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Research achieves photo-induced superconductivity on a chip. From phys.org.
First topological quantum simulator device in strong light-matter interaction regime to operate at room temperatures. From phys.org.
Laser printing on fallen tree leaves produces sensors for medical and laboratory use. From phys.org.
Scientists demonstrate high-resolution lidar sees birth zone of cloud droplets, a first-ever remote observation. From phys.org.
How could laser-driven lightsails remain stable? From phys.org.
New technique could speed up the development of acoustic lenses, impact-resistant films and other futuristic materials. From phys.org.
Physicists create new form of antenna for radio waves. From phys.org.
Free-space nanoprinting beyond optical limits to create 4D functional structures. From phys.org.
Researchers create the world's strongest ionizing terahertz radiation. From phys.org.
Laser excitation of Th-229 nucleus: New findings suggest classical quantum physics and nuclear physics can be combined. From phys.org.
Surface emitting semiconductor laser achieves efficiency breakthrough. From phys.org.
Old crystal, new story for enhancing deep ultraviolet laser performance. From phys.org.
Progress in the investigation of ultrafast electron dynamics using short light pulses. From phys.org.
Replacing bone saws with smart lasers. From phys.org.
Superradiant atoms could push the boundaries of how precisely time can be measured. From phys.org.
New method for creating transparent magnetic materials using laser heating. From phys.org.
How NASA uses simple technology to track lunar missions. From phys.org.
Widely tuneable terahertz lasers boost photo-induced superconductivity in K₃C₆₀. From phys.org.
Tapered fiber is a potential candidate for delivering high-energy, ultrafast lasers with high beam quality From phys.org.
Study shows optical excitation of hot carriers enables ultrafast dynamic control of nanoscale plasmons. From phys.org.