By 2030, the computing community will face an unprecedented crisis: the data we generate will outpace our ability to store and process it efficiently, while the energy demands of traditional computing will become unsustainable. The Landauer Limit—a fundamental barrier to energy efficiency—forces us to rethink how we compute. In this video, we dive into the upcoming computing bottleneck and explore groundbreaking solutions like reversable computing, protein-based machines, adiabatic computing, and DNA data storage. Discover how biotechnology and molecular systems could redefine energy-efficient computing and help avert the looming 2030 barrier.
00:00 - Intro
00:14 - Energy Problem
02:19 - Landauer Principle (or Limit)
04:31 - Reach Landaurer Limit in 2030
05:02 - adiabatic
06:48 - DNA Information Stores and Protein Computers
08:23 - Neuromorphic Computing
09:25 - NVIDIA/AMD
10:18 - Pre-Built PC Limits
11:34 - DLSS 4
13:07 - Wrapup
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