University of Illinois at Urbana–Champaign platform could lead to all-digital solutions for cancer pathology.

University of California, Davis combines imaging and machine learning to accelerate diagnosis.

Proposed military-grade quantum sensors will require at least four lasers to address various quantum states.

Karlsruhe Institute of Technology method achieves printing speeds of 10 million voxels per second.

Zepler Institute, Nano-Silicon Photonics Group, and Glasgow university to extend Cornerstone facility.

University of Rochester project could lead to more efficient solar power generation.

"MultigrAVE" project aiming to carve flow-optimised surfaces in metal surfaces, imitating shark skin.

Lund University technique promises new insights into industrial processes and combustion of fuels.

MPG's so-called quantum HD camera allows precise tracking of electron movements in individual atoms.

US firm’s hyperspectral approach, based around quantum cascade lasers, selected for Phase III of IARPA program.

Such laser-printed materials could halt spread of infections such as MRSA in hospitals.

Improved conversion from mid-IR sources could lead to terahertz optics using table-top lasers.