Today’s #MirionConnect24 general session brought another round of insightful discussions. Loïc Eloy, President of the Mirion Technologies Group, highlighted our commitment to customers and 3 key ways Mirion is championing Vital Protection and embracing the Transformative Potential of nuclear applications: 1️. Launching innovative new products, 2️. Streamlining access with new purchasing channels and enhanced account support, 3️. Enabling customer success through unparalleled customer service and education. We also enjoyed thought-provoking presentations from Andy Boston, PhD, of the University of Liverpool, Michael Beal from Holtec International, and Alfonso Zummo II of Millstone Nuclear Power Station at Dominion Energy. Each speaker shared unique perspectives that enriched our understanding of the nuclear industry’s impact and future. Attendees: Our Demo Room Spotlight Sessions begin at 2:45. Join us for 15-minute focused demonstrations of our latest technology. #MirionConnect #CustomerSuccess
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The United States posted some BIG wins in nuclear energy in 2023 and this year could be even bigger as the Biden Administration continues to implement its Investing in America agenda. The U.S. Department of Energy (DOE) is investing billions into the nation’s clean energy infrastructure to help grow the economy, create new jobs, and curb the climate crisis. Nuclear power will be a key piece to that puzzle and is poised to hit some major milestones in the new year. Here are 4 important nuclear energy storylines to watch in 2024.
Four of the BIGGEST nuclear energy stories to watch in 2024. ➡️: https://lnkd.in/eJdWNrs5 DOE Office of Clean Energy Demonstrations
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Four of the BIGGEST nuclear energy stories to watch in 2024. ➡️: https://lnkd.in/eJdWNrs5 DOE Office of Clean Energy Demonstrations
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There is just one week left before #CranesForOurFuture starts! Want to live in a world without nuclear weapons but not sure how to get involved in the campaign? Here are 5 ways you can participate: 1. Fold paper cranes and post your pictures on social media. (Don't forget to include #CranesForOurFuture) 2. Share a graphic from the campaign toolkit. 3. Get others involved! Recruit family, friends, and colleagues to join the campaign. 4. Hold a crane folding party. 5. Get creative! The goal is to be loud and public in our demand for a world without nuclear weapons so that we can’t be ignored. Learn more about getting involved here ▶️ https://buff.ly/44Us6SG
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Director at the Peace Research Center Prague | Associate Professor at the Institute of International Studies | Charles University
I am happy to share our new SSRN preprint (w/ Michal Onderco), in which we report findings from our latest survey experiment on public attitudes toward the use of nuclear weapons in Russia: https://lnkd.in/eygarijU
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#CranesForOurFuture starts today! Want to participate but not sure how? Here’s a step-by-step guide: Step 1. Use any square sheet of paper. You can download APLN’s origami paper templates here: https://lnkd.in/g-AdJhYA Step 2. Fold your crane. Not sure how to fold a paper crane? You can find a step-by-step video guide here: https://lnkd.in/gTCukX8A Step 3. Take a photo of your crane. Take a close-up of the crane in good lighting, have someone take a photo of you holding your crane in your palm, or take a photo with friends and family. Step 4. Write a message about why we must move closer to, not further from, a world without nuclear weapons. It could be as simple as a single word or phrase. Step 5. Post your picture and your vision for a world without nuclear weapons to social media between August 6 and 9. When posting, remember to connect your post to everyone else’s by using the hashtag #CranesForOurFuture. To learn more about the movement, go to CranesForOurFuture.org.
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Looking forward to commenting on this essential study in spent nuclear fuel transportation safety!
You may have seen my posts over the last few months about the Office of Nuclear Energy, U.S. Department of Energy plans for a spent nuclear fuel package performance demonstration... well, our anxiously awaited request for information is OUT! Our team is so excited to get feedback on how a PPD could earn public trust and confidence in spent nuclear fuel transportation. Visit https://lnkd.in/gba8RmPS for a link to the RFI, get background information, and sign up for updates on this future-focused project!
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Office of Countering Weapons of Mass Destruction, Preparedness Division at U.S. Department of Homeland Security
When you make nuclear detonations personal, you begin to start thinking about the threat of nuclear weapons more as a real possibility in your backyard.
NUKEMAP by Alex Wellerstein
nuclearsecrecy.com
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Intern @Aicade | Competitive Programmer | 300+ on LeetCode | Codechef-rating 1402 | Web Development Enthusiast | DevOps and Machine Learning Learner | C++, Python | NIT Hamirpur
Uncover a silent menace more perilous than nuclear weapons in my latest article. Explore its global impact and why it demands our attention now. Knowledge is power—don't miss out on understanding this critical issue. #artificalintelligence #DSA #codinglife #programminghelp #Technology #Trending #Connections #GlobalRisk #HiddenThreat #SecurityConcerns #NuclearWeapons #KnowledgeIsPower
AI- The Silent Menace More Dangerous Than Nuclear Weapons?
link.medium.com
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#CMSPaper 1309 measures the size and width of the sprays of particles called jets, specifically in LHC lead-lead and lead-proton collisions. This helps to understand the internal structure of jets, which helps understand the strong nuclear force https://buff.ly/3zcYCEw
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Masters in Physics 👨🎓 || Indian Institute of Engineering Science and Technology, Shibpur
High mass no. nuclei have more neutrons than protons. Why ? The answer comes in shell model as explained below. Due to the charge of protons, they have an extra Coulombic interaction potential, which raises the effective potential of the strong nuclear force. This causes the protons to have less no. of energy levels to fill in and consequently lowers their no. in the nuclei. For small nuclei the Coulombic potential is weak, hence N = Z.
