News
Specification vulnerability in devices that speak Bluetooth is addressed
Flaw let hackers spy on—and even alter—data sent via Bluetooth
National Day Awards 2019
Asst. Profs Carlos Bañón and Felix Raspall featured in Redshift by Autodesk, Bamboo Transcends the Tropics for Carbon-Negative Construction
Bamboo Transcends the Tropics for Carbon-Negative Construction
Want to do more to fight climate change? Cut down on driving, buying stuff and eating meat
Commentary: Can we co-exist with PMDs? Yes, but we need to take a different path
Science Daily published research by Science, Mathematics and Technology cluster Assistant Prof Cheong Kang Hao on the Parrondo effect across biology
SUTD researchers study the pivotal role that Parrondo’s paradox plays in the shaping of living systems and its potential identity as a universal principle underlying biological diversity and persistence.
Inspired by the flashing Brownian ratchet, Parrondo’s paradox is a counter-intuitive phenomenon in which two losing games, when played in a specific order, can surprisingly end up winning. For example, slot machines are designed to ensure that players lose in the long run. “What the paradox says is that there might be slot machines which are subtly linked in such a way that playing either slot machine independently will lead to financial disaster, but switching in between them will eventually leave the player richer than before,” said senior author, Assistant Professor Kang Hao Cheong of the Singapore University of Technology and Design (SUTD).
To read more, please go to https://www.sciencedaily.com/releases/2019/08/190805134043.htm
You can find more details at https://www.sutd.edu.sg/Research/Research-News/2019/8/Paradoxical-Survival-Examining-the-Parrondo-effect
World Scientific launches new book on CMOS Technology for 5G Future
Featured in Science Magazine – World Scientific Launches New Book On CMOS Technology For 5G Future
Featured in Science Magazine – World Scientific Launches New Book On CMOS Technology For 5G Future