Most materials fail long before we can see why but what if we could watch them change in real time?
Conventional nanoscale tools often give us beautiful, static snapshots. But real insight in materials science and biosensing comes from watching materials behave under real conditions, in real time, and across larger areas.
High throughput, realtime nanoscale imaging unlocks:
⚡Faster learning cycles: Observing the electrochemical wetting effect as it happens.
⚡Statistically meaningful datasets: Highly sensitive resonators that can detect microscopic objects otherwise unobservable.
⚡Fewer blind spots in R&D: Paving the way for next-gen reflective displays (like smartwatches that work in bright sunlight) and advanced biosensors for liquid biopsies.
This groundbreaking work from the University at Buffalo is a prime example of moving beyond static limitations.
Congratulations to Associate Professor Peter Q. Liu, PhD students Md Abdul Kaium Khan and Shoaib Vasini, and collaborator Ralu Divan from Argonne National Laboratory for developing a new type of electrically reconfigurable nanophotonic device.