Photonic Crystals Enable High-Speed Space-Based Optical Communications
This article dives into how Japanese researchers are shaking up the future of space communications with photonic crystal lasers. By […]
This article dives into how Japanese researchers are shaking up the future of space communications with photonic crystal lasers. By […]
This article explores a promising new design for free-space optical communications (FSOC). It could transform how aircraft, satellites, and ground
Over the past decade, light–matter interaction has changed dramatically. Researchers now use strong and ultrastrong light–matter coupling not only to
Chapman University’s Fowler School of Engineering is making headlines in the academic world with two of its professors recognized among
This article dives into Quantum Computing Inc.’s (QCi) plan to acquire Luminar Semiconductor, Inc. (LSI) and why this actually matters
In optical design, idealized models often serve as starting points. These models simplify complex systems and help designers grasp basic
The Photonics100 2025 list has been unveiled by Electro Optics, shining a spotlight on leading innovators in the photonics sector.
Texas A&M University is making notable strides in space research through its partnership in the Giant Magellan Telescope (GMT) project.
William H. Steier’s life and work trace the evolution of modern fiber optics and photonics. From early fiber communication experiments
Optica Ambassadors play a vital role in enhancing optics education and fostering career development on a global scale. Through collaboration
This article dives into a new theoretical framework from researchers at Xi’an Jiaotong University. They’ve managed to extend a classic
This article dives into a new optical modeling approach from the University of Oxford, shaking up how we analyze the
This article digs into how a new EU‑funded research initiative, ICON, is turning Europe’s vast fiber‑optic backbone into a giant
Tiffany Nguyen’s journey into the world of photonics showcases the power of resilience and the drive for knowledge shaped by
LightPath Technologies, a long-standing name in optical components, is making a bold move to speed up its growth in infrared
Recent advancements in materials science have uncovered an exciting development: self-healing chalcogenide glass. This innovative glass can repair itself after
Recent advancements in terahertz technology have opened exciting possibilities for ultra-fast signal processing, particularly through the use of graphene plasmons.
Light-emitting diodes (LEDs) and organic LEDs (OLEDs) have come a long way. They’re no longer just basic light sources—they’re becoming
A recent breakthrough in quantum photonics promises to reshape the future of technology. The U.S. Naval Research Laboratory (NRL) has
Researchers in China have introduced a groundbreaking method for 3D surface profiling that significantly improves both speed and accuracy. This
Researchers at MIT have made significant advancements in the field of optical tweezers. They have developed a revolutionary chip-based optical
This article dives into a breakthrough in terahertz (THz) photonics: optimized, 3D‑printed helical structures that act as advanced optical components
This article digs into a new laser-based method for quickly spotting E. coli in water. The approach comes from researchers
Ultrafast data transmission is on the brink of a major breakthrough thanks to innovative research from the University of Michigan.
Recent advancements in photonic devices have opened new avenues for enhancing device efficiency and manufacturability. The introduction of a revolutionary
Japan’s National Institute of Information and Communications Technology (NICT) has pulled off something remarkable in ultra-high-speed optical communications. They’ve managed
Recent advancements in molecular imaging are revolutionizing how scientists observe and measure structures at incredibly small scales. German physicists have
NASA is in a difficult position as it delays decisions on budget cuts that could impact the future of two
A groundbreaking model has emerged from Syracuse University, offering a new approach to understanding powerful cosmic explosions. This innovative tool
NTT and Toshiba are pushing the frontiers of silicon photonics to tackle a looming crisis in data-center energy use and
Recent advancements in smartwatch technology have opened new avenues for managing diabetes. A breakthrough method developed by Japanese researchers enhances
This article digs into Syntec Optics’ new contract to make advanced optical components for U.S. military augmented reality (AR) systems.
A revolutionary multimode propulsion system developed by researchers at the University of Illinois promises to enhance the efficiency of space
The James Webb Space Telescope (JWST) has opened a new chapter in astronomy with its groundbreaking discovery of potential brown
NASA’s Lunar Trailblazer aims to reveal the Moon’s hidden water secrets, paving the way for future exploration. This mission will
This article digs into how Syntec Optics’ latest defense contract for advanced augmented-reality (AR) optics fits into the bigger picture
poLight ASA is bringing its advanced tunable optics technology to center stage at SPIE 2026. The company wants to position
NASA has embarked on an exciting journey with its Europa Clipper mission, launched on October 14, 2024. This mission aims
NASA’s IXPE mission is making waves in astrophysics by unveiling the hidden layers of black holes. This groundbreaking study utilizes
In a groundbreaking study, astronomers have successfully created the first 3D map of the remnants from the 1181 CE supernova,
In the rapidly evolving world of technology, a groundbreaking advancement in photonic in-memory computing is set to accelerate artificial intelligence
A recent breakthrough in optical diagnostics could change the way medical imaging is conducted, thanks to innovative work from Aston
The 2026 Optical Fiber Communications Conference (OFC) will shine a spotlight on one of the biggest shifts in telecom: the
Researchers at Lawrence Livermore National Laboratory have used advanced 3D-printing to create microscale helical metamaterials. These structures manipulate terahertz (THz)
This article takes a look at a new optical analysis method from researchers at the University of Oxford. Their approach
This article takes a closer look at MetaChat, a fresh agentic AI framework built by Stanford engineers. It’s already shaking
This article dives into a new breakthrough in chip-scale magnetometry: a room-temperature, silicon-photonics-based magnetometer that hits sensitivities once reserved for
This article takes a look at how Telecom Argentina is shifting its strategy around the Personal brand while gearing up
This article digs into why some online tools and services just can’t grab certain URLs or external content directly. Still,
This article dives into new research that uncovers a fundamental thickness limit of two nanometers for antimony (Sb) thin films.