SCILIGHT
Producing bright light from electromechanical forces in bendable, stretchable electronics
An in-plane electric field allows for a thicker emissive layer and brighter light
Quantifying microstructural changes in chocolate under shear, heating
Heating followed by cooling and shearing impacts the crystalline network structure of chocolate differently, significantly influencing the product quality.
Suspending solid particles in pendant liquid drops
Stable attachment conditions determined for a particle-fluid interface
Optoacoustic device images biological tissues without direct contact
Air-coupled transducer uses a multimode optical fiber to scan sample specimens with improved signal-to-noise performance.
Using quantum gravity to explore increasing entropy
Extending Roger Penrose’s Weyl Curvature Hypothesis past classical gravity to the quantum regime
Producing electricity from temperature gradients using transverse spin current
The proposed mechanism combines multiple thermoelectric effects to generate electricity.
Rapid scanning explores high-frequency spin relaxation without the hassle
Rapid scan electron spin resonance avoids the need for high power sources, allows for flexible spectroscopy
Limiting lithium dendrite growth for performance, safety improvements in batteries
Fabric-based 3D Janus anode structure may enhance next generation of flexible, wearable electronics
Freezing instead of freeze-drying before spectroscopy preserves sample surface structure
Cryogenic X-ray photoelectron spectroscopy can be used to study the surface chemistry of hydrated, frozen bacteria and other biological samples
Terahertz biophotonics poised to provide an alternative to conventional medical diagnostics
Biomedical applications harness the effectiveness of promising wave technology.
Identifying the breaking point of waves
Frequency signatures of waves in a wind wave tunnel and open sea data reexamine steepness threshold paradigm.
