Jose Pozo’s Post

UPDATE: MORE SPEAKERS ANNOUNCED FOR Optica ONLINE MEETING ON NUCLEAR FUSION Sept 24th at 10AM EST. Here’s news of an unusual Optica Online Industry meeting this month. On Tuesday, September 24th, we have an exciting opportunity to delve into one of the most promising frontiers of energy innovation—nuclear fusion. I think it’s a fascinating discussion you won't want to miss. Maybe you remember a press conference held in December 2022 by physicists at the National Ignition Facility, part of the US Lawrence Livermore National Laboratory. They announced a significant breakthrough in the race to achieve nuclear fusion. Since then, the question has been: how close are we to seeing this clean, limitless energy source power our homes and industries? And what role can modern laser technology play in accelerating this journey?" In our previous Optica interview with Michael Campbell, a pioneer in laser fusion technology, (WATCH FULL INTERVIEW HERE: https://lnkd.in/dusxNvrc) we explored the immense potential of lasers in driving this progress. Now, it’s time to discover what the industry is doing to turn these scientific advances into real-world solutions. This time, we’re bringing together some of the brightest minds in the field, including: Prof. Dr. Carlo Holly, Head of the Department Data Science and Measurement Technology, Fraunhofer ILT Paul Rudy, Business Development Executive and Advisor, Blue Laser Fusion Conner Galloway, CEO, Xcimer Energy Corporation Hugo Doyle, Head of Experimental Physics at First Light Fusion Allen Weeks, Director General, Extreme Light Infrastructure - Nuclear Physics Center (ELI-NP) Sanin Zulić, M.B.A., M.Sc. International Business Developer Manager, HiLASE / FZU - Institute of Physics of the Czech Academy of Sciences Bjorn Manuel Hegelich, CEO and Founder, TAU Systems Andrea Bertoncini Ph.D., Process Engineer, Nanoscribe Fel Legrand, Gentec-EO, Yoann Priol, Sales Manager, PHASICS Corporation Andrius Žvirgždys OPTOMAN, Market Development Manager These experts will help us lead the discussion, but we want to hear YOUR views on whether laser-based nuclear fusion could really be the game-changer that replaces fossil fuels. What must the photonics industry do to make this a reality? Please register now to secure your spot in our Zoom room and join us in pushing the boundaries of what's possible.

Interesting article and insight into progress on nuclear fusion based power gen. Found the technology pretty cool and the read and video very insightful so thought I'd share!.

JT 60 SA Tokamak Type Nuclear Fusion Reactor JT-60SA is an experimental nuclear fusion device located in Naka, Japan. Here's an overview: *What is JT-60SA?* JT-60SA (Super Advanced) is a tokamak-type nuclear fusion reactor, designed to achieve and sustain high-temperature plasma (ionized gas) for fusion reactions. *Key Objectives:* 1. Achieve and maintain plasma confinement for 100 seconds or more. 2. Demonstrate steady-state plasma operation. 3. Investigate plasma behavior and control techniques. 4. Develop technologies for future fusion power plants. *Design and Features:* 1. Tokamak configuration with a major radius of 3.16 meters. 2. Plasma volume: 150 cubic meters. 3. Magnetic field strength: 2.3 Tesla. 4. Heating power: 40 MW (neutral beam injection) + 10 MW (electron cyclotron resonance heating). 5. Advanced control systems and diagnostics. *International Collaboration:* JT-60SA is a joint project between Japan (QST - National Institutes for Quantum and Radiological Science and Technology) and Europe (EU), under the Broader Approach agreement. *Status:* Construction began in 2013, and the device was completed in 2020. Initial plasma experiments started in 2020, with plans for full-scale operations by 2025. *Significance:* JT-60SA aims to contribute significantly to the development of nuclear fusion energy, addressing global energy challenges and mitigating climate change.

Summer read: https://lnkd.in/dBNKnKT5 (see https://lnkd.in/dVB2ApG4) This is again a really interesting case of cross fertilization. I would have never imagined that mayonnaise could be an inspiration for nuclear fusion scientists ! I put also the link to the original article, just for a minimum of cross check.

Magnetic confinement fusion devices are technologies that can attain controlled nuclear fusion reactions, using magnetic fields to confine hot plasmas.

Nuclear Fusion: A Breakthrough in Clean Energy The Lawrence Livermore National Laboratory here in California has achieved a landmark success, marking a significant step towards near-limitless clean energy. For the first time, scientists have managed to repeatedly produce nuclear fusion ignition, an historic moment in physics. Using the National Ignition Facility, the team fired 192 laser beams at a frozen pellet of isotopes within a diamond capsule, suspended in a gold cylinder. This method, similar to the processes of the Sun, resulted in an 89% energy increase. While currently only enough to boil water for tea, scaling up this POC could open a new era in energy production. The potential of nuclear fusion was a key topic at COP28, with global efforts accelerating to harness this technology. Investments are pouring in worldwide, with significant contributions from China, Japan, Russia, and the European Union, as well as our technology partners at Microsoft. I find this development super exciting as it not only promises a sustainable future but also exemplifies the potential of scientific innovation and international collaboration; things we could use more of right now. And we are one step closer to Star Trek. 🖖 #NuclearFusion #CleanEnergy #Innovation #Sustainability #TechnologyNews

The Independent | AI solves nuclear fusion puzzle for near-limitless clean energy... Scientists have used artificial intelligence to overcome a huge challenge for producing near-limitless clean energy with nuclear fusion. Visit - https://lnkd.in/etzB3xvp #nuclear #nuclearenergy #nuclearfusion #cleanenergy

ComputerWeekly ITER workshop highlights the role of computing technology in nuclear fusion One of the themes from the private sector workshop run in France this May is that information technology remains a key enabler for nuclear fusion

Magnetic confinement fusion devices are technologies that can attain controlled nuclear fusion reactions, using magnetic fields to confine hot plasmas.

Atoms Empowering Africa invites participants to create a short video on the "Benefits of Nuclear Energy in Africa" topic