moore's law
16 episodes mention this concept
lexfridmanMar 23, 2026Jensen Huang on NVIDIA's Extreme Co-Design, AI Scaling Laws, and Manifesting the Future of Computing
TechnologyExtreme Co-designRack-scale designAmdahl's LawDistributed Computing- lexfridmanJun 29, 2023
George Hotz on AI, Consciousness, the Future of Humanity, and the Biological vs. Silicon Stacks of Life
TechnologyWireheadingComputational complexity (P vs NP)Large Language Models (LLMs)Reinforcement Learning with Human Feedback (RLHF) - lexfridmanSep 17, 2022
Ray Kurzweil on the Singularity, Superintelligence, and the Future of Human-AI Mergence
TechnologyTechnological SingularitySuperintelligenceExponential GrowthTuring Test - lexfridmanJul 1, 2022
Demis Hassabis on AGI, the Turing Test, and Games as the Crucible of Intelligence
TechnologyArtificial General Intelligence (AGI)Turing TestGeneralizabilityReinforcement Learning 
EconomicsExplainedNov 26, 2021Revisiting MIT's 2040 Collapse Prediction: An Economic Analysis of 'The Limits to Growth' and Modern Society's Fragility
EconomicsSocietal collapseThe Limits to GrowthSystem dynamicsWorld 3 computer model- lexfridmanSep 26, 2021
Optoelectronic Intelligence, Neuromorphic Computing, and the Future of Superconducting Electronics
TechnologyOptoelectronic intelligenceBrain-inspired computingSuperconducting electronicsSemiconducting electronics - lexfridmanJul 26, 2020
Richard Karp: The Elegance of Algorithms, NP-Completeness, and the Philosophical Limits of AI
SciencePlain geometryFormal proofsComputational complexityP versus NP problem - lexfridmanJul 19, 2020
The Enduring Impact of C Programming Language: Design, Documentation, and the Power of Examples with Brian Kernighan
TechnologyC programming languageExpressiveness (programming language)Efficiency (software performance)Unix operating system - lexfridmanJun 27, 2020
David Patterson on RISC Architecture, RAID, and the Evolution of Computing
TechnologyMicroprocessorRISC (Reduced Instruction Set Computer)RAID (Redundant Array of Independent Disks)Moore's Law - lexfridmanFeb 5, 2020
Jim Keller on Moore's Law, Microprocessor Design, and First Principles Engineering
TechnologyMicroprocessorMicroarchitectureInstruction Set Architecture (ISA)Transistor - lexfridmanJan 23, 2020
Efficient Computing for Deep Learning, Robotics, and AI: Bridging the Energy Gap
TechnologyEnergy-efficient computingHigh-performance systemsDeep neural networks (DNNs)Edge computing - lexfridmanSep 24, 2019
How iRobot Succeeded Where Others Failed: The Business of Consumer Robotics and Future Potential
TechnologyCompelling NeedValue PropositionCost-Benefit EquationPain Point Identification - lexfridmanApr 3, 2019
Greg Brockman on OpenAI, AGI, and Shaping the Future of Intelligence
TechnologyArtificial General Intelligence (AGI)Deep LearningReinforcement LearningValue Alignment - lexfridmanDec 4, 2018
Eric Schmidt on Google's Growth, AI's Future, and the Power of Scale and Vision
TechnologySpace programProgrammingOpen-source contributionsTechnology scaling - lexfridman
MIT 6.S094: Introduction to Deep Learning, Neural Networks, and Self-Driving Cars
TechnologyDeep LearningDeep Neural NetworksSelf-Driving CarsDeep Reinforcement Learning - lexfridman
Jim Keller on the Enduring Relevance of Moore's Law and the Future of Computation
TechnologyMoore's Law (Gordon Moore's original definition)Operational Moore's Law (performance increase)Transistor countShrink factor
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