# click the upper-left icon to select videos from the playlist
source: Technion 2016年3月28日
Mostly Markov Mixing - Technion-Israel Institute of Technology Mathematics Summer School 2015
Persi Diaconis at Technion - Mathematics lecture 1 55:51
Persi Diaconis at Technion - Mathematics lecture 2 58:03
Persi Diaconis at Technion - Mathematics lecture 3 1:00:45
Persi Diaconis at Technion - Mathematics lecture 4 59:16
Johan Jonasson at Technion - mathematics lecture 1 58:58
Johan Jonasson at Technion - Mathematics lecture 3 57:45
Elchanan Mossel at Technion - mathematics lecture 1 54:49
Elchanan Mossel at Technion - Mathematics Lecture 2 54:03
Elchanan Mossel at Technion - Mathematics lecture 3 52:06
Perla Sousi at Technion - mathematics lecture 1 1:15:15
Pietro Caputo at Technion - Mathematics lecture 1 1:31:28
Yuval Peres - Technion Mathematics Lecture 1 1:00:45
Yuval Peres - Technion Mathematics Lecture 2 1:01:38
Yuval Peres - Technion Mathematics Lecture 3 59:49
Yuval Peres - Technion Mathematics Lecture 4 47:39
2017-02-24
Games, Epidemics and Behavior (2016, ICTS Bangalore)
# click the upper-left icon to select videos from the playlist
source: International Centre for Theoretical Sciences 2016年7月14日
URL: http://www.icts.res.in/discussion_mee...
DATES: Monday 27 Jun, 2016 - Friday 01 Jul, 2016
VENUE: Madhava lecture hall, ICTS Bangalore
DESCRIPTION:
The two main goals of this Discussion Meeting are:
1. To explore the foundations of policy design for controlling epidemics, using a broad class of epidemic games on complex networks involving uncertainty in network information, temporal evolution and learning and
2. To gain a better understanding of information flow that could assist in elucidating the complex mechanisms that underlie a variety of human dynamics and organizations giving rise to the ongoing Cambrian-style explosion in online social media. It will bring together topics in mathematical epidemiology, game theory and multi-agent systems, discrete dynamical systems, complex networks and economics, and will present new connections and opportunities for collaboration to participants.
Some of the specific technical issues we expect to be discussed include:
Behavioral and game theoretical models on epidemic dynamics
Design of interventions to control epidemics and policy planning
Co-evolution of epidemics, behavior and network structure
Evolutionary games in epidemics
Agent-based models of epidemics
Phase transitions and critical phenomena
Clustering and community formation
Diffusion and spread of information
Synchronization and rendezvous
Structure and function of interdependent networks
Cascades and Shocks
Random walks
Contagion and influence
Chaos and nonlinear dynamics
ORGANIZERS: Deeparnab Chakrabarty, Niloy Ganguly, Rajmohan Rajaraman and Ravi Sundaram
Epidemics on networks: thresholds and control strategies by AJ Ganesh (Part 1) 1:03:44
Epidemics on networks: thresholds and control strategies by AJ Ganesh (Part 2) 1:17:22
[private video]
Average case analysis of RBMs by Rajsekar Manokaran 43:02
Some aspects of epidemic and information spreading by Parongama Sen 36:19
Adaptive Rumor Spreading by Marcos Kiwi 33:58
Cobra Walks by Rajmohan Rajaraman 35:57
Routing in cost-shared networks: equilibria and dynamics by Debmalya Panigrahi (part 1) 1:06:14
Routing in cost-shared networks: equilibria and dynamics by Debmalya Panigrahi (Part 2) 1:02:34
Using Data to Make Genomic Diagnoses by Ramesh Hariharan 28:46
Network design games in presence of strategic adversaries by Prithwish Basu 34:34
Random Walks on Dynamic Graphs by John Augustine 33:10
Active and evolvable matter: A perspective from physics about biology by Shashi Thutupalli (Part 1) 1:01:22
Active and evolvable matter: A perspective from physics about biology by Shashi Thutupalli (Part 2) 1:10:57
Strong community organization of populations can promote ... by Sitabhra Sinha (Part 1) 53:17
Strong community organization of populations can promote ... by Sitabhra Sinha (Part 2) 1:11:07
The evolution of collective strategies in communities by Shakti Menon 27:22
Multi-Phase Information Di ffusion in Social Networks by Swapnil Dhamal 29:57
Climate Change Impacts on Public Health and Hazards: A Networks... by Auroop Ganguly 31:54
Incentivizing Crowd Networks for Rapid Geospatial Sensing .... by Dinesh Garg 31:46
Diffusion: Information Cascades, Epidemics and Knowledge Networks by Sudarshan Iyengar 1:17:45
Role of Statistical Significance in Network Analytics by Ananth Grama 1:11:28
Social Interaction in the Flickr Social Network by Joydeep Chandra 33:22
On the broadcast of segmented messages in dynamic networks by Rajib Maiti 34:24
Complexity, Phase Transitions, and Inference by Cristopher Moore (part 2) 1:10:18
Complexity, Phase Transitions, and Inference by Cristopher Moore (part 1) 1:08:59
Complexity, Phase Transitions, and Inference by Cristopher Moore (Part 3) 1:11:35
source: International Centre for Theoretical Sciences 2016年7月14日
URL: http://www.icts.res.in/discussion_mee...
DATES: Monday 27 Jun, 2016 - Friday 01 Jul, 2016
VENUE: Madhava lecture hall, ICTS Bangalore
DESCRIPTION:
The two main goals of this Discussion Meeting are:
1. To explore the foundations of policy design for controlling epidemics, using a broad class of epidemic games on complex networks involving uncertainty in network information, temporal evolution and learning and
2. To gain a better understanding of information flow that could assist in elucidating the complex mechanisms that underlie a variety of human dynamics and organizations giving rise to the ongoing Cambrian-style explosion in online social media. It will bring together topics in mathematical epidemiology, game theory and multi-agent systems, discrete dynamical systems, complex networks and economics, and will present new connections and opportunities for collaboration to participants.
Some of the specific technical issues we expect to be discussed include:
Behavioral and game theoretical models on epidemic dynamics
Design of interventions to control epidemics and policy planning
Co-evolution of epidemics, behavior and network structure
Evolutionary games in epidemics
Agent-based models of epidemics
Phase transitions and critical phenomena
Clustering and community formation
Diffusion and spread of information
Synchronization and rendezvous
Structure and function of interdependent networks
Cascades and Shocks
Random walks
Contagion and influence
Chaos and nonlinear dynamics
ORGANIZERS: Deeparnab Chakrabarty, Niloy Ganguly, Rajmohan Rajaraman and Ravi Sundaram
Epidemics on networks: thresholds and control strategies by AJ Ganesh (Part 1) 1:03:44
Epidemics on networks: thresholds and control strategies by AJ Ganesh (Part 2) 1:17:22
[private video]
Average case analysis of RBMs by Rajsekar Manokaran 43:02
Some aspects of epidemic and information spreading by Parongama Sen 36:19
Adaptive Rumor Spreading by Marcos Kiwi 33:58
Cobra Walks by Rajmohan Rajaraman 35:57
Routing in cost-shared networks: equilibria and dynamics by Debmalya Panigrahi (part 1) 1:06:14
Routing in cost-shared networks: equilibria and dynamics by Debmalya Panigrahi (Part 2) 1:02:34
Using Data to Make Genomic Diagnoses by Ramesh Hariharan 28:46
Network design games in presence of strategic adversaries by Prithwish Basu 34:34
Random Walks on Dynamic Graphs by John Augustine 33:10
Active and evolvable matter: A perspective from physics about biology by Shashi Thutupalli (Part 1) 1:01:22
Active and evolvable matter: A perspective from physics about biology by Shashi Thutupalli (Part 2) 1:10:57
Strong community organization of populations can promote ... by Sitabhra Sinha (Part 1) 53:17
Strong community organization of populations can promote ... by Sitabhra Sinha (Part 2) 1:11:07
The evolution of collective strategies in communities by Shakti Menon 27:22
Multi-Phase Information Di ffusion in Social Networks by Swapnil Dhamal 29:57
Climate Change Impacts on Public Health and Hazards: A Networks... by Auroop Ganguly 31:54
Incentivizing Crowd Networks for Rapid Geospatial Sensing .... by Dinesh Garg 31:46
Diffusion: Information Cascades, Epidemics and Knowledge Networks by Sudarshan Iyengar 1:17:45
Role of Statistical Significance in Network Analytics by Ananth Grama 1:11:28
Social Interaction in the Flickr Social Network by Joydeep Chandra 33:22
On the broadcast of segmented messages in dynamic networks by Rajib Maiti 34:24
Complexity, Phase Transitions, and Inference by Cristopher Moore (part 2) 1:10:18
Complexity, Phase Transitions, and Inference by Cristopher Moore (part 1) 1:08:59
Complexity, Phase Transitions, and Inference by Cristopher Moore (Part 3) 1:11:35
Statistical Physics - VII (2016, ICTS Bangalore)
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source: International Centre for Theoretical Sciences 2016年7月12日
Bangalore School On Statistical Physics - VII
DATES: Friday 01 Jul, 2016 - Friday 15 Jul, 2016
VENUE: Ramanujan Lecture Hall, ICTS Bangalore
This advanced level school is the seventh in the series. The school is being jointly organised by the International Centre for Theoretical Sciences (ICTS) and the Raman Research Institute (RRI).
This is a pedagogical school, aimed at bridging the gap between masters-level courses and topics in statistical physics at the frontline of current research. It is intended for Ph.D. students, post-doctoral fellows and interested faculty members at the college and university level. The following courses will be offered.
Preparatory lectures by Abhishek Dhar (ICTS) and Sanjib Sabhapandit (RRI)
Renormalization group theory by Mustansir Barma (TCIS, TIFR, Hyderabad)
Quantum critical phenomena by Kedar Damle (TIFR, Mumbai)
Interacting particle systems by Martin R. Evans (Edinburgh, UK)
Population genetics by Kavita Jain (JNCASR, Bangalore)
Exactly solved models by R. Rajesh (IMSc, Chennai)
Driven diffusive systems by Gunter Schütz (Jülich, Germany)
Introduction to stochastic processes by Sanjib Sabhapandit 1:32:00
Introductory lectures on mean field theory by Abhishek Dhar 1:33:57
Introduction to stochastic processes by Sanjib Sabhapandit 1:38:07
Introductory lectures on mean field theory by Abhishek Dhar 1:36:47
Introduction to stochastic processes by Sanjib Sabhapandit 1:45:42
Renormalization group theory by Mustansir Barma 1:36:39
Exactly solved models by R. Rajesh 1:27:12
Quantum critical phenomena by Kedar Damle 1:30:00
Renormalization group theory by Mustansir Barma 1:37:39
Exactly solved models by R. Rajesh 1:33:17
Quantum critical phenomena by Kedar Damle 1:39:06
Renormalization group theory by Mustansir Barma 1:38:53
Exactly solved models by R. Rajesh 1:34:22
Quantum critical phenomena by Kedar Damle 1:45:05
Renormalization group theory by Mustansir Barma 1:36:06
Quantum critical phenomena by Kedar Damle 1:32:20
Exactly solved models by R. Rajesh 1:41:37
Renormalization group theory by Mustansir Barma 1:39:11
Quantum critical phenomena BY Kedar Damle 1:35:43
Exactly solved models by R. Rajesh 1:30:14
Interacting particle systems by Martin R. Evans 1:33:36
Population genetics by Kavita Jain 1:23:28
Introductory lectures on mean field theory by Abhishek Dhar 1:42:06
Driven diffusive systems by Gunter Schütz 1:35:56
Interacting particle systems by Martin R. Evans 1:34:02
Driven diffusive systems by Gunter Schütz 1:33:32
Population genetics by Kavita Jain 1:31:41
Interacting particle systems by Martin R. Evans 1:34:43
Driven diffusive systems by Gunter Schütz 1:36:34
Interacting particle systems by Martin R. Evans 1:32:15
Interacting particle systems by Martin R. Evans 1:38:21
Driven diffusive systems by Gunter Schütz 1:37:16
Population genetics by Kavita Jain 1:32:14
Population genetics by Kavita Jain 1:28:43
Driven diffusive systems by Gunter Schütz 1:38:24
Population genetics by Kavita Jain 1:19:11
source: International Centre for Theoretical Sciences 2016年7月12日
Bangalore School On Statistical Physics - VII
DATES: Friday 01 Jul, 2016 - Friday 15 Jul, 2016
VENUE: Ramanujan Lecture Hall, ICTS Bangalore
This advanced level school is the seventh in the series. The school is being jointly organised by the International Centre for Theoretical Sciences (ICTS) and the Raman Research Institute (RRI).
This is a pedagogical school, aimed at bridging the gap between masters-level courses and topics in statistical physics at the frontline of current research. It is intended for Ph.D. students, post-doctoral fellows and interested faculty members at the college and university level. The following courses will be offered.
Preparatory lectures by Abhishek Dhar (ICTS) and Sanjib Sabhapandit (RRI)
Renormalization group theory by Mustansir Barma (TCIS, TIFR, Hyderabad)
Quantum critical phenomena by Kedar Damle (TIFR, Mumbai)
Interacting particle systems by Martin R. Evans (Edinburgh, UK)
Population genetics by Kavita Jain (JNCASR, Bangalore)
Exactly solved models by R. Rajesh (IMSc, Chennai)
Driven diffusive systems by Gunter Schütz (Jülich, Germany)
Introduction to stochastic processes by Sanjib Sabhapandit 1:32:00
Introductory lectures on mean field theory by Abhishek Dhar 1:33:57
Introduction to stochastic processes by Sanjib Sabhapandit 1:38:07
Introductory lectures on mean field theory by Abhishek Dhar 1:36:47
Introduction to stochastic processes by Sanjib Sabhapandit 1:45:42
Renormalization group theory by Mustansir Barma 1:36:39
Exactly solved models by R. Rajesh 1:27:12
Quantum critical phenomena by Kedar Damle 1:30:00
Renormalization group theory by Mustansir Barma 1:37:39
Exactly solved models by R. Rajesh 1:33:17
Quantum critical phenomena by Kedar Damle 1:39:06
Renormalization group theory by Mustansir Barma 1:38:53
Exactly solved models by R. Rajesh 1:34:22
Quantum critical phenomena by Kedar Damle 1:45:05
Renormalization group theory by Mustansir Barma 1:36:06
Quantum critical phenomena by Kedar Damle 1:32:20
Exactly solved models by R. Rajesh 1:41:37
Renormalization group theory by Mustansir Barma 1:39:11
Quantum critical phenomena BY Kedar Damle 1:35:43
Exactly solved models by R. Rajesh 1:30:14
Interacting particle systems by Martin R. Evans 1:33:36
Population genetics by Kavita Jain 1:23:28
Introductory lectures on mean field theory by Abhishek Dhar 1:42:06
Driven diffusive systems by Gunter Schütz 1:35:56
Interacting particle systems by Martin R. Evans 1:34:02
Driven diffusive systems by Gunter Schütz 1:33:32
Population genetics by Kavita Jain 1:31:41
Interacting particle systems by Martin R. Evans 1:34:43
Driven diffusive systems by Gunter Schütz 1:36:34
Interacting particle systems by Martin R. Evans 1:32:15
Interacting particle systems by Martin R. Evans 1:38:21
Driven diffusive systems by Gunter Schütz 1:37:16
Population genetics by Kavita Jain 1:32:14
Population genetics by Kavita Jain 1:28:43
Driven diffusive systems by Gunter Schütz 1:38:24
Population genetics by Kavita Jain 1:19:11
Quantum Field Theory (1975-76) by Sidney Coleman at Harvard University
# click the upper-left icon to select videos from the playlist
source: Alexander Grothendieck 2015年7月18日
Physics 253: Quantum Field Theory Lectures by Sidney R. Coleman
Recorded in 1975-1976.
Full Playlist: https://www.youtube.com/playlist?list...
The videos shown here were transferred to DVD in 2007 straight from surviving VHS tapes, which were, in turn, copied from the original source tapes. As such, the quality of the image has suffered and is as good as currently feasible without resorting to an expensive remastering process. Made in 1975-1976, the videos were shot using a black and white tube video camera. The black halo or vignette effect you see around the image is caused by the camera's Image Orthicon pickup tube.
Harvard affiliates have the option of borrowing DVDs of these lecture from Physics Research Library. Please note, however, that the resolution on the DVDs is comparable - or only marginally better - to that of the online video archive files.
Professor Coleman's wit and teaching style is legendary and, despite all that may have changed in the 35 years since these lectures were recorded, many students today are excited at the prospect of being able to view them and experience Sidney's particular genius second-hand.
Notes by Brian Hill, typeset and edited by Yuan-Sen Ting and Bryan Chen Gin: http://arxiv.org/abs/1110.5013
Videos taken from: https://www.physics.harvard.edu/event...
lecture 01 1:35:13
lecture 02 1:35:22
lecture 03 1:23:19
lecture 04 1:35:17
lecture 05 1:32:15
lecture 06 1:42:55
lecture 07 1:25:32
lecture 08 1:35:37
lecture 09 1:30:05
lecture 10 1:33:14
lecture 11 1:39:34
lecture 12 1:32:27
lecture 13 1:34:05
lecture 14 1:28:19
lecture 15 1:33:39
lecture 16 1:38:53
lecture 17 1:33:53
lecture 18 1:29:37
lecture 19 1:33:25
lecture 20 1:02:20
lecture 21 1:24:49
lecture 22 1:41:51
lecture 23 1:54:48
lecture 24 1:30:34
lecture 25 19:05
lecture 26 1:46:56
lecture 27 1:39:22
lecture 28 1:25:50
lecture 29 1:29:24
lecture 30 1:33:05
lecture 31 1:30:13
lecture 32 1:06:20
lecture 33 1:38:35
lecture 34 1:38:36
lecture 35 1:30:40
lecture 36 1:32:23
lecture 37 1:29:35
lecture 38 1:35:21
lecture 39 1:40:51
lecture 40 1:28:23
lecture 41 1:19:05
lecture 42 1:22:00
lecture 43 1:33:39
lecture 44 1:37:52
lecture 45 1:48:50
source: Alexander Grothendieck 2015年7月18日
Physics 253: Quantum Field Theory Lectures by Sidney R. Coleman
Recorded in 1975-1976.
Full Playlist: https://www.youtube.com/playlist?list...
The videos shown here were transferred to DVD in 2007 straight from surviving VHS tapes, which were, in turn, copied from the original source tapes. As such, the quality of the image has suffered and is as good as currently feasible without resorting to an expensive remastering process. Made in 1975-1976, the videos were shot using a black and white tube video camera. The black halo or vignette effect you see around the image is caused by the camera's Image Orthicon pickup tube.
Harvard affiliates have the option of borrowing DVDs of these lecture from Physics Research Library. Please note, however, that the resolution on the DVDs is comparable - or only marginally better - to that of the online video archive files.
Professor Coleman's wit and teaching style is legendary and, despite all that may have changed in the 35 years since these lectures were recorded, many students today are excited at the prospect of being able to view them and experience Sidney's particular genius second-hand.
Notes by Brian Hill, typeset and edited by Yuan-Sen Ting and Bryan Chen Gin: http://arxiv.org/abs/1110.5013
Videos taken from: https://www.physics.harvard.edu/event...
lecture 01 1:35:13
lecture 02 1:35:22
lecture 03 1:23:19
lecture 04 1:35:17
lecture 05 1:32:15
lecture 06 1:42:55
lecture 07 1:25:32
lecture 08 1:35:37
lecture 09 1:30:05
lecture 10 1:33:14
lecture 11 1:39:34
lecture 12 1:32:27
lecture 13 1:34:05
lecture 14 1:28:19
lecture 15 1:33:39
lecture 16 1:38:53
lecture 17 1:33:53
lecture 18 1:29:37
lecture 19 1:33:25
lecture 20 1:02:20
lecture 21 1:24:49
lecture 22 1:41:51
lecture 23 1:54:48
lecture 24 1:30:34
lecture 25 19:05
lecture 26 1:46:56
lecture 27 1:39:22
lecture 28 1:25:50
lecture 29 1:29:24
lecture 30 1:33:05
lecture 31 1:30:13
lecture 32 1:06:20
lecture 33 1:38:35
lecture 34 1:38:36
lecture 35 1:30:40
lecture 36 1:32:23
lecture 37 1:29:35
lecture 38 1:35:21
lecture 39 1:40:51
lecture 40 1:28:23
lecture 41 1:19:05
lecture 42 1:22:00
lecture 43 1:33:39
lecture 44 1:37:52
lecture 45 1:48:50
Introduction to Analytic Number Theory (2015) by Ram Murty at Queen's University
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source: Alexander Grothendieck 2016年7月22日
Mini-course: "Introduction to Analytic Number Theory" by Ram Murty [2015]
http://www.mast.queensu.ca/~murty/
Full course playlist: https://www.youtube.com/playlist?list...
Videos taken from: https://www.youtube.com/watch?v=6J-47... (audio fixed)
Ram Murty 1/8 1:26:53 Lecture 1 - Partial summation formula and applications
Ram Murty 2/8 1:07:54
Ram Murty 3/8 1:07:04
Ram Murty 4/8 1:15:21
Ram Murty 5/8 1:18:04
Ram Murty 6/8 1:07:42
Ram Murty 7/8 1:03:47
Ram Murty 8/8 1:07:42
source: Alexander Grothendieck 2016年7月22日
Mini-course: "Introduction to Analytic Number Theory" by Ram Murty [2015]
http://www.mast.queensu.ca/~murty/
Full course playlist: https://www.youtube.com/playlist?list...
Videos taken from: https://www.youtube.com/watch?v=6J-47... (audio fixed)
Ram Murty 1/8 1:26:53 Lecture 1 - Partial summation formula and applications
Ram Murty 2/8 1:07:54
Ram Murty 3/8 1:07:04
Ram Murty 4/8 1:15:21
Ram Murty 5/8 1:18:04
Ram Murty 6/8 1:07:42
Ram Murty 7/8 1:03:47
Ram Murty 8/8 1:07:42
Global Environmental Conflicts by Mayank Kumar (University of Delhi)
# click the upper-left icon to select videos from the playlist
source: Cec Ugc 上次更新日期：2016年12月28日
Global Environmental Conflicts 54:44
Conflict Over Aquatic Resources 57:19
Water Privatization : A Source of Conflicts 56:57
Impact of War on Environment 55:58
Agrarian Societies and Agricultural Subsistance 53:22
Theory of War- '' CLAUSEWITZ ON WAR '' 46:22
Geographical Exploration - I : Search for Resources 56:10
Colonialism : Resentment and Protest 56:42
Human-Wildlife Conflicts : Herbivorous 55:43
Human-Wildlife Conflicts : Carnivorous 55:52
Exploring Relationships Between Social Sciences and Natural Sciences 1:00:32
source: Cec Ugc 上次更新日期：2016年12月28日
Global Environmental Conflicts 54:44
Conflict Over Aquatic Resources 57:19
Water Privatization : A Source of Conflicts 56:57
Impact of War on Environment 55:58
Agrarian Societies and Agricultural Subsistance 53:22
Theory of War- '' CLAUSEWITZ ON WAR '' 46:22
Geographical Exploration - I : Search for Resources 56:10
Colonialism : Resentment and Protest 56:42
Human-Wildlife Conflicts : Herbivorous 55:43
Human-Wildlife Conflicts : Carnivorous 55:52
Exploring Relationships Between Social Sciences and Natural Sciences 1:00:32
(हिन्दी / in Hindi) UPSC Sanskrit (संस्कृत) by Pankaj Mishra (University of Delhi)
# click the upper-left icon to select videos from the playlist
source: Cec Ugc 2016年7月11日
UPSC Sanskrit - II 59:13
UPSC Sanskrit - Syllabus 59:24
UPSC Sanskrit - III 54:14
UPSC Sanskrit - IV 52:48
UPSC Sanskrit - V 57:33
UPSC Sanskrit-VI 59:37
UPSC Sanskrit-VII 58:59
UPSC Sanskrit - VIII 58:20
History of Sanskrit Literature - IV 59:24
source: Cec Ugc 2016年7月11日
UPSC Sanskrit - II 59:13
UPSC Sanskrit - Syllabus 59:24
UPSC Sanskrit - III 54:14
UPSC Sanskrit - IV 52:48
UPSC Sanskrit - V 57:33
UPSC Sanskrit-VI 59:37
UPSC Sanskrit-VII 58:59
UPSC Sanskrit - VIII 58:20
History of Sanskrit Literature - IV 59:24
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