Simons Institute for the Theory of Computing

Simons Institute for the Theory of Computing

Views:
6,316,848
Subscribers:
69,400
Videos:
5,530
Duration:
173:07:02:50
United States
United States

Simons Institute for the Theory of Computing is an American YouTube content creator with at least 69.4 thousand subscribers. He published around 5.53 thousand videos which altogether total roughly 6.32 million views.

Created on ● Channel Link: https://www.youtube.com/channel/UCW1C2xOfXsIzPgjXyuhkw9g





All Videos by Simons Institute for the Theory of Computing



PublishedVideo TitleDurationViewsCategoryGame
2025-08-05WhAM: Towards A Translative Model of Sperm Whale Vocalization0:00143
2025-08-05Overview and Marine Bioacoustics and Perch Model0:0067
2025-08-05Machine Translation of Human Languages in the Age of LLMs: Is it the End of the Language Barrier?0:00304
2025-08-05What Makes a Good Language?0:00161
2025-08-05Decoding Dolphin Speech0:00191
2025-08-05Long term work and Machine Learning Approaches to DolphinGemma0:0081
2025-08-05Self-Supervised Learning in Transformer Models for Birdsong0:0065
2025-08-05Restoring Coral Reefs at Scale: AI and the Next Generation of Conservation0:0044
2025-08-05Validation by Listening0:0064
2025-08-05Potential of Echolocation for Communication0:00108
2025-07-28Opening Remarks0:00297
2025-07-28Oscillating networks from a biological point of view0:00226
2025-07-28Asymptotic Dynamics and Topology0:00258
2025-07-28Hodgkin-Huxley, Memristors, and Edge of Chaos0:00290
2025-07-28Topological and Algebraic Invariants to Classify Types of Singularities of Maps relevant to...0:00331
2025-07-28Emergent Behavior on Flocks0:0061
2025-07-28On Professor Smale's legacy for asymptotic stability theory0:00155
2025-07-28A Metacommunity Model of Interacting Hosts with Microbe Exchange0:0035
2025-07-28What is Consciousness and Can Machines have it? Part 10:00200
2025-07-28What is Consciousness and Can Machines have it? Part 20:0089
2025-07-28Dynamical Systems, Linear Programming and the Monge-Kantorovich Problem0:0070
2025-07-28Compositional sparsity and learnability0:0052
2025-07-28Smale’s 18th Problem and Intelligence Science0:0076
2025-07-28The Singularity is the Observer0:0086
2025-07-28Towards Trustworthy AI: Reflections on Learning and Smale's Legacy0:0061
2025-07-22Smale’s 18th Problem and Intelligence Science 20:0038
2025-07-22Measures of Perfection0:00103
2025-07-22The Enabling of McCarthyism by the University of Michigan0:0079
2025-07-22Kuramoto Problem and Smale Institute0:00103
2025-07-22Linear representations of concepts in modern AI models0:0088
2025-07-22Family Tribute0:0073
2025-07-18VerITAS: Verifying Image Transformations at Scale0:0097
2025-07-18Twist and Shout: Fast, Simple Memory Arguments0:0079
2025-07-18Accountable AI with ZKPs: Certifying Fairness and Explanations under model Confidentiality0:00108
2025-07-18Collaborative zk-SNARKs: Proving as One over Distributed Secrets0:0077
2025-07-17Tree PCPs0:0037
2025-07-17An introduction to lattice-based folding schemes0:0094
2025-07-17Hash-based Folding Schemes0:0092
2025-07-17Incrementally Verifiable Computation for NP from Standard Assumptions0:00129
2025-07-16Batch Arguments and Their Applications0:0089
2025-07-16Towards SNARGs for NP from Standard Assumptions0:0073
2025-07-16Succinct Non-interactive Arguments of Proximity0:0084
2025-07-16Towards a White-Box Secure Fiat-Shamir Transformation0:0084
2025-07-16Verifiable quantum advantage: old and new ideas0:00474
2025-07-15A New Approach for Non-Interactive Zero-Knowledge from Learning with Errors0:0062
2025-07-15A Zero-Knowledge PCP Theorem0:0057
2025-07-15SP1 Hypercube and the Jagged PCS0:00120
2025-07-15Error-Correcting Codes That Enable Efficient SNARKs0:00133
2025-07-15SNARGs for P/poly from SIS0:00101
2025-07-14Functional Commitments0:00115
2025-07-14Talk by Alex Lombardi (Princeton University)0:00152
2025-07-14Incremental proof systems0:00123
2025-07-14An Introduction to Commitment-Based Succinct Arguments0:00245
2025-07-11Lightning Talks0:00432
2025-07-11Few Single-Qubit Measurements Suffice to Certify Any Quantum State0:00163
2025-07-11Thermal metastability and area laws0:00464
2025-07-11Rapid quantum ground state preparation via dissipative dynamics0:00148
2025-07-10Sum of squares spectral amplification (SOSSA)0:00181
2025-07-10Computational quantum chemistry: Classical gaps, quantum opportunities, open questions0:00163
2025-07-10Panel Discussion0:00266
2025-07-10How Hamiltonian complexity differs from quantum chemistry0:00134
2025-07-10Computational quantum chemistry: Classical gaps, quantum opportunities, open questions Part 20:00170
2025-07-09Quantum cryptography and quantum complexity0:00168
2025-07-09How to model unitary oracles0:00165
2025-07-09Informational and computational aspects of holography0:00107
2025-07-09Quantum LDPC Codes with Transversal CCZ Gates0:00124
2025-07-09When do you need an inverse or controlled unitary oracle?0:00329
2025-07-08Panel Discussion0:00298
2025-07-08Exponential improvements to the average-case hardness of random circuits0:00254
2025-07-08Are Random Quantum Circuits PRUs?0:00204
2025-07-08Reducing the number of qubits in quantum factoring0:00223
2025-07-07An Overview of QEC at Google0:00402
2025-07-07Tour de gross: A modular quantum computer based on bivariate bicycle codes0:00450
2025-07-07Panel Discussion0:00360
2025-07-07Architectural mechanisms of a universal fault-tolerant quantum computer0:00452
2025-06-27Using the Planted Clique Conjecture for Cryptography: Public-Key Encryption from...0:00233
2025-06-26Expedition to Obfustopia: Indistinguishability Obfuscation from Well-Studied Assumptions to New...0:00189
2025-06-25To interact or not to interact: Cryptographic proof systems and the Fiat-Shamir heuristic0:00210
2025-06-18Succinct arguments for QMA from standard assumptions, without quantum PCPs0:00174
2025-05-30Crypto + Meta-complexity 20:00167
2025-05-30Crypto + Meta-complexity 10:00152
2025-05-30Crypto + ML 20:00432
2025-05-30Crypto + ML 10:00535
2025-05-30Private Information Retrieval and Oblivious RAM0:00148
2025-05-30Secure Computation 30:0064
2025-05-30Secure Computation 20:0070
2025-05-30Secure Computation 10:00113
2025-05-30Proofs - Practice 20:0098
2025-05-30Proofs - Practice 10:00101
2025-05-30Proofs - Theory0:00150
2025-05-30Quantum 40:0099
2025-05-30Quantum 30:0089
2025-05-30Quantum 20:00151
2025-05-30Foundations 20:00197
2025-05-19Foundations 10:00387
2025-05-01Future Directions In AI Safety Research0:00400
2025-04-28Introduction (Sanjit Seshia)0:00371
2025-04-23How to Locate Unentanglement | Quantum Colloquium0:00586
2025-04-16Talk by Sophie Morel (ENS de Lyon)0:00102
2025-04-16Challenges in State-of-the-Art Bit-Precise Reasoning0:0060