# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年8月26日
Talks from the "Integrability in Holography" workshop held at Banff in June of 2014. The conference website, where the videos can be downloaded, can be found here: http://www.birs.ca/events/2014/5-day-workshops/14w5070/vi...
Martin Kruczenski, Wilson Loops and Minimal Area Surfaces in Hyperbolic Space 1:11:30
Jon Toledo, The Plateau Problem In AdS 1:12:04
Alexander Zhiboedov, Causality Constraints on Corrections to the Graviton Three Point Coupling 1:21:56
Vladimer Kazakov, Quantum Spectral Curve and Q-system for N=4 SYM 1:21:54
João Caetano, Three Point Functions in su(1|1) Sector of N=4 SYM at Weak Coupling 1:07:09
Grigory Sizov, Exact Slope and Interpolating Functions in ABJM Theory 1:16:37
Showing posts with label C. (main sources)-LeonhardEuler1. Show all posts
Showing posts with label C. (main sources)-LeonhardEuler1. Show all posts
2017-05-18
Holography and Applied String Theory
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年8月25日
Talks from the "Holography and Applied String Theory" workshop held at Banff in February of 2013. The conference website, where the videos can be downloaded, can be found here: http://www.birs.ca/events/2013/5-day-workshops/13w5054/vi...
Sean Hartnoll, Transport Without Quasiparticles 29:36
Gordon Semenoff, Holographic Quantum Hall States 31:11
Nick Evans, Simple Holography of the Conformal Window 30:40
Jan Zaanen, Holography and the Emergence of the Fermi Liquid 35:43
Koenrad Schalm, Strongly Coupled Electron Systems from Holography: (Quantum) Birth of AdS Stars 30:11
Andreas Karch, Diffeomorphism Invariance and Non relativistic Holography 35:43
Nabil Iqbal, Friedel Oscillations and Horizon Charge in 1D Holographic Liquids 36:48
Makoto Natsuume, Enhanced Holographic Superconductors? 32:01
Amos Yarom, Anomalies and Hydrodynamics 32:31
Moshe Rozali, Compressible Matter at a Holographic Interface 36:40
Kristan Jensen, Anomaly Inflow and Exact Results at T0 35:02
Marios Petropoulos, Vortices, Cotton Tensor, and Ergodicity from a Holographic Perspective 39:01
Martin Ammon, Properties of Cold Holographic Matter Compressible States in Probe Brane Systems 35:02
Jerome Gauntlett, Superfluids, Stripes, and Metamagnetism in M-theory 28:59
Julian Sonner, Dynamics of Broken Symmetry 34:52
Christopher Herzog, Entanglement Entropy and Temperature 32:07
Elias Kiritsis, The Quantum Critical Landscape of Einstein Maxwell Dialation Theories 31:48
Matthias Kaminski, Hyperscaling Violation on Probe D-Branes 36:35
Carlo Ewerz, Holography for Strongly Coupled Plasmas 32:12
Xi Dong, Resolution of Lifshitz Singularities 31:47
Johanna Erdmenger, Aspects of Universality in Gauge/Gravity Duality 37:47
source: LeonhardEuler1 2014年8月25日
Talks from the "Holography and Applied String Theory" workshop held at Banff in February of 2013. The conference website, where the videos can be downloaded, can be found here: http://www.birs.ca/events/2013/5-day-workshops/13w5054/vi...
Sean Hartnoll, Transport Without Quasiparticles 29:36
Gordon Semenoff, Holographic Quantum Hall States 31:11
Nick Evans, Simple Holography of the Conformal Window 30:40
Jan Zaanen, Holography and the Emergence of the Fermi Liquid 35:43
Koenrad Schalm, Strongly Coupled Electron Systems from Holography: (Quantum) Birth of AdS Stars 30:11
Andreas Karch, Diffeomorphism Invariance and Non relativistic Holography 35:43
Nabil Iqbal, Friedel Oscillations and Horizon Charge in 1D Holographic Liquids 36:48
Makoto Natsuume, Enhanced Holographic Superconductors? 32:01
Amos Yarom, Anomalies and Hydrodynamics 32:31
Moshe Rozali, Compressible Matter at a Holographic Interface 36:40
Kristan Jensen, Anomaly Inflow and Exact Results at T0 35:02
Marios Petropoulos, Vortices, Cotton Tensor, and Ergodicity from a Holographic Perspective 39:01
Martin Ammon, Properties of Cold Holographic Matter Compressible States in Probe Brane Systems 35:02
Jerome Gauntlett, Superfluids, Stripes, and Metamagnetism in M-theory 28:59
Julian Sonner, Dynamics of Broken Symmetry 34:52
Christopher Herzog, Entanglement Entropy and Temperature 32:07
Elias Kiritsis, The Quantum Critical Landscape of Einstein Maxwell Dialation Theories 31:48
Matthias Kaminski, Hyperscaling Violation on Probe D-Branes 36:35
Carlo Ewerz, Holography for Strongly Coupled Plasmas 32:12
Xi Dong, Resolution of Lifshitz Singularities 31:47
Johanna Erdmenger, Aspects of Universality in Gauge/Gravity Duality 37:47
Refined Invariants in Geometry, Topology, and String Theory
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年8月22日
Talks from the "Refined Invariants in Geometry, Topology, and String Theory" workshop held at Banff in June of 2013. The conference website, where the videos can be downloaded, can be found here: http://www.birs.ca/events/2013/5-day-workshops/13w5134/vi...
Andrei Okounkov, M-theory and DT-theory I 1:10:17
Sheldon Katz, Equivariant Stable Pair Invariants and Refined BPS Indices 1:05:24
Dominic Joyce, Categorification of Donaldson–Thomas Theory Using Perverse Sheaves 59:59
Zheng Hua, Spin Structure on Moduli Space of Sheaves on CY 3-folds 1:03:13
Sven Meinhardt, Motivic DT-invariants of 2-curves 30:51
Andrei Okounkov, M-theory and DT-theory II 54:46
Vivek Shende, Legendrian Knots and Constructible Sheaves 1:07:33
Anatoly Preygel, Higher Structures on Hochschild Invariants of Matrix Factorizations 1:05:50
Andrew Morrison, Asymptotics of 3D Partitions and Refined Invariants 37:53
Alexei Oblomkov, Topology of Planar Curves, Knot Homology and Representation Theory of Cherednik 1:00:59
Luca Migliorini, Support Theorems for Hilbert Schemes of Families of Planar Curves 1:02:57
Ezra Getzler, Derived Stacks 1:04:24
Emmanuel Letellier, Counting of Geometrically Indecomposable.... 1:04:12
Ben Davison, Purity of Critical Cohomology for Graded Potentials and Quantum Cluster Positivity 1:11:55
Vittoria Bussi, On Motivic Vanishing Cycles of Critical Loci 1:01:06
Duiliu Emanuel Diaconescu, Parabolic Refined Invariants and Macdonald Polynomials 1:07:45
Andras Szenes, Equivariant Intersection Theory of Higgs Moduli Spaces 1:11:22
Kai Behrend, Categorification of Lagrangian Intersections via Deformation Quantization 1:11:25
Lotte Hollands, Surface Defects and the Superconformal Index 1:11:47
Vincent Bouchard, Mirror Symmetry for Orbifold Hurwitz Numbers 1:01:16
Dusty Ross, The Gerby Gopakumar–Marino–Vafa Formula 32:26
source: LeonhardEuler1 2014年8月22日
Talks from the "Refined Invariants in Geometry, Topology, and String Theory" workshop held at Banff in June of 2013. The conference website, where the videos can be downloaded, can be found here: http://www.birs.ca/events/2013/5-day-workshops/13w5134/vi...
Andrei Okounkov, M-theory and DT-theory I 1:10:17
Sheldon Katz, Equivariant Stable Pair Invariants and Refined BPS Indices 1:05:24
Dominic Joyce, Categorification of Donaldson–Thomas Theory Using Perverse Sheaves 59:59
Zheng Hua, Spin Structure on Moduli Space of Sheaves on CY 3-folds 1:03:13
Sven Meinhardt, Motivic DT-invariants of 2-curves 30:51
Andrei Okounkov, M-theory and DT-theory II 54:46
Vivek Shende, Legendrian Knots and Constructible Sheaves 1:07:33
Anatoly Preygel, Higher Structures on Hochschild Invariants of Matrix Factorizations 1:05:50
Andrew Morrison, Asymptotics of 3D Partitions and Refined Invariants 37:53
Alexei Oblomkov, Topology of Planar Curves, Knot Homology and Representation Theory of Cherednik 1:00:59
Luca Migliorini, Support Theorems for Hilbert Schemes of Families of Planar Curves 1:02:57
Ezra Getzler, Derived Stacks 1:04:24
Emmanuel Letellier, Counting of Geometrically Indecomposable.... 1:04:12
Ben Davison, Purity of Critical Cohomology for Graded Potentials and Quantum Cluster Positivity 1:11:55
Vittoria Bussi, On Motivic Vanishing Cycles of Critical Loci 1:01:06
Duiliu Emanuel Diaconescu, Parabolic Refined Invariants and Macdonald Polynomials 1:07:45
Andras Szenes, Equivariant Intersection Theory of Higgs Moduli Spaces 1:11:22
Kai Behrend, Categorification of Lagrangian Intersections via Deformation Quantization 1:11:25
Lotte Hollands, Surface Defects and the Superconformal Index 1:11:47
Vincent Bouchard, Mirror Symmetry for Orbifold Hurwitz Numbers 1:01:16
Dusty Ross, The Gerby Gopakumar–Marino–Vafa Formula 32:26
2017-05-17
Modern Developments in M-theory @ Banff
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年8月18日
Talks from the Modern Developments in M-Theory workshop held at Banff in January of 2014. The conference website, where the videos can be downloaded, can be found here: http://www.birs.ca/events/2014/5-day-workshops/14w5076/vi...
Leonardo Rastelli, The Superconformal Bootstrap Program 1:11:45
Seok Kim, M5-brane Superconformal Indices 48:29
Chong Sun Chu, A Non-abelian Self-duality Equation in Six-dimensions and Multiple M5-branes 36:59
Dmitri Sorokin, The M5-brane Action Revisited 31:22
Jeff Harvey, Mathieu Moonshine, Umbral Moonshine and Fivebranes 1:08:22
David Berman, Recent Developments in Double Field Theory and Extended Geometry for M-theory 48:54
Alejandra Castro, Wilson Lines in Higher Spin Gravity 52:41
Bengt Nilsson, Topologically Gauged CFTs in 3D: Solutions, AdS/CFT and Higher Spins 52:14
Marcos Mario, Exact Results and Non-perturbative Effects in M-theory 1:03:00
Savdeep Sethi, Acceleration in String Theory 56:00
Daniel Robbins, Constraining Higher Derivative Corrections with T-duality 53:30
Alessandro Tomasiello, All AdS7 Solutions of Type II Supergravity 56:58
Petr Horava, Anisotropic Weyl Anomalies, Lifshitz Holography, and Multicritical Symmetry Breaking 1:08:36
Kimyeong Lee, The 6D (1,0) and (2,0) Superconformal Field Theories 36:02
Stefano Kovacs, Membranes from Monopole Operators in ABJM Theory 54:29
Costis Papageorgakis, Revisiting Soliton Contributions to Perturbative Amplitudes 40:38
Neil Lambert, 5D Euclidean Yang-Mills and the M5-brane 50:46
Michael Green: String Scattering Amplitudes, Feynman Diagrams, and M-theory 1:11:44
Anirban Basu, Constraining Gravitational Interactions in the M-Theory Effective Action 41:49
Mark Van Raamsdonk, Gravitation from Entanglement in Holographic CFTs 45:07
source: LeonhardEuler1 2014年8月18日
Talks from the Modern Developments in M-Theory workshop held at Banff in January of 2014. The conference website, where the videos can be downloaded, can be found here: http://www.birs.ca/events/2014/5-day-workshops/14w5076/vi...
Leonardo Rastelli, The Superconformal Bootstrap Program 1:11:45
Seok Kim, M5-brane Superconformal Indices 48:29
Chong Sun Chu, A Non-abelian Self-duality Equation in Six-dimensions and Multiple M5-branes 36:59
Dmitri Sorokin, The M5-brane Action Revisited 31:22
Jeff Harvey, Mathieu Moonshine, Umbral Moonshine and Fivebranes 1:08:22
David Berman, Recent Developments in Double Field Theory and Extended Geometry for M-theory 48:54
Alejandra Castro, Wilson Lines in Higher Spin Gravity 52:41
Bengt Nilsson, Topologically Gauged CFTs in 3D: Solutions, AdS/CFT and Higher Spins 52:14
Marcos Mario, Exact Results and Non-perturbative Effects in M-theory 1:03:00
Savdeep Sethi, Acceleration in String Theory 56:00
Daniel Robbins, Constraining Higher Derivative Corrections with T-duality 53:30
Alessandro Tomasiello, All AdS7 Solutions of Type II Supergravity 56:58
Petr Horava, Anisotropic Weyl Anomalies, Lifshitz Holography, and Multicritical Symmetry Breaking 1:08:36
Kimyeong Lee, The 6D (1,0) and (2,0) Superconformal Field Theories 36:02
Stefano Kovacs, Membranes from Monopole Operators in ABJM Theory 54:29
Costis Papageorgakis, Revisiting Soliton Contributions to Perturbative Amplitudes 40:38
Neil Lambert, 5D Euclidean Yang-Mills and the M5-brane 50:46
Michael Green: String Scattering Amplitudes, Feynman Diagrams, and M-theory 1:11:44
Anirban Basu, Constraining Gravitational Interactions in the M-Theory Effective Action 41:49
Mark Van Raamsdonk, Gravitation from Entanglement in Holographic CFTs 45:07
Introductory Workshop on Algebraic Topology @ MSRI
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年8月5日
Videos from the MSRI introductory workshop on "Algebraic Topology" that took place at MSRI, Berkeley in January 2014. The workshop page (with videos and references and exercises) can be found here: http://www.msri.org/workshops/685
Introduction to Operads (William Dwyer @ MSRI) 59:38 About this talk: http://www.msri.org/workshops/685/sch...
Goodwillie's Calculus of Functors (Michael Ching @ MSRI) 57:23
Morita Theory in Stable Homotopy Theory (Brooke Shipley @ MSRI) 1:02:01
Chromatic Redshift (John Rognes @ MSRI) 54:48
Higher Categories and Algebraic K-Theory (Andrew Blumberg @ MSRI) 58:10
Towards Explicit Models for Higher K-Theories (Christopher Douglas @ MSRI) 1:02:17
Models for Homotopical Higher Categories (Julie Bergner @ MSRI) 55:00
Computations in the Stable Homotopy Groups of Spheres (Mark Behrens @ MSRI) 1:04:00
Computations in Motivic Homotopy Theory (Daniel Isaksen @ MSRI) 53:50
Views on the J-Homomorphism (Craig Westerland @ MSRI) 54:13
Local Structure of Groups and of their Classifying Spaces (Bob Oliver @ MSRI) 52:46
Equivariant Homotopy and Localization (Michael Hopkins @ MSRI) 1:03:17
Homotopy Theory of Kac-Moody Groups (Nitya Kitchloo @ MSRI) 59:57
[private video]
Representation Stability and Applications to Homological Stability (Thomas Church @ MSRI) 1:01:52
Stability of Moduli Spaces of Manifolds (Oscar Randal-Williams @ MSRI) 51:21
[private video]
Loop Groups, TQFTs, and Algebraic Geometry (Constantin Teleman @ MSRI) 1:02:15
source: LeonhardEuler1 2014年8月5日
Videos from the MSRI introductory workshop on "Algebraic Topology" that took place at MSRI, Berkeley in January 2014. The workshop page (with videos and references and exercises) can be found here: http://www.msri.org/workshops/685
Introduction to Operads (William Dwyer @ MSRI) 59:38 About this talk: http://www.msri.org/workshops/685/sch...
Goodwillie's Calculus of Functors (Michael Ching @ MSRI) 57:23
Morita Theory in Stable Homotopy Theory (Brooke Shipley @ MSRI) 1:02:01
Chromatic Redshift (John Rognes @ MSRI) 54:48
Higher Categories and Algebraic K-Theory (Andrew Blumberg @ MSRI) 58:10
Towards Explicit Models for Higher K-Theories (Christopher Douglas @ MSRI) 1:02:17
Models for Homotopical Higher Categories (Julie Bergner @ MSRI) 55:00
Computations in the Stable Homotopy Groups of Spheres (Mark Behrens @ MSRI) 1:04:00
Computations in Motivic Homotopy Theory (Daniel Isaksen @ MSRI) 53:50
Views on the J-Homomorphism (Craig Westerland @ MSRI) 54:13
Local Structure of Groups and of their Classifying Spaces (Bob Oliver @ MSRI) 52:46
Equivariant Homotopy and Localization (Michael Hopkins @ MSRI) 1:03:17
Homotopy Theory of Kac-Moody Groups (Nitya Kitchloo @ MSRI) 59:57
[private video]
Representation Stability and Applications to Homological Stability (Thomas Church @ MSRI) 1:01:52
Stability of Moduli Spaces of Manifolds (Oscar Randal-Williams @ MSRI) 51:21
[private video]
Loop Groups, TQFTs, and Algebraic Geometry (Constantin Teleman @ MSRI) 1:02:15
Noncommutative Algebraic Geometry
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年7月25日
Videos rom the MSRI summer graduate school "Noncommutative Algebraic Geometry" that took place at MSRI, Berkeley in June 2012. The workshop page (with videos and references and exercises) can be found here: http://www.msri.org/workshops/648
Noncommutative Resolutions I (Michael Wemyss @ MSRI) 1:34:42 About this talk: http://www.msri.org/summer_schools/64...
Noncommutative Resolutions II (Michael Wemyss @ MSRI) 1:34:25
Noncommutative Resolutions III (Michael Wemyss @ MSRI) 1:28:39
Noncommutative Resolutions IV (Michael Wemyss @ MSRI) 1:32:25
Noncommutative Resolutions V (Michael Wemyss @ MSRI) 1:32:44
Noncommutative Projective Geometry I (Dan Rogalski @ MSRI) 1:29:07
Noncommutative Projective Geometry II (Dan Rogalski @ MSRI) 1:22:49
Noncommutative Projective Geometry III (Dan Rogalski @ MSRI) 1:28:01
Noncommutative Projective Geometry IV (Dan Rogalski @ MSRI) 1:24:36
Noncommutative Projective Geometry V (Dan Rogalski @ MSRI) 1:27:29
Deformations of Algebras in Noncommutative Algebraic Geometry I (Travis Schedler @ MSRI) 1:32:07
Deformations of Algebras in Noncommutative Algebraic Geometry II (Travis Schedler @ MSRI) 1:34:32
Deformations of Algebras in Noncommutative Algebraic Geometry III (Travis Schedler @ MSRI) 1:32:43
Deformations of Algebras in Noncommutative Algebraic Geometry IV (Travis Schedler @ MSRI) 1:35:38
Deformations of Algebras in Noncommutative Algebraic Geometry V (Travis Schedler @ MSRI) 1:40:20
Symplectic Reflection Algebras I (Gwyn Bellamy @ MSRI) 1:31:20
Symplectic Reflection Algebras II (Gwyn Bellamy @ MSRI) 1:30:32
Symplectic Reflection Algebras III (Gwyn Bellamy @ MSRI) 1:31:25
Symplectic Reflection Algebras IV (Gwyn Bellamy @ MSRI) 1:33:30
Symplectic Reflection Algebras V (Gwyn Bellamy @ MSRI) 1:09:43
source: LeonhardEuler1 2014年7月25日
Videos rom the MSRI summer graduate school "Noncommutative Algebraic Geometry" that took place at MSRI, Berkeley in June 2012. The workshop page (with videos and references and exercises) can be found here: http://www.msri.org/workshops/648
Noncommutative Resolutions I (Michael Wemyss @ MSRI) 1:34:42 About this talk: http://www.msri.org/summer_schools/64...
Noncommutative Resolutions II (Michael Wemyss @ MSRI) 1:34:25
Noncommutative Resolutions III (Michael Wemyss @ MSRI) 1:28:39
Noncommutative Resolutions IV (Michael Wemyss @ MSRI) 1:32:25
Noncommutative Resolutions V (Michael Wemyss @ MSRI) 1:32:44
Noncommutative Projective Geometry I (Dan Rogalski @ MSRI) 1:29:07
Noncommutative Projective Geometry II (Dan Rogalski @ MSRI) 1:22:49
Noncommutative Projective Geometry III (Dan Rogalski @ MSRI) 1:28:01
Noncommutative Projective Geometry IV (Dan Rogalski @ MSRI) 1:24:36
Noncommutative Projective Geometry V (Dan Rogalski @ MSRI) 1:27:29
Deformations of Algebras in Noncommutative Algebraic Geometry I (Travis Schedler @ MSRI) 1:32:07
Deformations of Algebras in Noncommutative Algebraic Geometry II (Travis Schedler @ MSRI) 1:34:32
Deformations of Algebras in Noncommutative Algebraic Geometry III (Travis Schedler @ MSRI) 1:32:43
Deformations of Algebras in Noncommutative Algebraic Geometry IV (Travis Schedler @ MSRI) 1:35:38
Deformations of Algebras in Noncommutative Algebraic Geometry V (Travis Schedler @ MSRI) 1:40:20
Symplectic Reflection Algebras I (Gwyn Bellamy @ MSRI) 1:31:20
Symplectic Reflection Algebras II (Gwyn Bellamy @ MSRI) 1:30:32
Symplectic Reflection Algebras III (Gwyn Bellamy @ MSRI) 1:31:25
Symplectic Reflection Algebras IV (Gwyn Bellamy @ MSRI) 1:33:30
Symplectic Reflection Algebras V (Gwyn Bellamy @ MSRI) 1:09:43
Introductory Workshop on Mathematical Relativity
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年7月24日
Videos from the MSRI introductory workshop "Mathematical Relativity" that took place at MSRI, Berkeley in September 2013. The workshop page (with videos and some supplemental material) can be found here: http://www.msri.org/workshops/691
Spacetime Geometry: A Setting for General Relativity (Daniel Pollack @ MSRI) 50:49 About this talk: http://www.msri.org/workshops/691/sch...
Conformal Method of Constructing Cauchy Data for the Einstein Equations I (David Maxwell @ MSRI) 57:25
Introduction to Decay of Fields Outside Black Holes (Pieter Blue @ MSRI) 59:57
Conformal Method of Constructing Cauchy Data for the Einstein Equations II (David Maxwell @ MSRI) 57:25
The Cosmic Censorship Conjectures I (Mihalis Dafermos @ MSRI) 59:57
Further Topics in Decay of Fields Outside Black Holes (Pieter Blue @ MSRI) 58:36
Quasi-Local Mass in General Relativity I (Mu-Tao Wang @ MSRI) 1:09:17
The Cosmic Censorship Conjectures II (Mihalis Dafermos @ MSRI) 1:08:20
Density Theorems for the Einstein Constraint Equations (Lan-Hsuan Huang @ MSRI) 56:01
Null Hypersurfaces in Lorentzian Spacetimes (Lydia Bieri @ MSRI) 1:05:50
The Einstein Field Equations: A PDE Perspective (Daniel Pollack @ MSRI) 47:31
Gravitational Radiation - A Geometric-Analytic Approach (Lydia Bieri @ MSRI) 1:02:54
Quasi-Local Mass in General Relativity II (Mu-Tao Wang @ MSRI) 1:06:11
Cosmology (Hans Ringström @ MSRI) 1:01:38
An Introduction to the Penrose Inequality Conjecture (Marc Mars @ MSRI) 1:03:34
source: LeonhardEuler1 2014年7月24日
Videos from the MSRI introductory workshop "Mathematical Relativity" that took place at MSRI, Berkeley in September 2013. The workshop page (with videos and some supplemental material) can be found here: http://www.msri.org/workshops/691
Spacetime Geometry: A Setting for General Relativity (Daniel Pollack @ MSRI) 50:49 About this talk: http://www.msri.org/workshops/691/sch...
Conformal Method of Constructing Cauchy Data for the Einstein Equations I (David Maxwell @ MSRI) 57:25
Introduction to Decay of Fields Outside Black Holes (Pieter Blue @ MSRI) 59:57
Conformal Method of Constructing Cauchy Data for the Einstein Equations II (David Maxwell @ MSRI) 57:25
The Cosmic Censorship Conjectures I (Mihalis Dafermos @ MSRI) 59:57
Further Topics in Decay of Fields Outside Black Holes (Pieter Blue @ MSRI) 58:36
Quasi-Local Mass in General Relativity I (Mu-Tao Wang @ MSRI) 1:09:17
The Cosmic Censorship Conjectures II (Mihalis Dafermos @ MSRI) 1:08:20
Density Theorems for the Einstein Constraint Equations (Lan-Hsuan Huang @ MSRI) 56:01
Null Hypersurfaces in Lorentzian Spacetimes (Lydia Bieri @ MSRI) 1:05:50
The Einstein Field Equations: A PDE Perspective (Daniel Pollack @ MSRI) 47:31
Gravitational Radiation - A Geometric-Analytic Approach (Lydia Bieri @ MSRI) 1:02:54
Quasi-Local Mass in General Relativity II (Mu-Tao Wang @ MSRI) 1:06:11
Cosmology (Hans Ringström @ MSRI) 1:01:38
An Introduction to the Penrose Inequality Conjecture (Marc Mars @ MSRI) 1:03:34
2017-05-16
Symplectic Geometry, Noncommutative Geometry, and Physics
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年7月22日
Videos from the MSRI workshop "Symplectic Geometry, Noncommutative Geometry, and Physics" that took place at MSRI, Berkeley in May 2010. The workshop page (with videos and some supplemental material) can be found here: http://www.msri.org/workshops/548
Motivic Donaldson-Thomas Invariants and Wall-Crossing Formulas I (Yan Soibelman @ MSRI)1:03:29 About this talk: http://www.msri.org/workshops/548/sch...
Remarks on Differential Cohomology (James Simons @ MSRI) 56:41
Lagrangian Correspondences and Holomorphic Quilts (Katrin Wehrheim @ MSRI) 1:01:06
Lagrangian Floer Theory of Toric Manifolds and Mirror Symmetry (Yong-Geun Oh @ MSRI) 1:03:02
Towards Singular Lagrangian Floer Theory (Manabu Akaho @ MSRI) 52:27
Motivic Donaldson-Thomas Invariants and Wall-Crossing Formulas II (Yan Soibelman @ MSRI) 1:05:34
Topological Field Theory and Complex Symplectic Geometry (Anton Kapustin @ MSRI) 1:06:43
A Symplectic Category - Chain Level Version and Symplectic Applications (Katrin Wehrheim @ MSRI) 57:01
Special Lagrangian Torus Fibrations and Mirror Symmetry I (Denis Auroux @ MSRI) 57:57
On Some Deformation of Fukaya Category (Hiroshige Kajiura @ MSRI) 1:05:55
Motivic Donaldson-Thomas Invariants and Wall-Crossing Formulas III (Yan Soibelman @ MSRI) 1:04:28
Topological Quantum Field Theory and the Symplectic Category (Katrin Wehrheim @ MSRI) 1:02:56
Wall Crossing as Seen by M Theory and Matrix Models (Hirosi Ooguri @ MSRI) 54:27
Special Lagrangian Torus Fibrations and Mirror Symmetry II (Denis Auroux @ MSRI) 1:01:54
Microlocal Category for a Symplectic Manifold (Dmitry Tamarkin @ MSRI) 58:01
Matrix Model Techniques in Enumerative Geometry (Bertrand Eynard @ MSRI) 51:15
Landau-Ginzburg/Calabi-Yau Correspondence (Yongbin Ruan @ MSRI) 54:56
Homotopy Algebra with Operads (Bruno Vallette @ MSRI) 1:05:37
Special Lagrangian Torus Fibrations and Mirror Symmetry III (Denis Auroux @ MSRI) 1:01:14
Wall Crossing, Quivers, and Dimers (Mina Aganagic @ MSRI) 1:08:03
Entropy of Manifolds with Reduced Holonomy (Tohru Eguchi @ MSRI) 48:47
source: LeonhardEuler1 2014年7月22日
Videos from the MSRI workshop "Symplectic Geometry, Noncommutative Geometry, and Physics" that took place at MSRI, Berkeley in May 2010. The workshop page (with videos and some supplemental material) can be found here: http://www.msri.org/workshops/548
Motivic Donaldson-Thomas Invariants and Wall-Crossing Formulas I (Yan Soibelman @ MSRI)1:03:29 About this talk: http://www.msri.org/workshops/548/sch...
Remarks on Differential Cohomology (James Simons @ MSRI) 56:41
Lagrangian Correspondences and Holomorphic Quilts (Katrin Wehrheim @ MSRI) 1:01:06
Lagrangian Floer Theory of Toric Manifolds and Mirror Symmetry (Yong-Geun Oh @ MSRI) 1:03:02
Towards Singular Lagrangian Floer Theory (Manabu Akaho @ MSRI) 52:27
Motivic Donaldson-Thomas Invariants and Wall-Crossing Formulas II (Yan Soibelman @ MSRI) 1:05:34
Topological Field Theory and Complex Symplectic Geometry (Anton Kapustin @ MSRI) 1:06:43
A Symplectic Category - Chain Level Version and Symplectic Applications (Katrin Wehrheim @ MSRI) 57:01
Special Lagrangian Torus Fibrations and Mirror Symmetry I (Denis Auroux @ MSRI) 57:57
On Some Deformation of Fukaya Category (Hiroshige Kajiura @ MSRI) 1:05:55
Motivic Donaldson-Thomas Invariants and Wall-Crossing Formulas III (Yan Soibelman @ MSRI) 1:04:28
Topological Quantum Field Theory and the Symplectic Category (Katrin Wehrheim @ MSRI) 1:02:56
Wall Crossing as Seen by M Theory and Matrix Models (Hirosi Ooguri @ MSRI) 54:27
Special Lagrangian Torus Fibrations and Mirror Symmetry II (Denis Auroux @ MSRI) 1:01:54
Microlocal Category for a Symplectic Manifold (Dmitry Tamarkin @ MSRI) 58:01
Matrix Model Techniques in Enumerative Geometry (Bertrand Eynard @ MSRI) 51:15
Landau-Ginzburg/Calabi-Yau Correspondence (Yongbin Ruan @ MSRI) 54:56
Homotopy Algebra with Operads (Bruno Vallette @ MSRI) 1:05:37
Special Lagrangian Torus Fibrations and Mirror Symmetry III (Denis Auroux @ MSRI) 1:01:14
Wall Crossing, Quivers, and Dimers (Mina Aganagic @ MSRI) 1:08:03
Entropy of Manifolds with Reduced Holonomy (Tohru Eguchi @ MSRI) 48:47
Introductory Workshop on Analysis on Singular Spaces @ MSRI
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年7月12日
Videos from the MSRI "Introductory Workshop on Analysis on Singular Spaces" that took place at MSRI, Berkeley in September 2008. The workshop page (with videos and some supplemental material) can be found here: http://www.msri.org/workshops/443
Pseudodifferential Operators on Singular Spaces I (Michael Taylor @ MSRI) 53:53 About this talk: http://www.msri.org/workshops/443/sch...
Pseudodifferential Operators on Singular Spaces II (Michael Taylor @ MSRI) 58:43
Pseudodifferential Operators on Singular Spaces III (Michael Taylor @ MSRI) 52:06
Pseudodifferential Operators on Singular Spaces IV (Michael Taylor @ MSRI) 55:51
Real Blow-ups I (Richard Melrose @ MSRI) 1:01:06
Introduction to Index Theory I (Gerd Grubb @ MSRI) 58:35
Real Blow-ups II (Richard Melrose @ MSRI) 54:38
Introduction to Index Theory II (Gerd Grubb @ MSRI) 50:51
Real Blow-ups III (Richard Melrose @ MSRI) 55:14
Introduction to Index Theory III (Gerd Grubb @ MSRI) 55:19
Spectral and Scattering Theory I (Maciej Zworski @ MSRI) 53:36
Cohomology I (Gilles Carron @ MSRI) 1:02:52
Spectral and Scattering theory II (Tanya Christiansen @ MSRI) 13:34
Cohomology II (Gilles Carron @ MSRI) 57:38
Spectral and Scattering Theory III (Maciej Zworski @ MSRI) 34:28
Index Theory on Singular Spaces I (Paul Loya @ MSRI) 56:11
Spectral and Scattering Theory IV (Tanya Christiansen @ MSRI) 55:02
Cohomology III (Gilles Carron @ MSRI) 1:04:32
Index Theory on Singular Spaces II (Paul Loya @ MSRI) 30:56
source: LeonhardEuler1 2014年7月12日
Videos from the MSRI "Introductory Workshop on Analysis on Singular Spaces" that took place at MSRI, Berkeley in September 2008. The workshop page (with videos and some supplemental material) can be found here: http://www.msri.org/workshops/443
Pseudodifferential Operators on Singular Spaces I (Michael Taylor @ MSRI) 53:53 About this talk: http://www.msri.org/workshops/443/sch...
Pseudodifferential Operators on Singular Spaces II (Michael Taylor @ MSRI) 58:43
Pseudodifferential Operators on Singular Spaces III (Michael Taylor @ MSRI) 52:06
Pseudodifferential Operators on Singular Spaces IV (Michael Taylor @ MSRI) 55:51
Real Blow-ups I (Richard Melrose @ MSRI) 1:01:06
Introduction to Index Theory I (Gerd Grubb @ MSRI) 58:35
Real Blow-ups II (Richard Melrose @ MSRI) 54:38
Introduction to Index Theory II (Gerd Grubb @ MSRI) 50:51
Real Blow-ups III (Richard Melrose @ MSRI) 55:14
Introduction to Index Theory III (Gerd Grubb @ MSRI) 55:19
Spectral and Scattering Theory I (Maciej Zworski @ MSRI) 53:36
Cohomology I (Gilles Carron @ MSRI) 1:02:52
Spectral and Scattering theory II (Tanya Christiansen @ MSRI) 13:34
Cohomology II (Gilles Carron @ MSRI) 57:38
Spectral and Scattering Theory III (Maciej Zworski @ MSRI) 34:28
Index Theory on Singular Spaces I (Paul Loya @ MSRI) 56:11
Spectral and Scattering Theory IV (Tanya Christiansen @ MSRI) 55:02
Cohomology III (Gilles Carron @ MSRI) 1:04:32
Index Theory on Singular Spaces II (Paul Loya @ MSRI) 30:56
Reimagining the Foundations of Algebraic Topology (@MSRI)
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年7月11日
Videos from the MSRI workshop "Reimagining the Foundations of Algebraic Topology" that took place at MSRI, Berkeley in April 2014. The workshop page (with videos and some supplemental material) can be found here: http://www.msri.org/workshops/689
Algebraic Geometry of Topological Field Theories (David Ben-Zvi @ MSRI) 1:03:38 About this talk: http://www.msri.org/workshops/689/sch...
Poincaré/Koszul Duality (David Ayala @ MSRI) 59:14
Poincaré/Koszul Duality and Formal Moduli (John Francis @ MSRI) 56:47
The Formal Theory of Adjunctions, Monads, Algebras, and Descent (Emily Riehl @ MSRI) 1:01:34
What is an Elementary Higher Topos? (Andre Joyal @ MSRI) 1:08:45
Co-Segal Algebras and Deligne's Conjecture (Hugo Bacard @ MSRI) 52:23
Aspects of Differential Cohomology (Thomas Nikolaus @ MSRI) 1:06:35
Modeling Stable 2-Types (Angelica Osorno @ MSRI) 59:03
Redshift and Higher Categories (Clark Barwick @ MSRI) 1:00:46
The Unicity of the Homotopy Theory of Higher Categories (Christopher Schommer-Pries @ MSRI) 1:04:44
Derived Equivariant Algebraic Geometry (Michael Hill @ MSRI) 1:00:14
Duality, Algebro-Homotopically (Vesna Stojanoska @ MSRI) 1:01:51
Calculations in Multiplicative Stable Homotopy Theory at Height 2 (Charles Rezk @ MSRI) 1:04:12
En Genera (Michael Mandell @ MSRI) 1:04:06
Motives Versus Noncommutative Motives (Goncalo Tabuada @ MSRI) 59:04
Thom Spectra and Twisted Umkehr Maps (David Gepner @ MSRI) 1:01:30
A K(Z,4) in Nature (Andre Henriques @ MSRI) 59:46
source: LeonhardEuler1 2014年7月11日
Videos from the MSRI workshop "Reimagining the Foundations of Algebraic Topology" that took place at MSRI, Berkeley in April 2014. The workshop page (with videos and some supplemental material) can be found here: http://www.msri.org/workshops/689
Algebraic Geometry of Topological Field Theories (David Ben-Zvi @ MSRI) 1:03:38 About this talk: http://www.msri.org/workshops/689/sch...
Poincaré/Koszul Duality (David Ayala @ MSRI) 59:14
Poincaré/Koszul Duality and Formal Moduli (John Francis @ MSRI) 56:47
The Formal Theory of Adjunctions, Monads, Algebras, and Descent (Emily Riehl @ MSRI) 1:01:34
What is an Elementary Higher Topos? (Andre Joyal @ MSRI) 1:08:45
Co-Segal Algebras and Deligne's Conjecture (Hugo Bacard @ MSRI) 52:23
Aspects of Differential Cohomology (Thomas Nikolaus @ MSRI) 1:06:35
Modeling Stable 2-Types (Angelica Osorno @ MSRI) 59:03
Redshift and Higher Categories (Clark Barwick @ MSRI) 1:00:46
The Unicity of the Homotopy Theory of Higher Categories (Christopher Schommer-Pries @ MSRI) 1:04:44
Derived Equivariant Algebraic Geometry (Michael Hill @ MSRI) 1:00:14
Duality, Algebro-Homotopically (Vesna Stojanoska @ MSRI) 1:01:51
Calculations in Multiplicative Stable Homotopy Theory at Height 2 (Charles Rezk @ MSRI) 1:04:12
En Genera (Michael Mandell @ MSRI) 1:04:06
Motives Versus Noncommutative Motives (Goncalo Tabuada @ MSRI) 59:04
Thom Spectra and Twisted Umkehr Maps (David Gepner @ MSRI) 1:01:30
A K(Z,4) in Nature (Andre Henriques @ MSRI) 59:46
Symplectic and Contact Geometry and Topology
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年7月21日
The MSRI workshop "Introductory Workshop: Symplectic and Contact Geometry and Topology" took place at MSRI, Berkeley in August 2009. The workshop page (where you can download the videos) can be found here: http://www.msri.org/workshops/479
Historical Overview, Motivating Problems and Basic Background I (Dusa McDuff @ MSRI) 1:01:56 About this talk: http://www.msri.org/workshops/479/sch...
Basic Background II (Dusa McDuff @ MSRI) 1:03:30
Algebraic Formalism of Symplectic Field Theory I (Yakov Eliashberg @ MSRI) 1:16:06
Algebraic Formalism of Symplectic Field Theory II (Yakov Eliashberg @ MSRI) 1:15:50
Analytic Foundations of Symplectic Field Theory I (Helmut Hofer @ MSRI) 1:15:41
Analytic Foundations of Symplectic Field Theory II (Helmut Hofer @ MSRI) 1:21:41
Convex Surfaces and Classification of Contact Structures (Ko Honda @ MSRI) 1:15:39
Integrable Systems of Symplectic Field Theories (Paolo Rossi @ MSRI) 1:05:22
Quasi-States and Quasi-Morphisms in Symplectic Topology (Michael Entov @ MSRI) 1:03:27
Floer Homology (Peter Albers @ MSRI) 1:31:04
Lagrangian Floer Homology (Sikimeti Ma'u @ MSRI) 1:17:28
Obstruction in Lagrangian Floer Theory (Mohammed Abouzaid @ MSRI) 1:15:09
Symplectic Homology (Mark McLean @ MSRI) 55:04
Open Book Decompositions and the Giroux Correspondence (John Etnyre @ MSRI) 1:15:53
Lefschetz Fibrations and 4-manifolds (Denis Auroux @ MSRI) 1:02:47
Knot Homology (Lenhard Ng @ MSRI) 1:14:36
Wide-Narrow Dichotomy for Lagrangian Submanifolds (Octav Cornea @ MSRI) 1:03:34
High Dimensional Lefschetz Fibrations and Floer Homology (Maksim Maydanskiy @ MSRI) 50:28
Periodic Orbits in Hamiltonian Dynamics (Victor Ginzburg @ MSRI) 1:02:19
Analytic Foundations: Polyfold Structures for Holomorphic Disks (Katrin Wehrheim @ MSRI) 1:05:13
source: LeonhardEuler1 2014年7月21日
The MSRI workshop "Introductory Workshop: Symplectic and Contact Geometry and Topology" took place at MSRI, Berkeley in August 2009. The workshop page (where you can download the videos) can be found here: http://www.msri.org/workshops/479
Historical Overview, Motivating Problems and Basic Background I (Dusa McDuff @ MSRI) 1:01:56 About this talk: http://www.msri.org/workshops/479/sch...
Basic Background II (Dusa McDuff @ MSRI) 1:03:30
Algebraic Formalism of Symplectic Field Theory I (Yakov Eliashberg @ MSRI) 1:16:06
Algebraic Formalism of Symplectic Field Theory II (Yakov Eliashberg @ MSRI) 1:15:50
Analytic Foundations of Symplectic Field Theory I (Helmut Hofer @ MSRI) 1:15:41
Analytic Foundations of Symplectic Field Theory II (Helmut Hofer @ MSRI) 1:21:41
Convex Surfaces and Classification of Contact Structures (Ko Honda @ MSRI) 1:15:39
Integrable Systems of Symplectic Field Theories (Paolo Rossi @ MSRI) 1:05:22
Quasi-States and Quasi-Morphisms in Symplectic Topology (Michael Entov @ MSRI) 1:03:27
Floer Homology (Peter Albers @ MSRI) 1:31:04
Lagrangian Floer Homology (Sikimeti Ma'u @ MSRI) 1:17:28
Obstruction in Lagrangian Floer Theory (Mohammed Abouzaid @ MSRI) 1:15:09
Symplectic Homology (Mark McLean @ MSRI) 55:04
Open Book Decompositions and the Giroux Correspondence (John Etnyre @ MSRI) 1:15:53
Lefschetz Fibrations and 4-manifolds (Denis Auroux @ MSRI) 1:02:47
Knot Homology (Lenhard Ng @ MSRI) 1:14:36
Wide-Narrow Dichotomy for Lagrangian Submanifolds (Octav Cornea @ MSRI) 1:03:34
High Dimensional Lefschetz Fibrations and Floer Homology (Maksim Maydanskiy @ MSRI) 50:28
Periodic Orbits in Hamiltonian Dynamics (Victor Ginzburg @ MSRI) 1:02:19
Analytic Foundations: Polyfold Structures for Holomorphic Disks (Katrin Wehrheim @ MSRI) 1:05:13
2017-05-13
Geometric Scattering Theory and Applications (2014)
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年11月11日
Talks from the "Geometric Scattering Theory and Applications" workshop held at Banff in November of 2014.
The conference website, where the videos can be downloaded, can be found here:
https://www.birs.ca/events/2014/5-day-workshops/14w5105/v...
David Sher, Analytic Torsion on Manifolds with Cusps 43:30
Eugenie Hunsicker, A Hodge Theorem for Intersection Space Cohomology 42:02
Frederic Rochon, An Index Theorem via Resolvent Estimates 40:59
Jesse Gell-Redman, The Feynman Propagator on Asymptotically Minkowski Spaces 44:06
Pierre Albin, Fibered Cusp Degeneration and a Cheeger-Muller Theorem 43:49
A. Rod Gover, Boundary Operators on Conformally Compact Manifolds, and a Boundary... 44:14
Alex Strohmaier, Hahn Holomorphic Functions in Scattering and Low Energy Expansions 42:35
Anda Degeratu, QAC Spaces 40:35
András Vasy, Non-elliptic Fredholm Problems 46:52
Andrew Hassell, Resolvent, Spectral Measure, Spectral Multipliers and Strichartz Estimates... 51:51
Antonio Sa Barreto, Inverse Problem on Asymptotically Hyperbolic Manifolds with Partial Data 48:04
Austin Ford, The Diffractive Wave Trace on Conic Manifolds 41:47
Chris Kottke, Gluing Monopoles at Infinity 49:59
David Borthwick, Symmetry Factorization of Selberg Zeta Functions and Distributions of Resonances 43:07
Dean Baskin, Asymptotics of Scalar Waves on Long-range Asymptotically Minkowski Spaces 40:52
Dietrich Häfner, Asymptotic Completeness for Superradiant Klein-Gordon Equations and... 36:56
Frederic Naud, Sharp Resonances on Hyperbolic Manifolds 38:31
Gerardo Mendoza, Elliptic Operators of Variable Order 38:25
Jeffrey Galkowski, Distribution of Resonances for Scattering by Thin Barriers 46:24
Jeremy Marzuola, Dispersive Estimates for Schrödinger Operators with Potential on H^d 37:29
Matti Lassas, Scattering Problems and the Inverse Problems for Non-linear Wave Equations 51:34
Maxime Ingremeau, Distorted Plane Waves in Chaotic Scattering 37:37
Peter Perry, Open Problem Session 8:36
Semyon Dyatlov, A Microlocal Toolbox for Hyperbolic Dynamics 43:30
Shu Nakamura, Microlocal Properties for Scattering Matrices 41:20
Spyros Alexakis, Global Uniqueness Theorems and Decay Properties for Linear and Nonlinear Waves 40:27
Suresh Eswarathasan, Perturbations of the Schrödinger Equation on Negatively Curved Surfaces 43:27
Tanya Christiansen, Resonances in Even-dimensional Euclidean Scattering 46:11
Werner Müller, Analytic Torsion of Locally Symmetric Spaces of Finite Volume 51:08
Xuwen Zhu, Resolution of the Canonical Fiber Metrics for a Lefschetz Fibration 33:59
source: LeonhardEuler1 2014年11月11日
Talks from the "Geometric Scattering Theory and Applications" workshop held at Banff in November of 2014.
The conference website, where the videos can be downloaded, can be found here:
https://www.birs.ca/events/2014/5-day-workshops/14w5105/v...
David Sher, Analytic Torsion on Manifolds with Cusps 43:30
Eugenie Hunsicker, A Hodge Theorem for Intersection Space Cohomology 42:02
Frederic Rochon, An Index Theorem via Resolvent Estimates 40:59
Jesse Gell-Redman, The Feynman Propagator on Asymptotically Minkowski Spaces 44:06
Pierre Albin, Fibered Cusp Degeneration and a Cheeger-Muller Theorem 43:49
A. Rod Gover, Boundary Operators on Conformally Compact Manifolds, and a Boundary... 44:14
Alex Strohmaier, Hahn Holomorphic Functions in Scattering and Low Energy Expansions 42:35
Anda Degeratu, QAC Spaces 40:35
András Vasy, Non-elliptic Fredholm Problems 46:52
Andrew Hassell, Resolvent, Spectral Measure, Spectral Multipliers and Strichartz Estimates... 51:51
Antonio Sa Barreto, Inverse Problem on Asymptotically Hyperbolic Manifolds with Partial Data 48:04
Austin Ford, The Diffractive Wave Trace on Conic Manifolds 41:47
Chris Kottke, Gluing Monopoles at Infinity 49:59
David Borthwick, Symmetry Factorization of Selberg Zeta Functions and Distributions of Resonances 43:07
Dean Baskin, Asymptotics of Scalar Waves on Long-range Asymptotically Minkowski Spaces 40:52
Dietrich Häfner, Asymptotic Completeness for Superradiant Klein-Gordon Equations and... 36:56
Frederic Naud, Sharp Resonances on Hyperbolic Manifolds 38:31
Gerardo Mendoza, Elliptic Operators of Variable Order 38:25
Jeffrey Galkowski, Distribution of Resonances for Scattering by Thin Barriers 46:24
Jeremy Marzuola, Dispersive Estimates for Schrödinger Operators with Potential on H^d 37:29
Matti Lassas, Scattering Problems and the Inverse Problems for Non-linear Wave Equations 51:34
Maxime Ingremeau, Distorted Plane Waves in Chaotic Scattering 37:37
Peter Perry, Open Problem Session 8:36
Semyon Dyatlov, A Microlocal Toolbox for Hyperbolic Dynamics 43:30
Shu Nakamura, Microlocal Properties for Scattering Matrices 41:20
Spyros Alexakis, Global Uniqueness Theorems and Decay Properties for Linear and Nonlinear Waves 40:27
Suresh Eswarathasan, Perturbations of the Schrödinger Equation on Negatively Curved Surfaces 43:27
Tanya Christiansen, Resonances in Even-dimensional Euclidean Scattering 46:11
Werner Müller, Analytic Torsion of Locally Symmetric Spaces of Finite Volume 51:08
Xuwen Zhu, Resolution of the Canonical Fiber Metrics for a Lefschetz Fibration 33:59
General Relativity (Michael Duff @PSI 2012)
# playlist of the 15 videos (click the upper-left icon of the video)
source: LeonhardEuler1 2012年11月25日
Lectures by Mike Duff on general relativity, which were given at the Perimeter Institute PSI program in 2012. This lecture discusses the motivation for Einstein's infamous theory. It provides a comparison of special relativity vs Newtonian gravity.
The videos can be found in a few other formats at the Perimeter Institute's website here: http://www.perimeterscholars.org/398....
There are also videos from lectures on this topic from previous years, as well as quite a few other topics in theoretical physics- check them out.
Viewers should probably have some knowledge of special relativity before watching these, so lectures on a that topic can be found here: http://www.youtube.com/course?list=EC...
As an additional resource, you might want to check out the lectures Stanford has generously posted here on Youtube, given by Leonard Susskind, on general relativity. They can be found here: http://www.youtube.com/course?list=EC...
One final resource is this wonderful series from the Youtube channel viascience: http://www.youtube.com/playlist?list=...
General Relativity (Michael Duff @PSI 2012)
General relativity is one of the most important breakthroughs in the history of physics, and a solid understanding of this topic is required for work in essentially any field of modern physics, so I figured that I would be remise if I didn't include some lectures on it here on my channel (and I intend to make my own videos on the subject one day as well).
These lectures were given by Michael Duff, who is the Principal of the Faculty of Physical Sciences and Abdus Salam Chair of Theoretical Physics at Imperial College London. His work involves many aspects of fundamental physics from M-theory to elementary particle theory, from quantum gravity to Kaluza-Klein theory, and supergravity (the latter two of which are discussed in lecture 14).
These lectures were given by Prof. Duff at the 2012/2013 Perimeter Institute PSI program - they are NOT my videos! All rights, credit, etc. go to the Perimeter Institute, which can be found at the website linked to below. Moreover, all the videos can be downloaded from the Perimeter Institute website, in various formats and from previous years: http://www.perimeterscholars.org/398.html
Additionally, there are some excellent lectures on GR by Leonard Susskind which can be found over on Stanford's Channel (I figured a few more wouldn't hurt): http://www.youtube.com/course?list=EC6C8BDEEBA6BDC78D
Before tackling these lectures, you may wish to learn/review the special theory of relativity; for example, here: http://www.youtube.com/course?list=ECD9DDFBDC338226CA
One final resource is this wonderful series from the Youtube channel viascience: http://www.youtube.com/playlist?list=PLF56602BAC693237E
source: LeonhardEuler1 2012年11月25日
Lectures by Mike Duff on general relativity, which were given at the Perimeter Institute PSI program in 2012. This lecture discusses the motivation for Einstein's infamous theory. It provides a comparison of special relativity vs Newtonian gravity.
The videos can be found in a few other formats at the Perimeter Institute's website here: http://www.perimeterscholars.org/398....
There are also videos from lectures on this topic from previous years, as well as quite a few other topics in theoretical physics- check them out.
Viewers should probably have some knowledge of special relativity before watching these, so lectures on a that topic can be found here: http://www.youtube.com/course?list=EC...
As an additional resource, you might want to check out the lectures Stanford has generously posted here on Youtube, given by Leonard Susskind, on general relativity. They can be found here: http://www.youtube.com/course?list=EC...
One final resource is this wonderful series from the Youtube channel viascience: http://www.youtube.com/playlist?list=...
General Relativity (Michael Duff @PSI 2012)
General relativity is one of the most important breakthroughs in the history of physics, and a solid understanding of this topic is required for work in essentially any field of modern physics, so I figured that I would be remise if I didn't include some lectures on it here on my channel (and I intend to make my own videos on the subject one day as well).
These lectures were given by Michael Duff, who is the Principal of the Faculty of Physical Sciences and Abdus Salam Chair of Theoretical Physics at Imperial College London. His work involves many aspects of fundamental physics from M-theory to elementary particle theory, from quantum gravity to Kaluza-Klein theory, and supergravity (the latter two of which are discussed in lecture 14).
These lectures were given by Prof. Duff at the 2012/2013 Perimeter Institute PSI program - they are NOT my videos! All rights, credit, etc. go to the Perimeter Institute, which can be found at the website linked to below. Moreover, all the videos can be downloaded from the Perimeter Institute website, in various formats and from previous years: http://www.perimeterscholars.org/398.html
Additionally, there are some excellent lectures on GR by Leonard Susskind which can be found over on Stanford's Channel (I figured a few more wouldn't hurt): http://www.youtube.com/course?list=EC6C8BDEEBA6BDC78D
Before tackling these lectures, you may wish to learn/review the special theory of relativity; for example, here: http://www.youtube.com/course?list=ECD9DDFBDC338226CA
One final resource is this wonderful series from the Youtube channel viascience: http://www.youtube.com/playlist?list=PLF56602BAC693237E
Quantum Field Theory II Lectures (Francois David @ PSI 2011)
# playlist of the 15 videos (click the upper-left icon of the video)
source: LeonhardEuler1 2012年9月5日
Lectures by Francois David on the second course of quantum field theory, which were given at the Perimeter Institute PSI programme in 2011. This lecture introduces path integration and Euclidean time.
The videos can be found in a few other formats at the Perimeter Institutes website here:
http://www.perimeterscholars.org/325....
There are also videos from lectures on this topic from 2009 and 2010, as well as quite a few other topics in theoretical physics- check them out.
Perhaps these lectures will provide a nice follow up to the lectures given by David Tong on the first course in quantum field theory, which can be found here:
https://www.youtube.com/playlist?list...
Quantum Field Theory II Lectures (Francois David @ PSI 2011)
I didn't see any videos here on Youtube covering the topics of this second course on quantum field theory, so I thought I would upload these lectures (given by Francois David in 2011 - NOT my videos! All rights, credit, etc. go to the Perimeter Institute, which can be found at the website linked to below) until I have to time and mastery of the concepts required to be comfortable making my own videos on the topics. All the videos come from, and can be downloaded from in various formats and from previous years, the Perimeter Institute (where these lectures took place) website: http://www.perimeterscholars.org/325.html
Before attacking these topics, it would be wise have first have familiarity with the basics of quantum field theory involving the quantization of the Klein-Gordon equation and the Dirac equation, as well as some knowledge of Feynman diagrams and Feynman rules (in particular those relating to quantum electrodynamics [QED]). Excellent lectures on these topics, given by David Tong of Cambridge at the Perimeter Institute in 2009, can be seen here:
https://www.youtube.com/playlist?list=PLCFDAC024C6B67171&...
source: LeonhardEuler1 2012年9月5日
Lectures by Francois David on the second course of quantum field theory, which were given at the Perimeter Institute PSI programme in 2011. This lecture introduces path integration and Euclidean time.
The videos can be found in a few other formats at the Perimeter Institutes website here:
http://www.perimeterscholars.org/325....
There are also videos from lectures on this topic from 2009 and 2010, as well as quite a few other topics in theoretical physics- check them out.
Perhaps these lectures will provide a nice follow up to the lectures given by David Tong on the first course in quantum field theory, which can be found here:
https://www.youtube.com/playlist?list...
Quantum Field Theory II Lectures (Francois David @ PSI 2011)
I didn't see any videos here on Youtube covering the topics of this second course on quantum field theory, so I thought I would upload these lectures (given by Francois David in 2011 - NOT my videos! All rights, credit, etc. go to the Perimeter Institute, which can be found at the website linked to below) until I have to time and mastery of the concepts required to be comfortable making my own videos on the topics. All the videos come from, and can be downloaded from in various formats and from previous years, the Perimeter Institute (where these lectures took place) website: http://www.perimeterscholars.org/325.html
Before attacking these topics, it would be wise have first have familiarity with the basics of quantum field theory involving the quantization of the Klein-Gordon equation and the Dirac equation, as well as some knowledge of Feynman diagrams and Feynman rules (in particular those relating to quantum electrodynamics [QED]). Excellent lectures on these topics, given by David Tong of Cambridge at the Perimeter Institute in 2009, can be seen here:
https://www.youtube.com/playlist?list=PLCFDAC024C6B67171&...
Conformal Field Theory (Jaume Gomis @PSI 2011)
# playlist of the 14 videos (click the upper-left icon of the video)
source: LeonhardEuler1 2012年9月5日
Lectures by Jaume Gomis on conformal field theory, which were given at the Perimeter Institute PSI programme in 2011. This lecture is the first part of the introduction to conformal field theory, which introduces conformal invariance of classical actions, RG flows and fixed points, and the classification of operators.
There are also videos from lectures on this topic from 2009 and 2010, as well as quite a few other topics in theoretical physics- check them out.
Viewers should probably have some knowledge of quantum field theory before watching these, so lectures on a two-part course on that topic can be found here:
ttps://www.youtube.com/playlist?list...
https://www.youtube.com/playlist?list...
Conformal Field Theory (Jaume Gomis @PSI 2011)
I didn't see any videos here on Youtube covering conformal field theory (CFT) other than some more advanced talks, so I thought I would upload these lectures (given by Jaume Gomis in 2011 - NOT my videos! All rights, credit, etc. go to the Perimeter Institute, which can be found at the website linked to below) until I have to time and mastery of the concepts required to be comfortable making my own videos on the topics, which interest me greatly. All the videos come from, and can be downloaded from in various formats and from previous years, the Perimeter Institute (where these lectures took place) website: http://www.perimeterscholars.org/327.html
Before attacking these topics, it would be wise have first have familiarity with quantum field theory. Excellent lectures on these topics given by David Tong (of Cambridge) and Francois David at the Perimeter Institute in 2009 and 2011, respectively, can be seen here:
https://www.youtube.com/playlist?list=PLCFDAC024C6B67171&...ture=plcp
https://www.youtube.com/playlist?list=PLNhSjK9aGXjoc6EhKc...
source: LeonhardEuler1 2012年9月5日
Lectures by Jaume Gomis on conformal field theory, which were given at the Perimeter Institute PSI programme in 2011. This lecture is the first part of the introduction to conformal field theory, which introduces conformal invariance of classical actions, RG flows and fixed points, and the classification of operators.
There are also videos from lectures on this topic from 2009 and 2010, as well as quite a few other topics in theoretical physics- check them out.
Viewers should probably have some knowledge of quantum field theory before watching these, so lectures on a two-part course on that topic can be found here:
ttps://www.youtube.com/playlist?list...
https://www.youtube.com/playlist?list...
Conformal Field Theory (Jaume Gomis @PSI 2011)
I didn't see any videos here on Youtube covering conformal field theory (CFT) other than some more advanced talks, so I thought I would upload these lectures (given by Jaume Gomis in 2011 - NOT my videos! All rights, credit, etc. go to the Perimeter Institute, which can be found at the website linked to below) until I have to time and mastery of the concepts required to be comfortable making my own videos on the topics, which interest me greatly. All the videos come from, and can be downloaded from in various formats and from previous years, the Perimeter Institute (where these lectures took place) website: http://www.perimeterscholars.org/327.html
Before attacking these topics, it would be wise have first have familiarity with quantum field theory. Excellent lectures on these topics given by David Tong (of Cambridge) and Francois David at the Perimeter Institute in 2009 and 2011, respectively, can be seen here:
https://www.youtube.com/playlist?list=PLCFDAC024C6B67171&...ture=plcp
https://www.youtube.com/playlist?list=PLNhSjK9aGXjoc6EhKc...
2017-05-12
Branes and Field Theory (David Kutasov @ INIMS), 2007
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2012年12月22日
Who doesn't want to hear something about branes? They provide us with a delightfully interesting object in modern theoretical physics.
This is the first part of a three-part series of lectures on branes and (quantum) field theory given by University of Chicago theoretical physicist David Kutasov at the workshop on Gauge Fields and Strings held at the Isaac Newton Institute of Mathematical Sciences in September of 2007.
In order to follow this lecture, it is probably a good idea to have a solid understanding of the various elements of quantum field theories, as well as some level of understanding of string theory and M-theory. To this end, the viewer may want to check out the wonderful lectures from Leonard Susskind on these topics found here:
http://www.youtube.com/course?list=EC...
http://www.youtube.com/course?list=EC...
Also, there are lectures I have on my channel as well:
http://www.youtube.com/playlist?list=...OjYGp_b3wCe
I also highly recommend the following books for anyone serious about studying these topics:
http://www.nucleares.unam.mx/~alberto...
http://www.amazon.com/Mirror-Symmetry...raphs/dp/0821829556/ref=sr_1_1?ie=UTF8&qid=1356186539&sr=8-1&keywords=mirror+symmetry
The videos are taken from the INIMS website, wherein you can find the other talks from this delightfully engrossing workshop, as well as plenty of other material (I'm sure...). The website can be found here:
http://www.newton.ac.uk/programmes/SI...
source: LeonhardEuler1 2012年12月22日
Who doesn't want to hear something about branes? They provide us with a delightfully interesting object in modern theoretical physics.
This is the first part of a three-part series of lectures on branes and (quantum) field theory given by University of Chicago theoretical physicist David Kutasov at the workshop on Gauge Fields and Strings held at the Isaac Newton Institute of Mathematical Sciences in September of 2007.
In order to follow this lecture, it is probably a good idea to have a solid understanding of the various elements of quantum field theories, as well as some level of understanding of string theory and M-theory. To this end, the viewer may want to check out the wonderful lectures from Leonard Susskind on these topics found here:
http://www.youtube.com/course?list=EC...
http://www.youtube.com/course?list=EC...
Also, there are lectures I have on my channel as well:
http://www.youtube.com/playlist?list=...OjYGp_b3wCe
I also highly recommend the following books for anyone serious about studying these topics:
http://www.nucleares.unam.mx/~alberto...
http://www.amazon.com/Mirror-Symmetry...raphs/dp/0821829556/ref=sr_1_1?ie=UTF8&qid=1356186539&sr=8-1&keywords=mirror+symmetry
The videos are taken from the INIMS website, wherein you can find the other talks from this delightfully engrossing workshop, as well as plenty of other material (I'm sure...). The website can be found here:
http://www.newton.ac.uk/programmes/SI...
SUSY Breaking (Nathan Seiberg @ INIMS), 2007
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2012年12月17日
This is the first part in a four-part series of lectures on SUSY Breaking given by the celebrated theoretical physicist Nathan Seiberg at the workshop on Gauge Fields and Strings held at the Isaac Newton Institute of Mathematical Sciences in September of 2007.
In order to follow this lecture, it is probably a good idea to have a solid understanding of the various elements of quantum field theories, and the role of symmetries within them, as well as some background on supersymmetric theories. This is not a terribly large audience base, I'm sure, but it is a profoundly interesting topic which is under-represented here on Youtube at the moment, so.... here we are.
The videos are taken from the INIMS website, wherein you can find the other talks from this delightfully engrossing workshop, as well as plenty of other material (I'm sure...). The website can be found here: http://www.newton.ac.uk/programmes/SI...
source: LeonhardEuler1 2012年12月17日
This is the first part in a four-part series of lectures on SUSY Breaking given by the celebrated theoretical physicist Nathan Seiberg at the workshop on Gauge Fields and Strings held at the Isaac Newton Institute of Mathematical Sciences in September of 2007.
In order to follow this lecture, it is probably a good idea to have a solid understanding of the various elements of quantum field theories, and the role of symmetries within them, as well as some background on supersymmetric theories. This is not a terribly large audience base, I'm sure, but it is a profoundly interesting topic which is under-represented here on Youtube at the moment, so.... here we are.
The videos are taken from the INIMS website, wherein you can find the other talks from this delightfully engrossing workshop, as well as plenty of other material (I'm sure...). The website can be found here: http://www.newton.ac.uk/programmes/SI...
Homological Mirror Symmetry by Nick Sheridan@IAS (2013)
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年6月14日
A series of lectures by Nick Sheridan (Veblen Research Instructor at IAS, Princeton) on homological Mirror Symmetry. The first lecture was given on November 4, 2013, and the video can be found on the IAS website via the following link: https://video.ias.edu/hms/2013/1104-N...
This lecture consists of a broad overview of mirror symmetry as an equivalence of complex geometry of certain manifolds and the symplectic geometry of its mirror manifold. Sheridan maintained a website accompanying these lectures (with handwritten notes in pdf form), which can be found at: http://www.math.ias.edu/~nicks/HMS.html
In this lecture, he refers to a paper of Witten's in which the terminology "A-model" and "B-model" were introduced, which can be found here: http://arxiv.org/pdf/hep-th/9112056v1...
Moreover, he mentions the famous prediction regarding the number of certain rational curved of Candelas, de la Ossa, Green, and Parkes, which can be found here: http://enka.klacto.net/data/COGP.pdf
Finally, he also mentions the verification of these predictions by Givental and independently by Lian, Liu, and Yau, and below are (some of) the relevant papers:
Givental:
http://arxiv.org/abs/alg-geom/9603021
http://arxiv.org/abs/math/9807070
Lian, Liu, Yau:
http://arxiv.org/abs/alg-geom/9712011
http://arxiv.org/abs/math/9905006
http://arxiv.org/abs/math/9912038
(Lecture 1/11) 57:42
(Lecture 2/11) 1:31:25
(Lecture 3/11) 1:25:26
(Lecture 4/11) 1:26:22
(Lecture 5/11) 1:28:59
(Lecture 6/11) 1:27:23
(Lecture 7/11) 1:32:58
(Lecture 8/11) 1:29:53
(Lecture 9/11) 1:27:07
(Lecture 10/11) 1:24:44
(Lecture 11/11) 1:32:27
source: LeonhardEuler1 2014年6月14日
A series of lectures by Nick Sheridan (Veblen Research Instructor at IAS, Princeton) on homological Mirror Symmetry. The first lecture was given on November 4, 2013, and the video can be found on the IAS website via the following link: https://video.ias.edu/hms/2013/1104-N...
This lecture consists of a broad overview of mirror symmetry as an equivalence of complex geometry of certain manifolds and the symplectic geometry of its mirror manifold. Sheridan maintained a website accompanying these lectures (with handwritten notes in pdf form), which can be found at: http://www.math.ias.edu/~nicks/HMS.html
In this lecture, he refers to a paper of Witten's in which the terminology "A-model" and "B-model" were introduced, which can be found here: http://arxiv.org/pdf/hep-th/9112056v1...
Moreover, he mentions the famous prediction regarding the number of certain rational curved of Candelas, de la Ossa, Green, and Parkes, which can be found here: http://enka.klacto.net/data/COGP.pdf
Finally, he also mentions the verification of these predictions by Givental and independently by Lian, Liu, and Yau, and below are (some of) the relevant papers:
Givental:
http://arxiv.org/abs/alg-geom/9603021
http://arxiv.org/abs/math/9807070
Lian, Liu, Yau:
http://arxiv.org/abs/alg-geom/9712011
http://arxiv.org/abs/math/9905006
http://arxiv.org/abs/math/9912038
(Lecture 1/11) 57:42
(Lecture 2/11) 1:31:25
(Lecture 3/11) 1:25:26
(Lecture 4/11) 1:26:22
(Lecture 5/11) 1:28:59
(Lecture 6/11) 1:27:23
(Lecture 7/11) 1:32:58
(Lecture 8/11) 1:29:53
(Lecture 9/11) 1:27:07
(Lecture 10/11) 1:24:44
(Lecture 11/11) 1:32:27
Geometric PDEs @ IAS (2008)
# click the upper-left icon to select videos from the playlist
source: LeonhardEuler1 2014年7月1日
http://www.math.ias.edu/sp/gpde
https://video.ias.edu/node/214
Fully Nonlinear Equations in Conformal Geometry, Part I (Matthew Gursky@IAS) 1:36:47
Optimal Transportation and Nonlinear Elliptic PDE, Part I (Neil Trudinger@IAS) 1:41:48
Variational techniques for the Prescribed Q-curvature equation, Part I (Andrea Malchiodi@IAS) 1:51:11
Variational techniques for the Prescribed Q-curvature equation, Part II (Andrea Malchiodi@IAS) 1:47:00
Curvature and Regularity of Optimal Transport, Part I (Cedric Villani@IAS) 2:07:29
source: LeonhardEuler1 2014年7月1日
http://www.math.ias.edu/sp/gpde
https://video.ias.edu/node/214
Fully Nonlinear Equations in Conformal Geometry, Part I (Matthew Gursky@IAS) 1:36:47
Optimal Transportation and Nonlinear Elliptic PDE, Part I (Neil Trudinger@IAS) 1:41:48
Variational techniques for the Prescribed Q-curvature equation, Part I (Andrea Malchiodi@IAS) 1:51:11
Variational techniques for the Prescribed Q-curvature equation, Part II (Andrea Malchiodi@IAS) 1:47:00
Curvature and Regularity of Optimal Transport, Part I (Cedric Villani@IAS) 2:07:29
2017-05-11
Minischool on K-Stability @ Stony Brook (2013)
source: LeonhardEuler1 2014年8月16日
Minischool on K-Stability @ Stony Brook
Talks given at the K-Stability held at Stony Brook in December of 2013. The conference website, where the videos can be downloaded, can be found here:
http://www.math.sunysb.edu/AlgebraicGeometry/Kstability.html
Ian Morrison, Introduction to GIT Stability 1:24:12
Claude LeBrun, Introduction to Canonical Metrics 1:21:32
Valentino Tosatti, Introduction to K-Stability 1:10:31
Yuji Odaka, K-stability and Algebraic Geometry 1:09:12
Yuji Odaka, Discussion of Current Research (on K-Stability) 29:59
Xiaowei Wang, Discussion of Current Research (on K-Stability) 32:34
Subscribe to:
Posts (Atom)