Topic
IBM Research
Ten years ago on May 4, 2016, IBM made history by launching its Quantum Experience, a pioneering initiative that allowed anyone to access real quantum computers via the cloud for the first time. This decision was driven by strong community interest observed at the 2015 "Think Q" conference and aimed …
Purdue Engineering
Purdue University is launching a groundbreaking initiative to address the emerging needs of the quantum industry by establishing a comprehensive degrees program designed to cultivate a next-generation workforce. This strategic effort aims to leverage strange quantum properties to revolutionize commu …
IBM Research
Researchers from the United States, Spain, and Ireland have achieved a significant breakthrough by using a quantum computer to construct and analyze a two-dimensional time crystal, moving past earlier one-dimensional demonstrations. In this unique system, particles display ordered motion over time r …
John Kubiatowicz
This lecture provides a comprehensive overview of advanced distributed storage systems, beginning with an examination of the CAP theorem constraints that govern consistency, availability, and partition tolerance in global environments. The session introduces Key-Value stores as interfaces mapping ar …
Tom Bilyeu
Futurist Peter Diamandis argues that humanity stands at a critical inflection point where technologies like AI, quantum computing, and biotech will drive change faster than in any previous century combined. He posits that we are not on the brink of literal immortality but rather facing a "health spa …
Tom Bilyeu
Peter Diamandis argues that individuals alive today have a definitive opportunity to extend their health span by 20 to 30 years, potentially making death optional by 2030 through advancements in AI and longevity science. He explains that humans were evolutionarily designed for peak health around age …
Tom Bilyeu
Tom Bilyeu opens the discussion with a profound shift in artificial intelligence, highlighting Google's new model, Cosmo Science, which he believes will revolutionize biology by curing all diseases within ten years. He argues that AI excels at pattern recognition across vast datasets, allowing it to …
Lex Fridman
In this episode of the Lex Fridman Podcast, theoretical physicist Leonard Susskind reflects on his intellectual development and working style under the influence of Richard Feynman. Susskind describes Feynman as a master of deep intuition who could visualize physical phenomena directly rather than r …
Lex Fridman
Leonard Susskind argues that the primary power of quantum computers lies in their ability to simulate complex quantum systems that are too difficult for classical machines to model. Instead of merely solving abstract mathematical problems, these devices function as physical models where users can ma …
Lex Fridman
Scott Aaronson, a professor at UT Austin and former MIT faculty member specializing in quantum computing and computational complexity theory, joins Lex Fridman to explore the intersection of technical science and philosophy. Aaronson argues that while philosophers tackle broad metaphysical questions …
Lex Fridman
Scott Aaronson explains that quantum computing represents a profound intersection of computer science, physics, engineering, mathematics, and philosophy, proposing a new way to harness nature based on principles established since 1926. At its core, quantum mechanics describes the world using amplitu …
Lex Fridman
Scott Aaronson explains that the term "quantum supremacy," coined in 2012, refers to a specific historical milestone where a quantum computer performs a well-defined task significantly faster than any known classical algorithm. It is crucial to understand that this does not imply solving useful prob …
Lex Fridman
In this episode, Scott Aaronson explores whether our universe might be a simulation and what it would mean for reality to be computable. He notes that while we cannot currently distinguish a perfect simulation from physical reality without finding an exploit or "bug," the laws of physics seem robust …