Aerospace Technology to transfer solar energy through space via laser beam, not light years away A team of international scientists hopes to harness the power of sunlight, converting it into laser beams using bacteria-inspired light-absorbing technology, and power a sustainable space economy. Latest Content Technology to transfer solar energy through space via laser beam, not light years away NEO expands presence in Europe with new HySpex Office in Berlin Hamamatsu Photonics purchases BAE Systems Imaging in strategic move White papers Holographic diffraction gratings for advanced optical systems This White Paper explores diffraction grating technology, its wide ranging applications, and highlights Omega Optical's solutions and expertise in producing high-quality, durable gratings. Advancements in quantum photonics: The crucial role of ultra low loss (ULL) fibre optic connectors This white paper aims to provide a glance at the latest advancements in Diamond’s effort to decrease connection losses in single-mode fibre connectors, in order to provide players in the field of quantum photonics with a new class of Ultra Low Loss connectors Unmasking the optical challenges of laser space communication In recent years, the laser has emerged as a crucial technology when it comes to data transmission in space, thanks to its ability to enable secure Webcasts On-demand webcast - The power of particle analysis: From pharma to factories How to make lasers survive in space: Challenges for spaceborne lidar On demand: Opportunities for Photonics in the Space Sector More content Technology to transfer solar energy through space via laser beam, not light years away NEO expands presence in Europe with new HySpex Office in Berlin Hamamatsu Photonics purchases BAE Systems Imaging in strategic move Teledyne acquires aerospace and defence electronics businesses from Excelitas for $710m Gooch & Housego purchases Phoenix Optical Technologies in deal worth up to £6.75 million Sascha Schediwy discusses his work on laser communications between ground and space – Part 2 Sascha Schediwy discusses his work on laser communications between ground and space Genevieve Gariepy Kasia Balakier Quantum Brilliance and Oak Ridge National Laboratory to collaborate on quantum computing research PIC beam shaping behind laser communications first Spectroscopy in metal additive manufacturing Pagination Page 1 Next page Next ›
