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DateActivityNameTitleVideo
Available
Slides
Available
2025-11-04colloqFrom Laplacians to Learning: Bridging Networks, Dynamics, and ChaosYesNo
2025-05-06gensym25
Bao, Yimu (KITP)
QI learning groupNoNo
2024-09-30nsbp_iss Learning More about Physics Education ResearchYesNo
2024-08-29firstbillion_c24
Behroozi, Peter (Arizona)
What do we learn from Clustering of Galaxies and SMBHs at Cosmic Dawn? (R)YesYes
2024-05-08tde24
Gallo, Elena (University of Michigan)
Related Words: black
What can we learn from black hole x-ray binaries?YesNo
2024-02-13hartle_c24Some Things I Learned from JimYesYes
2024-02-09starswithlars_c24
Quataert, Eliot (Princeton)
How I Learned to Stop Worrying and Love White DwarfsYesNo
2023-12-21deeplearning23Perspectives on deep learning and motor neuroscienceYesNo
2023-12-19deeplearning23
Loureiro, Bruno (ENS Paris)
How two-layer neural networks learn, one (giant) step at a timeYesNo
2023-12-14deeplearning23
Louis, Ard (University of Oxford)
Inductive bias towards simplicity and feature learning in DNNsYesNo
2023-12-14deeplearning23
Solla, Sara (Northwestern University)
Related Words: learning, modes, neural
From Bayes to Gibbs: a thermodynamic theory of learningYesNo
2023-12-14deeplearning23
Tu, Yuhai (IBM)
Understanding Deep-Learning as a physicist: what would Einstein do?YesNo
2023-12-13pti23
Kahn, Yoni (UIUC)
Orthogonal weights, feature learning, and exactly marginal effective theoriesYesNo
2023-12-12pti23Learning algorithms from physics: Microcanonical HMC sampling and Energy Conserving Descent optimizationYesNo
2023-12-07deeplearning23Brain evolution as a machine learning algorithmYesNo
2023-12-07deeplearning23Some ideas and speculation about robustness, development. and learning in brains and artificial neural networksYesNo
2023-12-05deeplearning23Translating Theory to Practical Deep Learning: Depthwise Hyperparameter TransferYesNo
2023-12-05deeplearning23
Saxe, Andrew (UCL)
Related Words: deep, dynamics, learning
The Neural Race Reduction: Feature learning dynamics in deep architecturesYesNo
2023-12-05deeplearning23
Schneidman, Elad (Weizmann Institute of Science)
Related Words: learning, modes, neural, statistical
Learning the code of large neural populations with shallow networks and homeostatic random projectionsYesNo
2023-11-28deeplearning23
Lengyel, Mate (University of Cambridge)
Related Words: learning
Continual learning - the biological wayYesYes
2023-11-22deeplearning23
Li, Qianyi (Harvard)
Beyond the Kernel Regime: Analytical Approaches to Single and Sequential Task LearningYesNo
2023-11-22deeplearning23
Mignacco, Francesca (Princeton & CUNY)
Statistical physical insights into the dynamics of learning algorithmsYesYes
2023-11-21deeplearning23
Reddy, Gautam (Princeton)
Data dependence and abrupt transitions during in-context learningYesNo
2023-11-20bblunch
Sompolinsky, Haim (Hebrew Univ.)
Statistical Mechanics of Deep LearningYesNo
2023-11-16deeplearning23 Rich and Lazy neurons: network connectivity structure and the double implications of feature learning for generalizationYesNo
2023-11-16deeplearning23
Lu, Yue (Harvard)
Understanding the Universality Phenomenon in High-Dimensional Estimation and Learning: Some Recent ProgressYesNo
2023-10-25interfaces_c23In-Context Operator Networks (ICON): Towards Large Scientific Learning ModelsYesYes
2023-10-24manybody23
Koehl, Michael (University of Bonn)
Machine learning the superfluid phase diagram of the BCS/BEC crossoverYesNo
2023-07-21brainlearn23
Wolpert, Daniel (Columbia University)
Keynote: Statistical learning in sensorimotor controlYesNo
2023-07-20brainlearn23
Froemke, Rob (New York University)
Love, death, and statistical learningYesNo
2023-07-19brainlearn23
Aljadeff, Yonatan (University of California San Diego)
How flies got their sensilla? Statistical learning on evolutionary timescalesYesNo
2023-07-19brainlearn23
Avargues-Weber, Aurore (Centre de Recherche sur la Cognition Animale)
Mastering learning about relations: a honeybee perspectiveYesNo
2023-07-19brainlearn23
Tao, Huizhong (University of Southern California)
A bottom-up sensory pathway for reward associative learningYesNo
2023-07-19brainlearn23
Zlatic, Marta
Related Words: learning
Combining brain-wide connectivity maps with brain-wide activity and behaviour maps to understand learning in DrosophilaYesNo
2023-07-18brainlearn23
Latham, Peter (University College London)
Related Words: inference
Mathematical framework of learning as inference and controlYesNo
2023-07-18brainlearn23
Zlatic, Marta
Related Words: learning
How can we use the architecture of learning circuits to provide clues about learning algorithms and constrain learning models?YesNo
2023-07-17brainlearn23
Saxe, Andrew (University College London)
Related Words: deep, dynamics, learning
Prediction as a learning objectiveYesNo
2023-07-14brainlearn23
Maravall, Miguel (U. Sussex)
Parsing statiscal learningYesNo
2023-07-12brainlearn_c23General discussion: What data are needed to drive conceptual advances about learning?YesNo
2023-07-12brainlearn_c23Principles of operation of a cerebellar learning circuitYesYes
2023-07-10brainlearn_c23Input- and Target-Specific Synaptic Plasticity in Neocortical Networks During Sensory LearningYesNo
2023-07-07brainlearn23
Sahani, Maneesh (University College London)
Latham, Peter (University College London)
Related Words: inference
Lengyel, Mate (University of Cambridge)
Related Words: learning
Discussion: internal beliefs, uncertainty and learningYesNo
2023-07-07brainlearn23
Sahani, Maneesh (University College London)
Internal beliefs, uncertainty and learningYesNo
2023-07-06brainlearn23
Linden, Jennifer (University College London)
Introduction to the session and Representation of Primitives for Statistical Learning in the Auditory SystemYesNo
2023-07-06brainlearn23
Nelken, Eli (Hebrew Univ.)
Statistical learning in single neurons: data and modelsYesNo
2023-07-05brainlearn23Dimensions of learning: Where does Statistical Learning map to?YesNo
2023-06-30brainlearn23
Saxe, Andrew (University College London)
Related Words: deep, dynamics, learning
Solvable models of deep learning dynamics, predictive coding and statistical learningYesNo
2023-06-29brainlearn23
Lengyel, Mate (University College London)
Related Words: learning
Modeling longer versus recent statistics - learning different contextsYesNo
2023-06-27brainlearn23
Brady, Tim (UC San Diego)
Consequences of statistical learning on perception & working memoryYesYes
2023-06-27brainlearn23
Kuchibhotla, Kishore (Johns Hopkins University)
Related Words: learning
Rapid emergence of latent knowledge in cortical networks drives learningYesNo
2023-06-23brainlearn23
Goldt, Sebastian (SISSA)
Related Words: modes, neural
Beyond pairwise associations: what and how do artificial neural networks learn from them?YesYes
2023-06-23brainlearn23
Lengyel, Mate
Related Words: learning
Bayesian chunk learning: beyond pairwise associations, beyond modalitiesYesNo
2023-06-20brainlearn23
Solla, Sara (Northwestern University)
Related Words: learning, modes, neural
Goldt, Sebastian (SISSA)
Related Words: modes, neural
Mattar, Marcelo (New York University)
Related Words: modes
Schneidman, Elad (Weizmann Institute of Science)
Related Words: learning, modes, neural, statistical
Tkacik, Gasper (Institute of Science and Technology Austria)
Related Words: modes
Roundtable discussion: From sensory modes to neural modes to behavioral modes: low-dimensional representations everywhere! The role of dimensionality and geometry of neural representations in statistical learning.YesNo
2023-06-20brainlearn23
Solla, Sara (Northwestern University)
Related Words: learning, modes, neural
Neural manifolds and learningYesNo
2023-06-16brainlearn23
Turk-Browne, Nick (Yale University)
Related Words: learning, memory
Kuchibhotla, Kishore (Johns Hopkins University)
Related Words: learning
Roundtable discussion: Why are learning and memory studied separately? Are there different types of statistical learning by memory system? Why do we learn so much but remember so little early in life?YesNo
2023-06-16brainlearn23
Turk-Browne, Nick (Yale University)
Related Words: learning, memory
Review: What is the relationship between statistical learning and episodic memory?YesNo
2023-06-15brainlearn23 Math vs. Brains - Can/should all statistical learning problems be framed as reinforcement learning?YesYes
2023-06-15brainlearn23
Hoz, Livia de (Charite)
Akrami, Athena (Sainsbury Wellcome Centre)
Related Words: discussion, learning
Introduction to the neurobiology and systems neuroscience view of statistical learningYesNo
2023-06-14brainlearn23
Schneidman, Elad (Weizmann Institute of Science)
Related Words: learning, modes, neural, statistical
Discussion: Challenges in building theories of statistical learningYesNo
2023-06-14brainlearn23
Nemenman, Ilya (Emory University)
Related Words: learning
Learning complex neural codesYesNo
2023-06-14brainlearn23
Schneidman, Elad (Weizmann Institute of Science)
Related Words: learning, modes, neural, statistical
Statistical learning: frequencies, pair-wise interactions, and moreYesNo
2023-06-13brainlearn23 What is statistical learning?YesNo
2023-05-11nanoassembly23
Dijkstra, Marjolein (Utrecht University)
Machine learning Nanoparticle AssembliesYesNo
2023-03-24galevo_c23
Walmsley, Mike (U. Manchester)
Galaxy Zoo in the Deep Learning EraYesNo
2023-03-23galevo_c23
Giusarma, Elena (Michigan Tech)
Learning to Simulate the Universe with Deep LearningYesNo
2023-03-23galevo_c23
Poznanski, Dovi (Tel Aviv Univ.)
Outliers: how I learned to love them, and why you should tooYesNo
2023-03-22galevo_c23
Ciuca, Jo (ANU)
Unsupervised learning for stellar spectra with deep normalizing flowsYesNo
2023-03-22galevo_c23
Cooray, Suchetha (Nagoya Univ.)
Learning representations of galaxies from simulations and observationsYesNo
2023-03-22galevo_c23
Company, Marc Huertas (Univ. Paris Diderot)
Learning from simulationsYesNo
2023-03-22galevo_c23Learning Galaxy Properties from Merger TreesYesNo
2023-03-15galevo23
Walmsley, Mike (University of Manchester)
Review talk on combining the power of citizen science and machine learningYesNo
2023-03-09bblunchLearning from billions of galaxies: Can our understanding of galaxy formation keep up with the upcoming data revolution?YesNo
2023-03-09galevo23
Huertas-Company, Marc (Instituto de Astrofisica de Canarias / Observatoire de Paris / Flatiron Institute)
Self-supervised learningYesNo
2023-03-01galevo23
Peek, Josh (Space Telescope Science Institute)
Machine Learning and AstronomyYesNo
2023-02-21galevo23
Necib, Lina (MIT)
Related Words: dark, matter
Machine learning methods with resolved starsYesNo
2023-01-24bootstrap_c23
Gopakumar, Rajesh (ICTS)
Related Words: string, theory
What we can learn from being Free and TensionlessYesYes
2023-01-24galevo23
Santi, Natali de (Flatiron Institute/University of Sao Paulo)
Lovell, Chris (University of Portsmouth)
Tutorial: The galaxy-halo connection and Machine Learning approachesYesNo
2023-01-18galevo23 Tutorial: Large-scale galaxy formation simulations and Machine Learning approachesYesNo
2022-11-23whitedwarfs22
Korol, Valeriya (Univ. Birmingham)
Related Words: white
What will we learn about white dwarfs in binaries from gravitational waves?YesNo
2022-11-14whitedwarfs_c22Machine Learning to Constrain the Initial-Final Mass Relation of White Dwarf StarsYesYes
2022-11-01multiphase_c22
Jaruga, Anna (Caltech)
Particle-based methods for cloud microphysics: towards learning climate model parameterizations from libraries of particle simulationsYesYes
2022-09-13dynisq_c22
Vasseur, Romain (UMass Amherst)
Learning global charges from local measurementsYesYes
2022-09-13dynisq_c22
Zoller, Peter (Univ. Innsbruck)
Related Words: atomic, atoms, cold, lattice, open, physics, quantum
Learning Entanglement in Quantum SimulationYesNo
2022-09-12dynisq_c22
Minev, Zlatko (IBM)
Related Words: quantum
To learn and cancel quantum noise: Probabilistic error cancellation with sparse Pauli-Lindblad models on noisy quantum processorsYesYes
2022-08-08neuroloco22
Nemenman, Ilya (Emory)
Related Words: learning
Modeling animal learningYesNo
2022-06-24adapt22
Gaggiotti, Oscar (St Andrews)
Can deep learning help us detect polygenic adaptation from empirical data?YesNo
2022-04-19gwaves_c22
Mandel, Ilya (Monash Univ.)
Related Words: gravitational
Things I don't know about gravitational-wave astrophysics (but would like to learn)YesNo
2022-02-08qcomp22Experimental advantages in learning and what quantum computer science has to teach us about chemistryYesNo
2022-01-27qcomp22
Johri, Sonika (IonQ Inc)
Generative Quantum Learning of Multivariate DistributionsYesNo
2022-01-13qcomp22
O'Brien, Tom (Google Research)
Learning molecular structure from NMR spectra with a quantum computerYesNo
2021-12-13bblunch
Dijkstra, Henk (Utrecht Univ)
Machine Learning and the Physics of ClimateYesNo
2021-12-08climate21
Robel, Alex (Georgia Tech)
Statistical learning of climate for large ensemble ice sheet simulationsYesYes
2021-12-06climate21Bridging observations and numerical modeling using machine learningYesNo
2021-12-01climate21
Abel, Markus (Ambrosys GmbH)
Symbolic regression and mathematical postprocessing for machine learning of (climate) dynamicsYesNo
2021-11-17climate21Learning cause-and-effect relationships from time series dataYesNo
2021-11-04climate_c21
Bracco, Annalisa (Georgia Tech)
Manifold learning as a tool to link AI/ML and climate dynamicsYesYes
2021-11-04climate_c21Machine Learning and Earth System Modeling: from parameter calibration to feature detectionYesYes
2021-11-04climate_c21
Shelton, Jacquelyn (Hong Kong Polytechnic Univ.)
Deep learning and energy models for fine dead wood segmentationYesNo
2021-11-03climate_c21Atmospheric radiation: using machine learning for the unknowable and uncomputableYesYes
2021-11-03climate_c21
Sheshadri, Aditi (Stanford)
A deep learning parameterization of gravity wave drag coupled to an atmospheric global climate modelYesNo
2021-11-02climate_c21
Lessig, Christian (Univ. Magdeburg)
Representation learning and custom loss functions for atmospheric dataYesYes
2021-11-02climate_c21Deep Learning for Subseasonal Global Precipitation PredictionYesYes
2021-11-02climate_c21
Monteleoni, Claire (CU Boulder)
Deep Unsupervised Learning for Climate InformaticsYesYes
2021-11-02climate_c21
Sonnewald, Maike (Princeton)
Revealing the Impact of Global Heating on the Meridional Overturning Circulation with transparent machine learningYesNo
2021-11-01climate_c21
Adcroft, Alistair (Princeton)
Towards using machine learning in real climate modelsYesYes
2021-11-01climate_c21
Brunton, Steven (Univ. of Washington)
Interpretable and Generalizable Machine Learning for Fluid DynamicsYesYes
2021-11-01climate_c21
Subramanian, Aneesh (CU Boulder)
Exploring physical and Machine Learning approaches for stochastic modeling and ensemble prediction of weather and climateYesNo
2021-11-01climate_c21
Yu, Rose (UC San Diego)
Physics-Guided Deep Learning for Fluid DynamicsYesYes
2021-11-01climate_c21Machine Learning for Ocean Closures: Advances and LessonsYesNo
2021-09-29universality_c21
Lenarcic, Zala (Jozef Stefan Inst.)
Extracting complexity of quantum dynamics using machine learningYesYes
2021-08-05topology21
Zache, Torsten (Univ. Innsbruck)
Quantum Variational Learning of the Entanglement HamiltonianYesNo
2021-03-30precision21
Thaler, Jesse (MIT)
Related Words: theory
Dreyer, Frédéric (Univ. of Oxford)
QCD and Jets through the Lens of Machine LearningYesYes
2021-03-18precision21
Butter, Anja (Universität Heidelberg)
Kasieczka, Gregor (Univ. Hamburg)
Unsupervised Learning for Fun and PrecisionYesYes
2019-07-30morpho19
Armon, Shahaf (Weizmann Inst)
How tissues can actively avoid rupture (things we've learned from Placozoa)YesYes
2019-06-25gravast_c19Lessons Learned from GW170817YesNo
2019-06-18gravast19
Berti, Emanuele (Johns Hopkins)
On multiband GW astronomy: What are we learning from gravitational wave observations of merging binaries, and what do we need to learn more?YesYes
2019-05-21exostar_c19What can we learn from the Sun?YesYes
2019-05-15gravast19
Margalit, Ben (UC Berkeley)
What have we really learned about the nuclear equation of state from GW170817?YesYes
2019-05-14gravast19
Paschalidis, Vasileios (University of Arizona)
What have we really learned about the nuclear equation of state from GW170817?YesYes
2019-05-06gaia19
Grand, Rob (HITS)
Using cosmological simulations to learn about the Milky Way in the context of GaiaYesYes
2019-04-25colloq
Wheeler, Coral (Caltech)
Related Words: galaxies
Sweating the small stuff: Or how I learned to START worrying and love the smallest galaxiesYesNo
2019-03-21machine19 Discussion: Introduction to kernel methods for machine learningYesNo
2019-03-13machine19
Rocchetto, Andrea (Oxford/UCL)
Tutorial: Overview of classical and quantum learning theoryYesNo
2019-03-12machine19
Shanahan, Phiala (MIT)
Related Words: lattice
Learning matched action parameters for multi-scale algorithms in lattice QCDYesYes
2019-02-28machine19
Kubica, Aleksander (Perimeter)
Quantum error correction and machine learningYesYes
2019-02-28scape19
Goldt, Sebastian (IPhT CEA Saclay)
Related Words: modes, neural
Generalisation dynamics of online learning in over-parameterised neural networksYesNo
2019-02-27scape19
Lokhov, Andrey (Los Alamos National Laboratory)
Learning of discrete graphical modelsYesNo
2019-02-26machine19
Bukov, Marin (Berkeley)
Related Words: learning
Reinforcement Learning to Control Quantum Systems away from EquilibriumYesYes
2019-02-25bblunch
Carleo, Giuseppe (Flatiron Institute)
Dreaming, computing, inspiring: Flavors of machine learning in many-body quantum physicsYesNo
2019-02-21machine19
Inack, Estelle (Perimeter)
Tutorial: Variational Monte Carlo and Machine LearningYesNo
2019-02-16machinet_c19
Bahri, Yasaman (Google)
Related Words: deep
Introduction to Deep LearningYesYes
2019-02-16machinet_c19How machine learning is revolutionizing drug discovery and material design: Improving electronic structure calculationsYesYes
2019-02-15machine_c19
Halverson, James (Northeastern)
Machine Learning Geometry and String TheoryYesYes
2019-02-15machine_c19
Mandt, Stephan (UC Irvine)
Physics-inspired Machine Learning: Non-equilibrium, Perturbation Theory, and Goldstone ModesYesNo
2019-02-15machine_c19
Shanahan, Phiala (MIT)
Related Words: lattice
Machine Learning for Lattice Quantum Field Theory CalculationsYesYes
2019-02-14machine_c19
Carrasquilla, Juan (Vector Institute)
Learning Quantum States with Generative ModelsYesYes
2019-02-14machine_c19
Kim, Eun-Ah (Cornell)
Related Words: topological
Machine Learning Quantum EmergenceYesYes
2019-02-14machine_c19Uncovering the Behavior of Quantum Annealers with Statistical LearningYesYes
2019-02-13machine_c19
Hezaveh, Yashar (Stanford)
Related Words: mapping
Mapping Distant Galaxies with Machine LearningYesNo
2019-02-13machine_c19
Psihas, Fernanda (UT Austin)
Successes and Perspectives of Deep Learning Applications to Neutrino PhysicsYesNo
2019-02-12machine_c19Machine Learning in Electronic Structure: Finding Better Density Functionals than Humans doYesYes
2019-02-12machine_c19
Parrinello, Michele (ETH Zurich)
Machine Learning and Enhanced SamplingYesNo
2019-02-11machine_c19
Bronstein, Michael (Imperial College)
Deep Learning on Graphs: from Astrophysics to Fake News DetectionYesNo
2019-02-11machine_c19
Cammarota, Chiara (King's College)
Rough-glassy Landscapes from Inference to Machine LearningYesYes
2019-02-11machine_c19
Krzakala, Florent (ENS Paris)
Statistical Physics and Machine LearningYesYes
2019-02-11machine_c19Mean Field Concepts in Machine LearningYesNo
2019-02-07machine19Generation of topologically constrained states through deep reinforcement learningYesYes
2019-02-06machine19
Sels, Dries (Harvard)
Tutorial: Reinforcement Learning for PhysicistsYesNo
2019-02-05machine19Reinforcement learning for fault-tolerant quantum computationYesYes
2019-01-31machine19Quantum Loop Topography for Machine Learning TransportYesYes
2019-01-29machine19
Carrasquilla, Juan (Vector Institute)
Learning and representing quantum states with probabilityYesYes
2019-01-15scape19Thermodynamics of trajectories, optimal dynamics and reinforcement learningYesNo
2019-01-10scape_c19Dynamics of Neural Networks with Learning Rules Inferred from DataYesYes
2019-01-10scape_c19Iterative Projective Approach for Linear Systems with Link to Deep LearningYesYes
2019-01-10scape_c19
Wales, David (Cambridge)
Energy Landscapes: from Molecules and Nanodevices to Machine LearningYesYes
2019-01-09scape_c19
Srebro, Nathan (Chicago)
TUTORIAL: Optimization Methods from a Machine Learning PerspectiveYesNo
2018-10-23dynq18
Bukov, Marin (UC Berkeley)
Related Words: learning
Reinforcement Learning: Introduction and Applications to Nonequilibrium DynamicsYesNo
2018-09-13brain18
Schneidman, Elad (Weizmann Institute)
Related Words: learning, modes, neural, statistical
Learning metrics of neural population codes and stimuliYesNo
2018-09-11brain18
Yu, Byron (Carnegie Mellon University)
Neural constraints on learningYesNo
2018-09-07brain18
Hakim, Vincent (Ecole Normale Supérieure)
Cerebellar learning using perturbationYesYes
2018-08-08snav18Depth Learning: how zebrafish come to navigate and balance in the water columnYesYes
2018-02-15memform_c18
Mitra, Partha (Cold Spring Harbor)
Phase Transitions in Machine Learning and Distributed ControlYesNo
2018-02-15memform_c18
Zdeborova, Lenka (CEA Saclay)
Statistical physics of learning a rule: Decades old story continuedYesYes
2018-02-12bio99
Pehlevan, Cengiz (Flatiron Institute)
Uncovering how the brain learnsYesNo
2018-01-10memform18
Murugan, Arvind (U. Chicago)
Generalization, learning and memoriesYesYes
2017-11-28qinfo17Mathematical Overview of Machine LearningYesNo
2017-10-20qinfo17
Melko, Roger (Waterloo)
Related Words: entanglement, entropy, quantum
Machine learning wavefunctions with restricted Boltzmann machinesYesNo
2017-08-31intertwined17
Zhang, Frank Yi (Cornell)
Quantum Loop Topography for Machine learning on topological phase, phase transitions, and beyondYesYes
2017-08-24ecoevo17What can be learned about adaptation from E&R experiments in Drosophila?YesNo
2017-08-14ecoevo17
Hwa, Terry (UCSD)
Related Words: biology
Re-learning how to do phenomenological theories and why this is so important in biology[Podcast][Aud][Cam] KITP Blackboard LunchYesNo
2017-08-09ecoevo17
Burke, Molly (Oregon State)
What can we learn from experimental evolution in sexual populations?YesYes
2017-08-08intertwined17
Meng, Zi Yang (IOP-CAS)
Related Words: quantum
Itinerant quantum critical points and self-learning quantum Monte Carlo methodYesYes
2017-07-27intertwined17Informal Discussion on Machine Learning Application to Condensed Matter PhysicsYesNo
2017-06-08hearing17
Hermansky, Hynek (Johns Hopkins)
Life-long learning in machine recognition of speechYesNo
2017-05-19galhalo_c17
Bosch, Frank van den (Yale University)
Related Words: discussion, halo
What Can We Learn from Small-scale Clustering?YesYes
2017-04-12stars17
Belczynski, Chris (Univ. of Warsaw)
Related Words: population, spins, synthesis
What can we learn from massive stars population synthesis?YesNo
2016-11-21topoquant16
Kim, Eun-Ah (Cornell)
Related Words: topological
Machine learning topological phasesYesYes
2016-11-08synquant16
Melko, Roger (University of Waterloo)
Related Words: entanglement, entropy, quantum
Machine learning for many body systemsYesYes
2015-10-14mbl15
Schmiedmayer, Jörg (Vienne University of Technology)
Related Words: body, many
High order correlations and what we can learn about the solution for many body problems from experimentYesNo
2015-09-11undergrad15Machine Learning for Designing DNA-stabilized Silver ClustersYesYes
2015-06-16qgravity15
Susskind, Leonard (Stanford)
Related Words: epr, er
What I Learned from AMPSYesNo
2015-06-16smell15
McGann, John (Rutgers)
Early olfactory processing is shaped by previously learned informationYesNo
2014-09-19superbugs14
Weinreich, Daniel (Brown Univ.)
Related Words: evolution
Mustonen, Ville (Wellcome Trust Sanger Inst.)
What have we learned?YesNo
2014-08-25lasers14
Corkum, Paul (Univ. Ottawa)
What we learn about super-intense interactions from intermediate intensity experimentsYesYes
2014-03-05neuro14Watching the hippocampal network learn during trace conditioning: sequential activity and correlationsYesYes
2014-03-05neuro14
Taube, Jeffrey (Dartmouth College)
Related Words: direction
Learning & Memory in the Head-Direction Cell CircuitYesYes
2014-02-27neuro14Circuit Events in the Hippocampus during Goal-Oriented Spatial LearningYesYes
2014-02-24neuro14
Mehta, Mayank (UCLA)
Related Words: learning
Neurophysics of Space, Time and Learning[Podcast][Aud][Cam] KITP Blackboard LunchYesNo
2014-02-04neuro14
Mehta, Mayank (UCLA)
Related Words: learning
Spatial Learning and Neural Coding in Virtual RealityYesYes
2013-09-30geoflows13
Eckhardt, Bruno (Philipps-Univ. Marburg)
Related Words: flow, transition, turbulence
Vortices, streaks and Coherent Structures: Lessons learned from the turbulence transition in pipe flowYesYes
2013-06-27primocosmo13
Senatore, Leonardo (Stanford)
Related Words: inflation, theory
What can we learn about inflation from B-modes measurements beyond "r"YesNo
2013-06-07kohnfest13
Langer, James
Related Words: solids
Much of the physics I know I learned from Walter-- but not all of itYesNo
2013-03-13coldmoles_c13State-to-State Dynamics in Ultracold Collisions: What Can We Learn From High Resolution Spectroscopy of Weakly Bound Molecular Complexes?YesYes
2013-03-06resident
Flam, Faye (KITP Journalist in Residence)
Related Words: science
Salacious Science: Subtitle: What I Learned from Writing an Infamous Sex ColumnYesNo
2013-03-02qcontrolt_c13
Baily, Charles (Univ. Colorado)
Active Learning and Quantum Simulations in the ClassroomYesYes
2013-03-01qcontrol_c13
Ferrie, Chris (Univ. Waterloo)
Robust Online Hamiltonian LearningNoNo
2013-03-01qcontrol_c13
Sanders, Barry (Univ. Calgary)
Related Words: quantum
Learning Algorithms for Designing Efficient, Precise, Robust, Single-shot, Quantum- enhanced, adaptive parameter estimation policiesNoNo
2013-02-27qcontrol_c13
Rabitz, Herschel (Princeton Univ.)
Quantum Control and Chemistry: Learning from Each OtherYesNo
2012-05-02bitbranes12
Giddings, Steven (UCSB)
Related Words: black
Discussion: What Have We Learned About Info Loss/Conservation From 1+1 BHs?YesNo
2011-07-21brain_m11
Verschure, Paul (Univ. Pompeu Fabra)
Biologically Constrained Learning (cont'd)YesNo
2011-07-20brain_m11
Verschure, Paul (Univ. Pompeu Fabra)
Biologically Constrained LearningYesYes
2011-05-26turbulence11
Yeung, P.K. (Georgia Tech.)
Turbulence on Petascale Computers: What Have We Learned, and What We Hope to LearnYesYes
2010-12-10resident
Kaplan, Lila Rose (KITP Playwright-in-Residence)
How to Make Good Science into a Great Talk? Learn Secrets from Theatre -- an Interactive WorkshopYesNo
2010-12-07compqcm10What Can We Learn About Many-body Entanglement from HolographyYesYes
2010-09-30neuro10Functions and Mechanisms of Behavioral Variability During Motor LearningYesNo
2010-09-23neuro10Neural Theory and Practice of Song LearningYesNo
2010-02-10materials_c10
Fisk, Zachary (UC Irvine)
Superconducting Materials: What We Learn From the Heavy FermionsYesYes
2009-11-30qinfo09
Eisert, Jens (Univ. Potsdam)
Related Words: quantum
Learning Much from Little: Compressed Sensing Approach to Quantum State Tomography and Other Ideas of Systems IdentificationYesYes
2009-09-23qinfo09
Gavinsky, Dmitry (NEC Laboratories America)
Predictive Quantum LearningYesYes
2009-08-19sdeath_c09
Fesen, Robert (Dartmouth)
What We Learn from Observing SNe RemnantsYesYes
2009-07-09qcontrol09
Luy, Burkhard (Munich Tech.)
NMR Pulse Design by OCT: Introduction, Applications and What We Can Learn From ItYesYes
2008-10-15genetics08
Sunyaev, Shamil (Harvard Medical)
Related Words: human
Learning from Re-Sequencing Data: What To Do When the $1000 Genome Arrives?YesYes
2008-09-30milkyway_c08
Blitz, Leo (UC Berkeley)
Related Words: gas
Neutral Gas in the Milky Way: Some Things We've Learned (and Some We'd Still Like to Know)YesYes
2008-04-08brain08What can we learn from synaptic weight distributions?YesYes
2007-11-09stars07
Myers, Phil (Harvard-Smithsonian)
Wrap-up: What did we learn this week?YesYes
2007-09-26colloqCrackling Noise: Learning from Magnets about Earthquakes?YesNo
2007-03-23snovae_c07
Riess, Adam (STScI)
Lessons Learned from SNe Ia at z>1YesNo
2007-03-22snovae_c07
Badenes, Carles (Rutgers)
Related Words: ia, supernova, type
What has been learned about Type Ia SN from their RemnantsYesYes
2006-09-13strings06
Kane, Gordy (Discussion Leader)
Related Words: string, theory
LHC and String Theory: What will we LearnYesNo
2006-06-11bio_c06How can future researchers learn to distinguish a critical biological problem from a mundane one?YesNo
2006-05-23spintr06
Ohno, Hideo (Tohoku University)
What You Can Learn from Ferromagnetism in III-V Semiconductors and Its ManipulationYesNo
2004-11-17qcd_c04
Zajc, William (Columbia)
RHIC experimental overview: What we have (not) learnedNoYes
2004-10-28igm_c04 What More can we Learn from QSO Absorption Lines?NoYes
2004-09-30brain04
Nemenman, Ilya (Columbia)
Related Words: learning
Fluctuation-Dissipation Theorem and Models of LearningYesNo
2004-09-21brain04
Fiete, Ila (KITP)
Related Words: grid
A Synaptic Theory of Gradient Learning with Empiric InputsYesYes
2004-09-20igm04
Steinmetz, Matthias (Astrophysical Institute Potsdam)
Related Words: formation, galaxy
How I Stopped Worrying and Learned to Love Baryons[Aud][Cam]YesNo
2004-09-10brain04
Still, Susanna (Princeton)
Active Learning by Extraction of Predictive InformationYesNo
2004-09-08brain04
Lee, Dan (University Pennsylvania)
Machine Learning for Sensorimotor ProcessingYesYes
2004-08-12brain04
Tishby, Tali (Hebrew University/University Pennsylvania)
Related Words: information
Minimum Population Information: More on the Link Between Information, Learning, and NeurophysiologyYesYes
2003-03-03neutrino_c03What can we learn about Neutrinos from Galaxy Distributions?NoNo
2003-01-30clusters_c03
Ashman, Keith (University of Missouri)
What we have Learned from Extragalactic GCs about Globular Cluster and Galaxy FormationNoYes
2002-05-02astro99Accretion Disk Turbulence, Or: How I Learned to Stop Worrying and Love RotationNoYes
2001-12-05neuro01
Gilbert, Charles (Rockefeller University)
Learning to SeeNoNo
2001-11-26bblunch
Wolf, Fred (MPI Gottingen)
Related Words: development, dynamics, visual
Learning to See: The Development of Maps in the BrainNoNo
2001-10-12colloq
Nemenman, Ilya (ITP)
Related Words: learning
Predictability, Complexity and LearningNoYes
2001-10-12neuro01
Nemenman, Ilya (ITP)
Related Words: learning
Predictability, Complexity and LearningNoYes
2001-09-25neuro01
Brunel, Nicolas (CNRS-Paris)
Associative Learning and Delayed Neuronal ActivityNoYes
2001-03-09pcgm17What can we learn about small objects in AdS?NoYes
2000-12-06hightc00
Uemura, Yasutomo (Columbia)
What Can We Learn from Comparison between Cuprates and He Films? -- Phase Separation and Fluctuating SuperfluidityNoNo
2000-10-23hightc00
Coleman, Piers (Rutgers)
Related Words: phase
Si, Qimiao (Rice)
Related Words: criticality, quantum
What can we Learn about High Tc from Higher Dimensional SystemsNoYes
1999-03-30bhole99Learning about Central Engines from Relativistic Outflows, Part IINoYes
1999-03-24bhole99
Sikora, Marek (Nicolaus Copernicus)
Learning about Central Engines from Relativistic OutflowsNoYes
1998-03-04colloqThe Next Generation Cosmic Microwave Background Measurements and What We Hope to Learn About the Early UniverseNoYes
1997-12-02snu
Langacker, Paul (Pennsylvania)
What have we learned? Where are we headed?NoYes