LaserNetUS

Join us on Mar. 1 from 12-1 PM PST, to dive into the details of our newly launched LaserNetUS Joint #Research Initiatives in Cycle 6B! Key details: 📅 When: March 1, 2024, 12:00 to 1:00 PM Pacific Time 🔗 Register: stanford.zoom.us/webinar/reg…

LaserNetUS encourages submission of LCLS-MEC proposals for IFE-relevant research by Feb.21,2024 ➡️ lasernetus.org/resources/upc…

Ever pondered the astounding world of atoms? 🤔 Enter X-ray free electron lasers, the key to unveiling their secrets! 🌟💥 Ready for a glimpse? lasernetus.org/resources/new… #XRayLasers #AtomicWorld

🎉Exciting news! Kramer Akli, our co-founder and LaserNetUS Management team member, has been elected as a Fellow of Optica in 2024. 🏆 His outstanding contributions to optics and photonics have earned this prestigious honor. 👏🔬 lasernetus.org/articles/view…

📆 SAVE THE DATE 📅 Join us for a Virtual Town Hall on November 13, 2023, from 9 AM to 11 AM PT. During this event, we'll provide valuable insights into the technical and #laser capabilities offered in Cycle 6 for your #research

1st LaserNetUS Data + Diagnostics Workshop @ColoradoStateU ! 🚀 Our mission was to gather feedback from our dedicated #user community on crucial #diagnostics needs for LaserNetUS facilities + future diagnostics requirements for inertial #fusion energy

Welcome Our New LaserNetUS Data & Diagnostics Committee Members! 🎉 This initiative is set to expand the array of available #diagnostics for our users, providing an enhanced platform to facilitate and elevate their #experiments at our facilities

Our Cycle 6 call for #proposals is officially underway! 🎉 We invite you to submit your groundbreaking #ideas until Dec. 12, 2023, at 4 PM PT For in-depth information, including the proposal template, please visit our website: lnkd.in/gPH2fpps

🌟 The BELLA Center, part of the Berkeley Lab ATAP Division, is among the 🔟 institutions set to receive funding Read more here: atap.lbl.gov/berkeley-lab-be…

Laser IFE could make our dream of creating clean sustainable energy into a reality far sooner than anyone expects it to. It can also help us do so in the most epic manner imaginable – using lasers to replicate the process that powers the sun. lasernetus.org/resources/new…

While you know what lasers are (in theory), their journey is far more fascinating than you could have imagined. It all started in 1905, but the technology took until the 1960s to catch up with theoretical physics. Here’s how it all began. 👇lasernetus.org/resources/new…

Dr. Franziska Treffert from @SLAClab explains her work on ‘High repetition-rate laser-driven #neutron source using ambient-temperature liquid jet targets in a pitcher-catcher setup’ #LaserNetUS2023

Antoine Snijders from @LBNLresearch shares updates on the BELLA PW #laser proton beamline: a new platform for ultra-high dose rate #radiobiological research  #LaserNetUS2023

Hongmei Tang from @UniofMich explains her research on High Intensity Laser Pulse Interactions with an Underdense Plasma: Electron Acceleration and Channel Formation #LaserNetUS2023

Dr. Amina Hussein from @UAlberta tells is about High-resolution #tomography of porosity evolution in additively manufactured alloys using #betatron x-rays #LaserNetUS2023

Omar Hurricane tells us more on how ignition and target gain >1 was achieved in inertial #fusion ☀️ #LaserNetUS2023

Thank you @UofMaryland for our furry friend attendee and support #LaserNetUS2023 🐶 🐕 🐩

A summary of our last 5 years - thank you all for being a part of the #LaserNetUS community, we couldn’t have done it without you! #LaserNetUS2023