- Không có dữ liệu
Tiếng Việt
- English
- 简体中文
- 繁体中文
- Français
- Русский
- Italiano
- 日本語
- 한국어
- Português
- Deutsch
- Español
- Türkçe
- Ελληνικά
- Nederlands
- Tiếng Việt
- Polski
Study shows optical excitation of hot carriers enables ultrafast dynamic control of nanoscale plasmons. From phys.org.
NASA laser reflecting instruments to help pinpoint Earth measurements. From phys.org.
Room-temperature continuous-wave topological Dirac-vortex microcavity lasers on silicon. From phys.org.
Physicists arrange atoms in close proximity, paving way for exploring exotic states of matter. From phys.org.
Quantum behavior at room temperature: When laser light makes materials magnetic. From phys.org.
A micro-ring resonator with big potential: Hybrid device significantly improves laser technology. From phys.org.
A 2D 'antenna' boosts light emission from carbon nanotubes. From phys.org.
Turning glass into a 'transparent' light-energy harvester. From phys.org.
Exploring the ultrasmall and ultrafast through advances in attosecond science. From phys.org.
Laser excitation of Th-229 nucleus: New findings suggest classical quantum physics and nuclear physics can be combined. From phys.org.
NASA's CloudSat ends mission peering into the heart of clouds. From phys.org.
Gaining more control over the fabrication of surface micro/nano structures using ultrafast lasers. From phys.org.
Researchers can now accurately measure the emergence and damping of a plasmonic field. From phys.org
Researchers identify new method to boost laser processing resolution. From phys.org.
Dynamic z-scanning for ultrafast auto-focusing in laser processing. From phys.org.
New technique could speed up the development of acoustic lenses, impact-resistant films and other futuristic materials. From phys.org.
Research achieves photo-induced superconductivity on a chip. From phys.org.
Scientists demonstrate high-resolution lidar sees birth zone of cloud droplets, a first-ever remote observation. From phys.org.
Researchers develop a new type of frequency comb that promises to further boost the accuracy of timekeeping. From phys.org.
Transferring laser-induced graphene at extremely low temperatures for ultrathin bioelectronics. From phys.org.