New research is paving the way for more efficient quantum information transfer.

Experiments are based on Laser Wakefield Acceleration with goal of generating multi-GeV e-beams.

Study finds particular IR wavelengths improve outcomes and promote regeneration.

Such laser pulses – with “record” 550 W average power – could be used for precision measurements.

German “AM2H2” project is developing multi-material energy converter to boost production efficiency.

New protocol brings technique within reach of conventional labs and existing microscopes.

Design based on integrated silicon photonics expands utility of optical tweezers for biological research.

“Laser threshold magnetometry” offers many medical diagnostics and treatment processes.

Italian group combines spatiotemporal analysis of light transport to resolve interplay of different scattering coefficients.

ÖkoHybrid project aims to weld thick steel parts faster, more efficiently.

Tiny locally controllable pixels on a chip allow light stimulation to be precisely directed.

Osaka Met University develops sensitive method using the “weak light” of a laser pointer.