In a stunning turn of events, a top-ranking AI system was soundly defeated by a human player in the strategic board game Go. This marks a significant reversal of the 2016 victory by the computer, which was widely celebrated as a landmark achievement in the field of artificial intelligence. The victorious player, Kellin Pelrine, holds a rank just below the top amateur level and was able to exploit a previously unidentified vulnerability in the AI system that had been detected by another computer. The games were played without any direct computer assistance, and Pelrine emerged as the clear winner by winning 14 out of 15 games.
Financial Times mentioned that this victory, which has not been previously disclosed, brought to light a flaw in the top Go computer programs that is common to many of today’s prevalent AI systems, including San Francisco-based OpenAI’s ChatGPT chatbot. The strategy used to win the Go match was proposed by a computer program that investigated the AI systems to discover any weaknesses. Pelrine, who executed the proposed plan with merciless precision, was able to use the tactics to put the human player back on top of the Go board.
Futurolgy classic documentary on artificial intelligence called thinking machines.
This playlist is a composition of all videos related to the fourth and final pillar of the technological revolution, artificial intelligence & advanced algorithms.
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CHAPTERS 00:00 Required Technologies. 01:42 The Processes of Uploading a Mind. 03:32 Positive Impacts On Society. 05:34 When Will It Become Possible? 05:53 Is Digital Immortality Potentially Dangerous?
The cosmic web is the term used to refer to the clusters, filaments, and voids that make up the large-scale structure of the Universe. In Λ cold dark matter (ΛCDM) cosmology, this web is formed from the anisotropic gravitational collapse of matter from primordial overdensities.
We’ve been able to map the Cosmic Web through observation over the past few decades, which opens up the possibility of finding answers to some of astronomy’s most pressing issues. An area of particular interest is how magnetic fields behave on a cosmic scale and their role in galactic and cosmic structure formation.
ICRAR scientists discover tantalizing evidence of magnetic fields in the universe’s most significant cosmic structures.
A remarkable group of drone prototypes from a team at the University of Tokyo takes multirotor complexity to the next level. These hypnotic flying robots are able to change their structural shape mid-air, creating some unprecedented capabilities.