Why Children Perceive Time Slower Than Adults
Adrian Bejan proposes a theory about how many mental images our brain takes as we age as a reason why time seems to go slower in our youths
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Why Does Time Seem to Speed up as We Age? Here Are Some Theories.
Adrian Bejan shares one of many theories for why time seems to speed up as we age.
North Carolina Space Grant Selects Graduate Research Fellows
The 2024-2025 class of Graduate Research Fellows includes four MEMS students whose focus aligns with the program’s goal of exploring the universe.
AI Method Radically Speeds Predictions of Materials’ Thermal Properties
Olivier Delaire comments about research that could help engineers design more efficient energy-conversion systems and faster microelectronic devices, reducing waste heat
Meet the American Chemical Society’s first sustainability star, Liang Feng
Liang Feng receives recognition for developing innovative materials and mechanisms to address global energy, climate and health challenges
Spaceship-Like Disc Detects Colon Cancer With Sound-Driven Droplet Vibration
Discover the innovative spaceship-like disc that allows quick and precise tests for cancer
Why Time Seems to Accelerate as We Get Older and What We Can Do to Slow It Down
Adrian Bejan's theory of time perception changing as we age due to neural processing speeds is featured amongst several others.
Scientists Reveal Why Time Seems to Speed Up as We Age
An article exploring why most adults have said “time flies” at one time or another as they age explores MEMS Professor Adrian Bejan’s theory that the phenomenon has something to do with how quickly sensory signals are processed by our brains.
How to Slow Down Time (No, Really)
MEMS Professor Adrian Bejan says that as we age, the rate at which we process visual information slows down, contributing to our experience of time speeding up.
Halide Perovskite Material Exhibits Liquid-Like Atomic Vibrations
MEMS Professor Olivier Delaire provides a new route to designing materials with tunable optical and thermal behaviors.
New Electrolyte Material Identifies as Both Solid and Liquid
MEMS Professor Olivier Delaire has helped uncover the atomic mechanisms that make a class of compounds called argyrodites attractive candidates for both solid-state battery electrolytes and thermoelectric energy converters.
Custom Surgical Implants: 3D Printing Plus AI Is Tech Behind RTP Startup Restor3d
MEMS Professor Ken Gall's medical device startup restor3d wants to make the surgical process more personal – and more effective.