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Upgraded laser facility paves the way for next-generation particle accelerators
Laser-driven creation of high-energy ions boosts next-gen accelerators. From phys.org.
Physicists make leaps in reading out qubits with laser light. From phys.org.
Researchers use quantum-inspired approach to increase LiDAR resolution. From phys.org.
High-Efficiency Frequency Comb Invites Range of Optical Endeavors
Harmful gases could be detected on-the-spot with new way to generate powerful lasers. From phys.org.
Wood Laser Cutter-The Best Ways to Laser Cut Wood
Probing for THz radiation directly at the source. From phys.org.
from phys.org
Roughness Control of Surfaces Using a LaserProfil
Sensing food temperature and freshness using laser-induced graphene on eco-friendly and biodegradable commercial paper
NASA collaborating on European-led gravitational wave observatory in space. From phys.org.
High-power fiber lasers emerge as a pioneering technology. From phys.org.
Manipulating multiple lasers on a single chip for a new generation of quantum devices. From phys.org
A sleeker facial recognition technology tested on Michelangelo's David. From phys.org.
A possible strategy for a tabletop chiral attosecond laser. From phys.org.
In this work we present preliminary results on the application of laser cleaning to palaeontological findings, such as fossils included in various stone matrices. Laboratory tests were carried out on samples of fossil bones of mammals collected from Italian sites by using a Nd:YAG laser system developed for the conservation of stone artworks. Prior to undergoing laser treatment, bones and stone matrices were characterised by mineralogical and petrographical examinations. Objective observations during the procedure, as well as post-cleaning analyses indicated that laser cleaning can provide high precision and control in the removal of stone layers from the surface of fossils. From ResearchGate