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Short-Range Entangled Phases and Topology

Anton Kapustin California Institute of Technology (Caltech) - Division of Physics Mathematics & Astronomy

September 10, 2014

PIRSA:14090002
14/15 PSI Quantum Theory-3

Joseph Emerson Institute for Quantum Computing (IQC)

September 10, 2014

PIRSA:14090044
14/15 PSI - Relativity- Lecture 3

Neil Turok University of Edinburgh

September 10, 2014

PIRSA:14090009
Many-Body Localization in translation invariant systems?

Francois Huveneers University of Paris-Saclay

September 09, 2014

PIRSA:14090027
14/15 PSI Quantum Theory-2

Joseph Emerson Institute for Quantum Computing (IQC)

September 09, 2014

PIRSA:14090043
14/15 PSI - Relativity- Lecture 2

Neil Turok University of Edinburgh

September 09, 2014

PIRSA:14090008
14/15 PSI - Quantum Theory-1

Joseph Emerson Institute for Quantum Computing (IQC)

September 08, 2014

PIRSA:14090026
14/15 PSI - Relativity- Lecture 1

Neil Turok University of Edinburgh

September 08, 2014

PIRSA:14090007
14/15 PSI - Mathematica-4

Erik Schnetter Perimeter Institute for Theoretical Physics

September 05, 2014

PIRSA:14090040
14/15 PSI - Green Functions-4

Denis Dalidovich

September 05, 2014

PIRSA:14090036
Firewalls- A GR perspective

Bill Unruh University of British Columbia
September 04, 2014

PIRSA:14090066
General Relativity & Quantum Cosmology
14/15 PSI - Mathematica-3

Erik Schnetter Perimeter Institute for Theoretical Physics

September 04, 2014

PIRSA:14090039

Short-Range Entangled Phases and Topology

Anton Kapustin California Institute of Technology (Caltech) - Division of Physics Mathematics & Astronomy

September 10, 2014

PIRSA:14090002

Recently a new and rather unexpected connection between condensed matter physics and algebraic topology has been noted. Namely, it appears that phases of matter with an energy gap, no long-range entanglement, and fixed symmetry can be classified using cobordism theory. I will exhibit several examples of this connection and describe a possible explanation.
14/15 PSI Quantum Theory-3

Joseph Emerson Institute for Quantum Computing (IQC)

September 10, 2014

PIRSA:14090044
14/15 PSI - Relativity- Lecture 3

Neil Turok University of Edinburgh

September 10, 2014

PIRSA:14090009
Many-Body Localization in translation invariant systems?

Francois Huveneers University of Paris-Saclay

September 09, 2014

PIRSA:14090027

Roughly speaking, Many-Body Localization (MBL) refers to the state of a material that fails to thermalize. Though MBL has mostly been studied in quenched disordered systems, several authors have recently proposed that this phase could be realized in clean (translation invariant) systems too. In this talk, I will discuss this idea and ask to which extent an MBL phase can indeed be expected in systems without quenched disorder. Hopefully, the discussion shed also some light on the localization-delocalization transition for more generic many-body systems. From joint work with W. De Roeck (Leuven), M. Mueller (Trieste), M. Schiulaz (Trieste).
14/15 PSI Quantum Theory-2

Joseph Emerson Institute for Quantum Computing (IQC)

September 09, 2014

PIRSA:14090043
14/15 PSI - Relativity- Lecture 2

Neil Turok University of Edinburgh

September 09, 2014

PIRSA:14090008
14/15 PSI - Quantum Theory-1

Joseph Emerson Institute for Quantum Computing (IQC)

September 08, 2014

PIRSA:14090026
14/15 PSI - Relativity- Lecture 1

Neil Turok University of Edinburgh

September 08, 2014

PIRSA:14090007
14/15 PSI - Mathematica-4

Erik Schnetter Perimeter Institute for Theoretical Physics

September 05, 2014

PIRSA:14090040
14/15 PSI - Green Functions-4

Denis Dalidovich

September 05, 2014

PIRSA:14090036
Firewalls- A GR perspective

Bill Unruh University of British Columbia
September 04, 2014

PIRSA:14090066
General Relativity & Quantum Cosmology
This talk will examine the Firewall argument and a number of possible approaches to it, with a variety of simple examples to try to clarify various aspects of the arguments.
14/15 PSI - Mathematica-3

Erik Schnetter Perimeter Institute for Theoretical Physics

September 04, 2014

PIRSA:14090039

Title	Date	Collection	Type	Info
Short-Range Entangled Phases and Topology	2014‑09‑10	Colloquium	Scientific Series	View details
14/15 PSI Quantum Theory-3	2014‑09‑10	14/15 PSI - Quantum Theory	Course	View details
14/15 PSI - Relativity- Lecture 3	2014‑09‑10	14/15 PSI -Relativity	Course	View details
Many-Body Localization in translation invariant systems?	2014‑09‑09	Quantum Matter	Scientific Series	View details
14/15 PSI Quantum Theory-2	2014‑09‑09	14/15 PSI - Quantum Theory	Course	View details
14/15 PSI - Relativity- Lecture 2	2014‑09‑09	14/15 PSI -Relativity	Course	View details
14/15 PSI - Quantum Theory-1	2014‑09‑08	14/15 PSI - Quantum Theory	Course	View details
14/15 PSI - Relativity- Lecture 1	2014‑09‑08	14/15 PSI -Relativity	Course	View details
14/15 PSI - Mathematica-4	2014‑09‑05	14/15 PSI - Front End	Course	View details
14/15 PSI - Green Functions-4	2014‑09‑05	14/15 PSI - Front End	Course	View details
Firewalls- A GR perspective	2014‑09‑04	Quantum Gravity	Scientific Series	View details
14/15 PSI - Mathematica-3	2014‑09‑04	14/15 PSI - Front End	Course	View details

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Format results

Short-Range Entangled Phases and Topology

14/15 PSI Quantum Theory-3

14/15 PSI - Relativity- Lecture 3

Many-Body Localization in translation invariant systems?

14/15 PSI Quantum Theory-2

14/15 PSI - Relativity- Lecture 2

14/15 PSI - Quantum Theory-1

14/15 PSI - Relativity- Lecture 1

14/15 PSI - Mathematica-4

14/15 PSI - Green Functions-4

Firewalls- A GR perspective

14/15 PSI - Mathematica-3

Short-Range Entangled Phases and Topology

14/15 PSI Quantum Theory-3

14/15 PSI - Relativity- Lecture 3

Many-Body Localization in translation invariant systems?

14/15 PSI Quantum Theory-2

14/15 PSI - Relativity- Lecture 2

14/15 PSI - Quantum Theory-1

14/15 PSI - Relativity- Lecture 1

14/15 PSI - Mathematica-4

14/15 PSI - Green Functions-4

Firewalls- A GR perspective

14/15 PSI - Mathematica-3