SCILIGHT
Don’t lose your marbles: refilling liquid marbles counteracts evaporation, collapse
Technique uses condensation principles to noninvasively refill liquid marbles for chemical reactions, microfluidics applications
Numerical model sheds light on degenerative eye condition
Highly accurate numerical model studies mechanical stress causing vitreous liquification in the human eye
Using new techniques to detect and sequence individual proteins
Developing technologies for single molecule protein sequencing to improve results in clinical and biological research
High-power diamond diodes tested with electronic noise
Characterizing defects in diamond devices destined for high-power electronics
Crosstalk creates a more secure source of randomness based on quantum phenomena
Using a drawback of the quantum channel for randomness generation
Exploring solar cell materials with text-based machine learning
Natural language process techniques read and predict solar cell data from literature.
Atmospheric pressure plasma jets protect brain cells during a stroke
Highlighting the key mechanisms of plasma jets in reducing neural cell death under stroke-relevant conditions
Testing general relativity principles at the quantum level
Atom interferometers probe the universality of free fall at small scales
Simulations shed light on key process in semiconductor device manufacturing
Classical molecular dynamics reveal intricacies of silicon atomic layer etching process with alternating exposure to chlorine gas and argon ions
Modeling pandemic surges using an electric circuit analogue
The spread of COVID-19 has much in common with the behavior of an electric circuit, which can be used to predict pandemic trends.
Disorder is not necessarily a disadvantage in photonics
Many photonic devices can employ structural disorder to enhance performance, enable new functionalities, and reduce cost.
