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Showing posts with the label sodium

Quantum-entangled light states yield massive >20X accelerated laser-matter interaction efficiency/ speed

https://phys.org/news/2026-05-quantum-boost-ultrafast-laser.html "driving nonlinear tunneling ionization in attosecond science/ electron imaging requires bulky, high-power lasers delivering massive energy, overcome generating bright squeezed vacuum, a quantum light state of reduced phase fluctuations/ amplified photon bunching, enhancing strong-field atomic efficiency... focused 300-nJ quantum pulse onto sodium atoms triggered same atomic ionization as 7.1-µJ laser... high-throughput semiconductor lithography, advanced chemical engineering, precision laser material processing"

Ultra-thin precisely patterned sodium films manipulate light with extreme precision at lower cost than plasmonic materials made from gold or silver

https://phys.org/news/2025-10-ultra-thin-sodium-alternative-gold.html "overcomes sodium instability in presence of air/ moisture... combines thermally- assisted spin coating with phase-shift photolithography, using heat/ light to craft nanoscopic surface patterns trapping/ guiding light... sodium's electrons responded in ways that differ from traditional metals, suggesting it could offer new advantages for light-based technologies like photocatalysis, sensing, energy conversion, solar panels, medical devices,"