Computación Analógica: qué es y por qué ahora

In this fascinating video, we explore the renaissance of analog computing, a field that many considered obsolete, but is now emerging with renewed vigor thanks to the combination of old concepts and contemporary innovations. Discover how a memristor-based analog chip has revolutionized the processing of complex equations such as the Navier-Stokes equations, crucial for simulating weather and aerodynamics, with significantly lower power consumption than that used by today's digital supercomputers. We analyze the history and resurgence of analog computing, from its beginnings with the Antikythera mechanism to its mid-20th-century heyday, and how it is now competing again in today's technological arena. We take an in-depth look at the revolutionary chip developed by the University of Massachusetts Amherst in collaboration with USC and TetraMem Inc. This device marks a milestone in energy efficiency, surpassing the old precision limits of analog computing through the use of memristors. Understand how in-memory computing allows calculations to be performed simultaneously and continuously, something that was unthinkable in digital systems. This approach could change the way we address challenges such as climate change and the development of efficient artificial intelligence, bringing a future full of potential for hybrid computing. Finally, we reflect on how this resurgence does not represent a return to the past, but rather a powerful fusion of the best of digital and analog computing. We analyze the great prospects opening up in fields such as neuromorphic computing and artificial intelligence. Join us to discover how returning to methods inspired by nature could be the key to solving some of the most complex computational problems we face today. https://www.science.org/doi/epdf/10.1... Patreon:   / olivernabani   And remember, most importantly: It's not "machine," it's "Mashain!"