FindLight

Discover precision motion control with the Carrier.S100.xyRz.C high-load, 3-axis piezoelectric stage from Zolix Instruments. Featuring sub-nanometer closed-loop resolution and a 3.5 kg load capacity, it's built for demanding microscopy and photonics applications. findlight.net/motion-control…

What if waves could turn chaos into order? Scientists have discovered how unusual hyperbolic materials guide waves into stable, repeating patterns, opening new possibilities for controlling light and sound. scitechdaily.com/strange-mat…

Power meets precision! The FiniDrive HPLDD3040 laser diode driver delivers up to 1200 W, 30 A, and 40 V with 2 mA current resolution and up to 97% efficiency. Designed for demanding laser applications. findlight.net/lasers/semicon…

Discover the GEMultra 2W DPSS laser from Novanta Photonics. Featuring ULTRALOQ™ technology, it delivers exceptional power stability, low noise, and reliable performance across temperature variations. Explore the technology: findlight.net/lasers/solid-s…

What can your breath reveal about your health? From detecting disease biomarkers to identifying trace gas molecules, laser absorption and photoacoustic spectroscopy are transforming non-invasive diagnostics. Discover the science of human breath analysis: findlight.net/blog/human-bre…

Precise optical modulator control without unwanted pilot tones. The OZ Optics DBC-SIL delivers ditherless bias stabilization with 0.1% locking accuracy and up to 250 mA output current. Explore the specs: findlight.net/light-analysis…

How can ground-based telescopes capture images almost as sharp as space telescopes? Deformable mirrors correct atmospheric distortions in real time, pushing the limits of astronomical and medical imaging. Explore adaptive optics: findlight.net/blog/deformabl…

Protect sensitive 680 nm laser sources from unwanted optical feedback with the TGG-Based Optical Isolator from DK Photonics. Featuring 25 dB minimum isolation and low insertion loss for stable optical performance. findlight.net/fiber-optics/p…

After 42 years of searching, physicists have found evidence of an extraordinarily rare particle decay — an event expected only once in 10 billion cases. A breakthrough at CERN's LHC could open new doors to understanding the universe. sciencealert.com/after-42-ye…

How can we control light with incredible precision? Electro-optic modulators (EOMs) use electric fields to manipulate the phase, amplitude, and polarization of light, enabling advances in laser technology, quantum research, and fiber-optic communications. findlight.net/blog/eom/

What if glass could be chemically reprogrammed? Scientists have discovered a molecular trick that reshapes glass from within while lowering melting temperatures. The breakthrough could enable entirely new magnetic and optical properties for advanced technologies. sciencedaily.com/releases/20…

What if reality isn't quite what we think it is? A strange quantum theorem, developed by Matthew Pusey and collaborators, challenges Einstein's vision of an objective world. Is reality independent of observation? Read more: quantamagazine.org/a-strange…

Can quantum information be read without destroying it? Researchers propose using a qubit’s own electric current to reveal its state with minimal disturbance. scitechdaily.com/scientists-…

How can light reveal the molecular identity of a material? Raman microscopy uses laser-based spectroscopy to identify chemical compounds with high spatial resolution—without damaging the sample. Discover its principles and applications: findlight.net/blog/raman-mic…

What if a camera could see far beyond the colors visible to the human eye? Hyperspectral imaging captures detailed spectral information to identify materials and reveal hidden insights in agriculture, medicine, geology & more. Explore the technology: findlight.net/blog/hyperspec…

Explore a compact approach to photobiomodulation therapy. This handheld multi-wavelength laser device features 680, 850, and 940 nm wavelengths, adjustable straps, and portable operation for targeted light application. findlight.net/laser-systems/…

Monitor high-power laser beams with precision. The Gentec-EO BA32-1KW beam sampler supports camera-based profiling up to 1 kW, with 1:1900 attenuation and simultaneous laser power monitoring. findlight.net/light-analysis…

MIT scientists have overturned a 20-year rule in materials science! By using flexible rather than rigid molecular connectors, they've created never-before-seen nanoparticle crystal structures, opening new possibilities for advanced materials. sciencealert.com/mit-scienti…

Power your next laser design with Alexandrite Laser Crystals Offering broad tunability from 710–800 nm, excellent thermal shock resistance, strong polarization properties, these crystals are ideal for 755 nm laser systems used in dermatology, LiDAR, spectroscopy, etc. Explore & request a quote: findlight.net/optics/crystal…