SCILIGHT
Seeing through transparent materials microfabrication
A study of fused silica reveals the controlling factors of material removal in transient and selective laser processing to improve shaping and efficiency.
Dynamic behaviors of electric steels better understood with static hysteresis model
A simplified approach to constructing a static hysteresis loop could improve understanding of magnetic materials.
Transformative opportunities in superconductor vortex physics
New advances in superconductor vortex physics from using simulations to predict the defect landscape and create optimal superconducting properties to designing advanced microscopy techniques that could image vortex-defect interactions
X-ray Free Electron Laser can help examine materials found inside planet
By combining complementary X-ray scattering measurements taken with the very bright free electron laser, carbon can be studied at extreme pressures and temperatures.
High power density laser and wobbling technique improve welding technology in aluminum alloys
A profitable approach to enhance welding quality of aluminum alloys while minimizing thermal defects and energy consumption
Method depth corrects cell images without additional measurements
Pixel intensity of secondary electron images can be used to retroactively reshape cell morphology in 3D secondary ion mass spectrometry images.
The emerging field of molecular vibrational polaritons in synthetic chemistry
Molecular vibrational polaritons and ultrafast vibrational spectroscopy combine to further studies into synthetic chemistry and quantum technology.
3D-imaging of polycrystal texture, boundaries using time-domain Brillouin scattering
Textural changes, boundaries and interfaces can be characterized at extreme conditions with modifications to the light scattering technique.
An improved instrument for 39Ar dating of water samples
Upgrades to instrumentation resulted in faster measurement times and greater precision for radiometric 39Ar dating.
