1- Researchers Use Solar Cells to Achieve Fast Underwater Wireless Communication Although solar cells are typically designed to turn light into power, researchers have shown that they can also be used to achieve underwater wireless optical communication with high data rates. The authors explained that the greatest problem in using…

SPIE Photonics West Delivers a Successful Return to In-Person Science Events The World’s largest photonics event has taken place in San Francisco last week, with more than 10,000 registered attendees. This is the first time that the event has been celebrated in person since the pandemic started. MEETOPTICS has had…

People’s lives are changing everyday, as well as scientific research does. This week MEETOPTICS brings you closer to the latest developments on photonics around the World. Integrated Near-Infrared Spectral Sensing A research from Eindhoven University of Technology proposes a different approach to spectral sensing which dramatically simplifies the requirements on…

The very last news on the photonics field — 2022 starts with great news related to medical innovation, telecommunications and scientific research. From MEETOPTICS, we hope this is a token that leads the rest of the year. Without further ado, here we go!! Exploration of new frequency frontiers: ultrafast spectroscopy An international scientific team from Ludwig-Maximilians-Universität and the Max-Planck…

What’s going on in the photonics field is our main matter of concern and keeping you posted about all news is the main goal of this weekly post. However, today we also want to wish Happy Holidays to everybody. Once that this has been said, here we go with our…

This week our news selection covers many different fields and developments for the scientific community. Don’t miss them: 1. A new flexible solar pannel substrate is 15 times thinner than paper A research group from Standford University is developing an efficient new solar panel material that is fifteen times thinner…

Eduardo Galeano, a writer from Uruguay, said that many small people, in small places, doing small things can change the world. …

WARNING! Attosecond state-resolved carrier motion in Quantum Materials with soft X-ray Spectroscopy Research Project being stopped for 8 weeks to find — 1 inch diameter achromatic zero-order quarter waveplate at the wavelength range between 1.200 to 2.300 nm with lambda/4 flatness and Scratch-dig 40–20 or better. — Transforming a bottleneck in the lab into a business opportunity Four years ago, Barbara Buades, the CEO and Co-founder at MEETOPTICS, was working on the lab, doing a PhD in Physics, when she found herself having to stop for 8 weeks to find a specific optical component (1 inch diameter achromatic zero-order quarter waveplate at the wavelength range between 1.200…