Extreme Light Infrastructure - Nuclear Physics Center (ELI-NP)

From April 15th to 19th at the initiative of the Ministry of Foreign Affairs we organized the 10th Technical Meeting of the International Partnership for Nuclear Disarmament Verification - focusing on Innovative Methods for verification and monitoring. 🌍 On April 19th, #eli_np hosted the tour, bringing together over 50 participants from around the globe in this crucial field. 🚀 #InnovationJourney #GlobalCollaboration #magurelescience #themostpowerfullasersintheworld

The Shallow GSHP System's operating accomplishments will be presented at EGA 2024 following an analysis of the long-term monitoring data. ELI-NP took a big step in the direction of responsible environmental usage by installing the largest Shallow GSHP System in Europe. Also, optimization of the system in operation labels the steps taken to make rational use of resources. The 1.2 MW photovoltaic system that is intended to be integrated into the ELI-NP infrastructure in conjunction with the shallow GSHP system that is currently in operation would allow for the testing of the built environment's energy autonomy and environmental impact, as well as the identification of strategies for separating the costs of energy consumption from the expansion of floor area. To conclude, #eli_np has the potential to align with contemporary practices and support efforts to transform the energy industry. #magurelescience #GreenEnergy #eligreen

#usercall #usercommunity #ELIcommunity 💡In the first 3 ELI User Calls: 📄227 proposals 🌍from 28 countries were submitted altogether! 💥Are you interested in joining our growing user #community? Now is the time👇 ➡The 4th User Call is open and researchers worldwide are invited to submit their proposals for access to the ELI - Extreme Light Infrastructure instruments. Visit our User Portal for the complete scientific offer: https://lnkd.in/dyckZ_4x

#symposium #QuantumBasel Connected to the IMPULSE project Work Package 6 activities, ELI - Extreme Light Infrastructure participated in the Czech delegation at the Global Quantum Symposium 2024 in Basel, Switzerland. 💥 QuantumBasel is the leading European event in the field of quantum computing and AI research and development. Thank you all for the opportunity!

#themostpowerfullasersintheworld #elinppartnerships #magurelescience #Thales Under the joint initiative of Thales and ELI-NP, a trip of science journalists from Europe was organized, meant to showcase the performances and perspectives of the Center’s High Power Lasers. The participants had the unique opportunity to meet and discuss with key figures from Thales and ELI-NP/IFIN-HH, managers and scientists, learning the basics and sharing their experiences with Professor Gerard Mourou, the 2018 Nobel Laureate for Physics, who made these HPLs possible, and who started and led the Extreme Light Infrastructure project to its fulfillment. A consistent press coverage of this event and its outcomes followed (by France Press, ANSA, Agerpres, Le Monde, Le Figaro, Le Point, Frankfurter Algemeine Zeitung, Les Echos, ABC, El Confidencial, Wyborcza, Radio Romania Actualitati a.o.), taken over by media worldwide.

Va invitam cu mandrie sa ascultati un interviu realizat in parteneriat cu Radio România Cultural, in cadrul emisiunii "Nascut in Romania", prilej cu care colega noastra, Nicoleta Safca , povesteste cu atata devotament despre munca sa: "Cercetarea este modalitatea prin care tu poți avea un impact. (...) Mai mic sau mai mare, dar (...) munca ta poate să reprezinte baza pentru ceva mult mai mare" https://lnkd.in/dj9gzBV9 #ELINPPartnerships #PeopleofELINP #MagureleScience

Student Meetings at #eli_np Every end of the month, the bachelor, master, PhD, and postdoc students gather for their #studentmeetings. Because we believe in sharing knowledge, on the 4th edition, two of them contributed with presentations on their research work on machine learning and quantum optics and one presented a paper for the journal club. This initiative started in September 2023 and aims to bring together all young researchers at ELI-NP, to practice and improve their ways of delivering public scientific talks, to receive feedback and create new collaborations and social connections. The 3 presentations were: Vlad Gaciu - Classification of laser beam profiles using machine learning at the ELI-NP high power laser system Karunesh Mishra - Beyond Light: A Journey from Photons to Precision Measurement in Quantum Optics Journal Club – Juliana Margineanu - Detection of metabolic change in glioblastoma cells after radiotherapy using hyperpolarized 13C‐MRI #themostpowerfullasersintheworld #magurelescience #youngresearcher

Today marks the OECD's inaugural visit to #eli_np as part of their fact-finding mission. We welcome their interest in our work and look forward to fruitful discussions. Their insights will be invaluable as we strive for collaboration and progress. #themostpowerfullasersintheworld #magurelescience #eli_nppartnerships #OECD

ELI-NP team has integrated into its equipment a Zeiss AXIO Observer Z1 microscope, complemented by GLIM technology from Phi Optics. This acquisition marks a significant stride in advancing our capacity to investigate radiobiological phenomena and the effects of radiation exposure. The incorporation of the microscope, coupled with GLIM technology, underscores our commitment to rigorous scientific inquiry in radiobiology. This state-of-the-art equipment facilitates high-precision, time-lapse imaging of live cells, enabling the elucidation of intricate cellular responses to radiation stimuli. Leveraging GLIM's Gradient Light Interference Microscopy alongside Zeiss optics, we are afforded unparalleled insights into radiation-induced cellular processes, including DNA damage and repair mechanisms, cellular signaling pathways, and the broader ramifications of radiation therapy. Moreover, the seamless integration of a cellular incubator within our experimental setup ensures meticulous control over environmental parameters such as temperature, humidity, carbon dioxide, and oxygen levels. This precision engineering not only enhances experimental reproducibility but also fosters optimal conditions for studying the effects of radiation on biological specimens. The capabilities of the Zeiss AXIO Observer Z1 microscope with GLIM technology extend beyond conventional imaging methodologies. By harnessing these advanced tools, we are empowered to undertake cell tomography and examine both in vivo and in vitro radiation effects with unprecedented clarity and contrast. This capability opens avenues for comprehensive investigations into radiobiological phenomena, enabling the acquisition of nuanced insights into the intricate interplay between radiation and biological systems. Our investment in cutting-edge microscopy and imaging technology reflects our unwavering dedication to pushing the boundaries of radiobiological research. #eli_np #themostpowerfullasersintheworld #magurelescience