Pulsar Labs’ Post

We're pleased to announce we have secured a launch service contract from Craft Prospect for the VOLT mission, building on the16U EPIC satellite order for this mission earlier this year https://bit.ly/4gyMgqV The VOLT mission, part of ESA’s ARTES Scylight programme, aims to test and evaluate advanced optical and quantum communication technologies in real-time. This ambitious initiative will support the Versatile Optical Laboratory for Telecommunications (VOLT), demonstrating cutting-edge products and services for direct-to-Earth communication. Planned for launch in Q2 2026, this contract highlights our commitment to delivering comprehensive satellite solutions that drive the evolution of space-based businesses.

You want to know the advantages and use cases of our brandnew COM-HPC mini? Get insights about a highperforming COM-HPC module, but energy efficient and space saving from our VP EPC Computer-on-Modules , Peter Müller in this videointerview.

Patterned liquid-crystal (LC) devices typically exhibit spatially varying birefringence, enabling the structuring of optical fields in diverse architectures. By incorporating a mixture of LC and a dichroic material, we have developed flat optical elements with electrically tunable birefringence and dichroism. Learn more here: https://lnkd.in/d4tRUNNU. Congratulations in particular to Paola Savarese for her first paper! Sarvesh Bansal Maria Gorizia Ammendola Francesco Di Colandrea Raouf Barboza

Hey everyone, here it is! The first ever paper using all 3 devices (gStrength, gFlight, and gSprint) combined with the Exsurgo Performance System and as Exsurgo Technologies as a registered research facility. This marks a major milestone focusing on human training intelligence and how we can help people, most importantly, the youth population. Relative Strength, Rate of Force Development, and Body Mass Ratios Correlate to Dynamic Sports Performance in Youth Athletes https://lnkd.in/e5gkMcp9

The Knowledge Base: The Difference Between Critical and Distracting Decision-making. In the latest column from Mike Konrad, Surface Mount Technology Association (SMTA), he explores key areas that require critical attention and identify common distractions that businesses should be wary of. https://bit.ly/3z7HRdZ

During a complete renovation of the facility, the regional court of the city of Lübeck, Germany, embarked on a digitalization process encompassing nearly 50 rooms, including 28 courtrooms. The Crestron DM NVX® AV-over-IP platform was ultimately chosen as the right fit for this project to handle the complex infrastructure on a dedicated network and provide a redundant backbone that would support courthouse activities. Take a look at how Studio Hamburg MCI GmbH transformed this facility which was recognized as the "Top Public Solution Project" in the Crestron DM NVX Technology Awards: https://ow.ly/ZXa830sJy2v

📣 RF Explained continues! The fourth part of our educational video series gets into the subject of signal reception! 📡📜   Matti Uusimaki shares what's the role of antennas when it comes to reception quality in your wireless device. He goes through topics such as antenna radiation pattern, placement, matching, and also the most common challenge that gets miss credited for antennas, THE INTERNAL NOISE.   Watch the video to raise your wireless product development skills to the next level!

An all-fiber circulator that uses acoustic waves instead of magnetic fields to break Lorentz reciprocity: if you are curious to know how we did it, check out our latest paper! This is also Martin Blaha's last project before leaving our group in Berlin. Great work! 👏 Low-loss and broadband all-fiber acousto-optic circulator M. Blaha, A. Rauschenbeutel and R. Pennetta, Phys. Rev. Appl., 054008 https://lnkd.in/d2DbbWHY

to determine the direction of signals lasting as little as 0.001 seconds "Watt and Herd wrote an extensive paper on the system in 1926, referring to it as "an instantaneous direct-reading radiogoniometer" and stating that it could be used to determine the direction of signals lasting as little as 0.001 seconds.[10] The paper describes the device in depth, and goes on to explain how it could be used to improve radio direction finding and navigation. Despite this public demonstration, and films showing it being used to locate lightning, the concept apparently remained unknown outside the UK. This allowed it to be developed into practical form in secret." https://lnkd.in/eQSD3vPM

Check out our latest blog post on Analog Planet where we review the impressive Dual CS 529 Turntable that caught our attention at High End Munich 2024. Learn about its twin gimbal tonearm and more. Read the full article here: [Dual CS 529 Turntable](https://ift.tt/wG9QpbL)