01:08:44

CS 194/294-196 (LLM Agents) - Lecture 2, Shunyu Yao

01:15:02

Martin Wattenberg: Models within models - how do LLMs represent the world?

01:05:46

Eric Wallace: Memorization in language models

01:16:58

Nicholas Carlini: The security of LLMs

01:07:09

Yuandong Tian: Inside-out interpretability: training dynamics in multi-layer transformer

01:19:14

Bo Li: Benchmarks and evals, safety vs. capabilities, machine ethics

01:06:40

Jacob Steinhardt: Using AI to understand AI

01:17:30

Dan Hendrycks: AI safety primer and representation engineering

01:23:57

David Bau: Interpretability and model editing

35:14

Building an Open, Responsible AI Economy

08:20

Berkeley RDI Frontier Research Fellows Lightning Talks

32:39

Panel 4: Emerging Landscape in Blockchain

24:18

Keynote Speaker: Juan Benet, Founder & CEO, Protocol Labs

35:30

Panel 3: Lens to the Future of Blockchains

30:10

Panel 2: Blockchain Innovation in Traditional Finance

41:29

Panel 1: Technology Frontiers in Blockchain

12:13

Welcome & Introduction to Xcelerator, Berkeley RDI, Blockchain at Berkeley

47:17

Future of ZKP Fireside Chat with Shafi Goldwasser and Dan Boneh w/ Dawn Song

30:01

ZKP MOOC Lecture 16: Hardware Acceleration of ZKP

01:07:06

ZKP MOOC Lecture 15: Secure ZK Circuits with Formal Methods

57:21

Exploring ZKP for XRP Ledger (Ripple) & Builders on zkBridge: Defense in Depth (Gnosis)

34:36

ZKP MOOC Lecture 14: ZKP Applications Overview & zkBridge

28:53

ZKP MOOC Lecture 14: ZKP Applications

53:49

ZKP MOOC Lecture 12: Building opcode compatible zk EVMs

01:37:09

ZKP MOOC Lecture 13: Privacy-Preserving Smart Contract Architectures

01:42:43

ZKP MOOC Lecture 12: zkEVM Design, Optimization and Applications

51:25

Demystifying ZK Programming (Aleo)

01:34:28

ZKP MOOC Lecture 11: From Practice to Theory

01:01:28

SnarkyJS: Recursive ZK Proofs in Typescript

01:21:27

ZKP MOOC Lecture 10: Recursive SNARKs

01:36:55

ZKP MOOC Lecture 9: SNARKs based on Linear PCP

47:52

ZKP Hackathon: Welcome & Overview Session

02:00:46

ZKP MOOC Lecture 8: FRI-based Polynomial Commitments and Fiat-Shamir

01:29:14

ZKP MOOC Lecture 7: Polynomial Commitments based on Error-correcting Codes

01:31:20

ZKP MOOC Lecture 6: Polynomial Commitments based on Pairing and Discrete Logarithm

01:27:58

ZKP MOOC Lecture 5: The Plonk SNARK

02:06:50

ZKP MOOC Lecture 4: Interactive Proofs

01:21:04

ZKP MOOC Lecture 2: Overview of Modern SNARK Constructions

01:41:39

ZKP MOOC Lecture 3: Programming ZKPs

01:38:33

ZKP MOOC Lecture 1: Introduction and History of ZKP

40:37

Interview: Stani Kulechov

59:42

AMA: Sam Sun

25:51

CESC 2022 - Shafi Goldwasser: History of ZK

43:19

ZKP Workshop 2022: Dan Boneh - Constructing Modern SNARKS

31:44

ZKP Workshop 2022: Shafi Goldwasser - ZKP and Law

18:55

CESC 2022 - Dahlia Malkhi: Maximal Extractable Value (MEV) Protection on a DAG

11:53

CESC 2022 - Tiancheng Xie: zkBridge: Trustless Cross-chain Bridges Made Practical

26:29

CESC 2022 - Glen Weyl: Plurality - Technology for Cooperative Diversity and Democracy

21:33

CESC 2022 - Dan Boneh: Real-world Proof Systems: a Revolution in Computing

32:20

CESC 2022 - Tim Roughgarden: On Results and Challenges in Cryptoeconomics

59:12

Cryptoeconomics, Token Design, and Incentives in DeFi - Tim Roughgarden

01:09:39

Non-Fungible Tokens (NFTs): Ari Juels

01:01:54

AMA: Arthur Gervais

44:49

AMA: Andrew Miller

10:39

Lec 7.7 Stablecoin Risks & Instabilities

09:13

Lec 7.6 Algorithmic Stablecoins

06:53

Lec 7.5 Crypto-Collateralized Stablecoins

09:58

Lec 7.4 Reserve-Backed Stablecoins

01:51

Lec 7.3 Stablecoin Types

21:44

Lec 7.2 Stablecoin Basics