Extreme Science pt.2
summary
Claims a working 16-level (4-bit) flash cell architecture that reached production (2 GB devices) but was shelved after an acquisition, reports a chemical process that yields 2 nm organic nanodots turned into two products — flexible displays and a battery chemistry that promises smartphone charging in under a minute within two years — and describes a DVB-S2/X satellite modem enhancement that raises throughput by 10–25% enabling 10-channel bands to carry 12–13 channels. Notes investors are skeptical and that scientific proof must be engineered into a sellable product.
AI-written summary · about
chapters (8)
- 0:00Introduction
- 0:23Defining extreme science
- 1:50Dropouts and university role
- 3:18Extreme science revolution
- 5:26Flash memory world record
- 7:43StoreDot’s nanodots
- 9:58Satellite throughput breakthrough
- 11:21Conclusion and call to embrace science
related talks
24mTrends in low power IoT design
09mExploring the Design Space for Energy-Harvesting Situated Displays
02mHighlights Video
16mRaising the bar for indoor light (OPV) energy harvesting
35mScience, Code and Sustainability Leveraging Technology to Build a Better Future
22mSqueezing every drop of juice from your energy source
51mLightning Talks
23mThursday Lightning Talks