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Probability and Statistics with Prof. David Spiegelhalter - Lecture 1

September 17, 2012

PIRSA:12090074
Quantum Theory - Lecture 6

Joseph Emerson Institute for Quantum Computing (IQC)

September 17, 2012

PIRSA:12090007
Hamiltonian Theory of Fractional Chern Bands

Ramamurti Shankar Yale University
September 14, 2012

PIRSA:12090047
Mathematical Physics
Relativity - Lecture 5

Michael Duff Imperial College London

September 14, 2012

PIRSA:12090023
Quantum Theory - Lecture 5

Joseph Emerson Institute for Quantum Computing (IQC)

September 14, 2012

PIRSA:12090004
Combinatorics and the thermodynamic limit for black holes in Loop Quantum Gravity

Fernando Barbero Spanish National Research Council (CSIC)
September 13, 2012

PIRSA:12090038
General Relativity & Quantum Cosmology
Relativity - Lecture 4

Michael Duff Imperial College London

September 13, 2012

PIRSA:12090022
Quantum Theory - Lecture 4

Joseph Emerson Institute for Quantum Computing (IQC)

September 13, 2012

PIRSA:12090003
Relativity - Lecture 3

Michael Duff Imperial College London

September 12, 2012

PIRSA:12090021
Quantum Theory - Lecture 3

Joseph Emerson Institute for Quantum Computing (IQC)

September 12, 2012

PIRSA:12090002
Charge fractionalization and entanglement entropy for compressible phases in holography

Liza Huijse Karius, Inc.
September 11, 2012

PIRSA:12090059
Condensed Matter
The Exploration of Hot QCD Matter

Berndt Mueller Duke University
September 11, 2012

PIRSA:12090046
High Energy Physics

Probability and Statistics with Prof. David Spiegelhalter - Lecture 1

September 17, 2012

PIRSA:12090074

We shall follow the growth of probability theory and applications from the 1650s onwards, in parallel with the development of statistical inference. Bayesian, Neyman-Pearson hypothesis testing and Fisherian likelihood methods will all be covered, with an emphasis on relating theory to a wide range of applications. Practical sessions will use SciPy and feature closed-form solutions, iterative and Monte Carlo simulation methods.
Quantum Theory - Lecture 6

Joseph Emerson Institute for Quantum Computing (IQC)

September 17, 2012

PIRSA:12090007
Hamiltonian Theory of Fractional Chern Bands

Ramamurti Shankar Yale University
September 14, 2012

PIRSA:12090047
Mathematical Physics
It has been known for some time that a system with a filled band will have an integer quantum Hall conductance equal to its Chern number, a toplogical index associated with the band. While this is true for a system in a magnetic field with filled Landau Levels, even a system in zero external field can exhibit the QHE if its band has a Chern number. I review this issue and discuss a more recent question of whether a partially filled Chern band can exhibit the Fractional QHE. I describe the work done with Ganpathy Murthy in which we show how composite fermions, which were so useful in explaining the usual FQHE, can be introduced here and with equal success by adapting our Hamiltonian Theory of CFs developed for the FQHE in the continuum.
Relativity - Lecture 5

Michael Duff Imperial College London

September 14, 2012

PIRSA:12090023
Quantum Theory - Lecture 5

Joseph Emerson Institute for Quantum Computing (IQC)

September 14, 2012

PIRSA:12090004
Combinatorics and the thermodynamic limit for black holes in Loop Quantum Gravity

Fernando Barbero Spanish National Research Council (CSIC)
September 13, 2012

PIRSA:12090038
General Relativity & Quantum Cosmology
The combinatorial problems associated with the counting of black hole states in loop quantum gravity can be analyzed by using suitable generating functions. These not only provide very useful tools for exact computations, but can also be used to perform an statistical analysis of the black hole degeneracy spectrum, study the interesting substructure found in the entropy of microscopic black holes and its asymptotic behavior for large horizon areas. The methods that will be described are relevant for the discussion of the thermodynamic limit for black holes in the area canonical ensemble. This is an important issue in order to understand sub-leading corrections to the Bekenstein-Hawking law.
Relativity - Lecture 4

Michael Duff Imperial College London

September 13, 2012

PIRSA:12090022
Quantum Theory - Lecture 4

Joseph Emerson Institute for Quantum Computing (IQC)

September 13, 2012

PIRSA:12090003
Relativity - Lecture 3

Michael Duff Imperial College London

September 12, 2012

PIRSA:12090021
Quantum Theory - Lecture 3

Joseph Emerson Institute for Quantum Computing (IQC)

September 12, 2012

PIRSA:12090002
Charge fractionalization and entanglement entropy for compressible phases in holography

Liza Huijse Karius, Inc.
September 11, 2012

PIRSA:12090059
Condensed Matter
The Exploration of Hot QCD Matter

Berndt Mueller Duke University
September 11, 2012

PIRSA:12090046
High Energy Physics
When nuclear matter is heated beyond a temperature of 2 trillion
degrees, it converts into a strongly coupled plasma of quarks and
gluons, the sQGP. Experiments using highly energetic collisions
between heavy nuclei have revealed that this new state of matter is a
nearly ideal, highly opaque liquid. A description based upon string
theory and black holes in five dimensions has made the quark- gluon
plasma an iconic example of a strongly coupled quantum system. In this
lecture I will survey the observed properties of the sQGP in the light
of the latest results from RHIC and LHC. On the theoretical side, I
will discuss the thermalization and entropy production problem and
origin and role of event-by-event fluctuations.

Title	Date	Collection	Type	Info
Probability and Statistics with Prof. David Spiegelhalter - Lecture 1	2012‑09‑17	Probability and Statistics	Course	View details
Quantum Theory - Lecture 6	2012‑09‑17	12/13 PSI - Quantum Theory	Course	View details
Hamiltonian Theory of Fractional Chern Bands	2012‑09‑14	Quantum Matter	Scientific Series	View details
Relativity - Lecture 5	2012‑09‑14	12/13 PSI - Relativity	Course	View details
Quantum Theory - Lecture 5	2012‑09‑14	12/13 PSI - Quantum Theory	Course	View details
Combinatorics and the thermodynamic limit for black holes in Loop Quantum Gravity	2012‑09‑13	Quantum Gravity	Scientific Series	View details
Relativity - Lecture 4	2012‑09‑13	12/13 PSI - Relativity	Course	View details
Quantum Theory - Lecture 4	2012‑09‑13	12/13 PSI - Quantum Theory	Course	View details
Relativity - Lecture 3	2012‑09‑12	12/13 PSI - Relativity	Course	View details
Quantum Theory - Lecture 3	2012‑09‑12	12/13 PSI - Quantum Theory	Course	View details
Charge fractionalization and entanglement entropy for compressible phases in holography	2012‑09‑11	Quantum Matter	Scientific Series	View details
The Exploration of Hot QCD Matter	2012‑09‑11	Quantum Fields and Strings	Scientific Series	View details

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Format results

Probability and Statistics with Prof. David Spiegelhalter - Lecture 1

Quantum Theory - Lecture 6

Hamiltonian Theory of Fractional Chern Bands

Relativity - Lecture 5

Quantum Theory - Lecture 5

Combinatorics and the thermodynamic limit for black holes in Loop Quantum Gravity

Relativity - Lecture 4

Quantum Theory - Lecture 4

Relativity - Lecture 3

Quantum Theory - Lecture 3

Charge fractionalization and entanglement entropy for compressible phases in holography

The Exploration of Hot QCD Matter

Probability and Statistics with Prof. David Spiegelhalter - Lecture 1

Quantum Theory - Lecture 6

Hamiltonian Theory of Fractional Chern Bands

Relativity - Lecture 5

Quantum Theory - Lecture 5

Combinatorics and the thermodynamic limit for black holes in Loop Quantum Gravity

Relativity - Lecture 4

Quantum Theory - Lecture 4

Relativity - Lecture 3

Quantum Theory - Lecture 3

Charge fractionalization and entanglement entropy for compressible phases in holography

The Exploration of Hot QCD Matter