert Spekkens Perimeter Institute for Theoretical Physics
- Joseph Emerson Institute for Quantum Computing (IQC)
- Terry Rudolph Imperial College London
- Renato Renner ETH Zurich
May 28, 2013

PIRSA:13050085
Quantum Physics

High Energy Physics
Collapse and Consequences

Philip Pearle Hamilton College
May 28, 2013

PIRSA:13050064
High Energy Physics
I shall give an introduction to conceptual ideas and equations of the CSL (Continuous Spontaneous Localization) theory of dynamical wave function collapse. Then, I shall discuss various applications of the theory.
Phenomenology of spontaneous wave-function collapse models

Angelo Bassi University of Trieste
May 27, 2013

PIRSA:13050066
High Energy Physics
Models of spontaneous wave function collapse make predictions, which are different from those of standard quantum mechanics. Indeed, these models can be considered as a rival theory, against which the standard theory can be tested, in pretty much the same way in which parametrized post-Newtonian gravitational theories are rival theories of general relativity. The predictions of collapse models almost coincide with those of standard quantum mechanics at the microscopic level, as these models have to account for the microscopic world, as we know it. Departures become significant when the size of the system increases. However, for larger systems environmental influences become more and more difficult to eliminate. This is the reason why it is tricky to test collapse models experimentally, and so far no decisive test has been performed. We will review the main phenomenological properties of collapse models, in particular the so-called amplification mechanics, as well as the main models, which are debated in the literature (GRW, CSL, QMUPL, DP). We will review the lower bounds on the collapse parameter, and more importantly the upper bounds set by available experimental data. This data come both from experimental tests on earth, and from cosmological observations.
Quantum Mechanics and Spacetime

Bill Unruh University of British Columbia
May 27, 2013

PIRSA:13050060
High Energy Physics

Title	Speaker(s)	Date	Talk Type	Info link
Toward a Higher-Spin Dual of Interacting Field Theories	Leopoldo Pando Zayas	2013-06-11	Scientific Series	View details
In Praise of Weakness	Aephraim Steinberg	2013-06-05	Public Lectures	View details
Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 3	Steve Avery	2013-06-04	Scientific Series	View details
Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 2	Steve Avery	2013-06-03	Scientific Series	View details
Generalizations of Quantum Theory	Lucien Hardy, Rafael Sorkin, Wayne Myrvold, Howard Barnum, Joe Henson, Markus Müller	2013-05-30	Conference	View details
Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 1	Steve Avery	2013-05-30	Scientific Series	View details
Why look beyond quantum theory?	Richard Healey	2013-05-30	Conference	View details
Negativity , Contextuality, Magic and the Power of Quantum Computation	Joseph Emerson	2013-05-29	Conference	View details
Constraints on generalizations of quantum theory	Adan Cabello, Robert Spekkens, Joseph Emerson, Terry Rudolph, Renato Renner	2013-05-28	Conference	View details
Collapse and Consequences	Philip Pearle	2013-05-28	Conference	View details
Phenomenology of spontaneous wave-function collapse models	Angelo Bassi	2013-05-27	Conference	View details
Quantum Mechanics and Spacetime	Bill Unruh	2013-05-27	Conference	View details

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High Energy Physics

Format results

Toward a Higher-Spin Dual of Interacting Field Theories

In Praise of Weakness

Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 3

Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 2

Generalizations of Quantum Theory

Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 1

Why look beyond quantum theory?

Negativity , Contextuality, Magic and the Power of Quantum Computation

Constraints on generalizations of quantum theory

Collapse and Consequences

Phenomenology of spontaneous wave-function collapse models

Quantum Mechanics and Spacetime

Toward a Higher-Spin Dual of Interacting Field Theories

In Praise of Weakness

Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 3

Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 2

Generalizations of Quantum Theory

Fuzzballs to Firewalls: A Post-Firewall Review of the Fuzzball Proposal: Lecture 1

Why look beyond quantum theory?

Negativity , Contextuality, Magic and the Power of Quantum Computation

Constraints on generalizations of quantum theory

Collapse and Consequences

Phenomenology of spontaneous wave-function collapse models

Quantum Mechanics and Spacetime