From canvas to carbon, science reveals the truth. Accelerator-based nuclear techniques like radiocarbon dating can uncover art forgeries, trace illicit trade and detect counterfeit food or medicines—all without damaging the evidence. Lean more about the use of nuclear techniques in cultural heritage preservation in our #NuclearExplained: atoms.iaea.org/3Q0KqXZ And mark your calendars for the 2nd IAEA International Conference #Accelerators2026, taking place from 22 to 26 June: atoms.iaea.org/accconf2026

#DidYouKnow there are more than 400 nuclear power reactors in operation today across 31 countries? But why do we need nuclear power? 🤔 📽️ #NuclearExplained has the answers: atoms.iaea.org/4a0v8tw

#NuclearExplained: Excited to watch #Oppenheimer but not sure about some nuclear science terms? We’ve got you covered! Let’s demystify some common scientific terms you’ll encounter in the movie. A thread 🧵

#Atoms4Climate #NuclearExplained #LetsTalkNuclear #IAEA #RaysOfHope #Accelerators2026 youtube.com/shorts/OscxI-NYV… msn.com/en-ca/news/world/iae…

Hey Nuclear Community👋, What are you expecting for 2026? #NuclearExplained #Nuclear #Uranium #NuclearEnergy

Radiation: we're exposed to it every day, but what is it? Is it always bad for us, and what can we use ionizing radiation for? Check out our #NuclearExplained for answers to all of your questions about radiation. 📖 atoms.iaea.org/4ajCCrK

Tiny particles, massive impact! Particle accelerators speed up electrons, protons, and ions to unlock breakthroughs in cancer care, clean energy, environmental monitoring, food safety, industry—and even cultural heritage. From hospital linacs to giant synchrotrons, these machines power science far beyond the lab. 📖Learn more about particle accelerators from our #NuclearExplained: atoms.iaea.org/what-are-part… 🗓️Save the date for the 2nd IAEA International Conference #Accelerators2026, taking place from 22 to 26 June 2026: atoms.iaea.org/accconf2026

Radiation is energy that moves from one place to another in a form that can be described as waves or particles. We are exposed to radiation in our everyday life. Some of the most familiar sources of radiation include the sun, microwave ovens in our kitchens, and the radios we listen to in our cars. Most of this radiation carries no risk to our health. But some does. In general, radiation has lower risk at lower doses but can be associated with higher risks at higher doses. Depending on the type of radiation, different measures must be taken to protect our bodies and the environment from its effects, while allowing us to benefit from its many applications. #NuclearExplained atoms.iaea.org/3GpijwV

The development of advanced nuclear fuel technologies continues to gain momentum, marked by a notable milestone from Clean Core Thorium Energy (CCTE) in collaboration with Canadian Nuclear Laboratories (CNL). The initiation of fabrication for full-scale ANEEL™ fuel bundles represents a critical transition from theoretical validation to practical, in-reactor testing.These demonstration irradiation (DI) bundles are designed to replicate real reactor fuel, enabling the collection of operational performance data under actual conditions. This phase is essential for validating safety, efficiency, and long-term reliability—key requirements for regulatory approval and commercial deployment.ANEEL™ fuel, which combines thorium with enriched uranium, has been engineered to integrate seamlessly into existing CANDU and other pressurized heavy water reactors without requiring major hardware modifications. Its potential advantages include improved fuel utilization, higher burnup, reduced long-lived waste, and enhanced proliferation resistance—factors that position it as a compelling innovation in the pursuit of cleaner and more sustainable nuclear energy.This milestone reflects not only technological progress but also the strengthening of collaborative frameworks between industry and national laboratories. As the project advances through irradiation testing and regulatory pathways, it underscores a broader shift toward next-generation nuclear solutions capable of supporting global clean energy goals.#CleanEnergy #NuclearInnovation #Thorium #EnergyTransition #Nuclearexplained

The development of advanced nuclear fuel technologies continues to gain momentum, marked by a notable milestone from Clean Core Thorium Energy (CCTE) in collaboration with Canadian Nuclear Laboratories (CNL). The initiation of fabrication for full-scale ANEEL™ fuel bundles represents a critical transition from theoretical validation to practical, in-reactor testing.These demonstration irradiation (DI) bundles are designed to replicate real reactor fuel, enabling the collection of operational performance data under actual conditions. This phase is essential for validating safety, efficiency, and long-term reliability—key requirements for regulatory approval and commercial deployment.ANEEL™ fuel, which combines thorium with enriched uranium, has been engineered to integrate seamlessly into existing CANDU and other pressurized heavy water reactors without requiring major hardware modifications. Its potential advantages include improved fuel utilization, higher burnup, reduced long-lived waste, and enhanced proliferation resistance—factors that position it as a compelling innovation in the pursuit of cleaner and more sustainable nuclear energy.This milestone reflects not only technological progress but also the strengthening of collaborative frameworks between industry and national laboratories. As the project advances through irradiation testing and regulatory pathways, it underscores a broader shift toward next-generation nuclear solutions capable of supporting global clean energy goals.#CleanEnergy #NuclearInnovation #Thorium #EnergyTransition #Nuclearexplained

🌍 Global momentum continues to build behind nuclear power. There are more than 400 nuclear power reactors in operation today across 31 countries! But why do we need nuclear power? 🤔 📽️ #NuclearExplained has the answers: atoms.iaea.org/4a0v8tw

Why is nuclear power gaining global momentum? Over 400 reactors are operating in 31 countries, and ~40 more are exploring nuclear energy. On #NuclearExplained, we explore: the shift, the role of renewables and why nuclear matters. Stream now! 🔴YouTube bit.ly/4qgDwum 🟢Spotify bit.ly/44xl7kt ⚪️Apple bit.ly/44tY4qC 🟠Amazon bit.ly/48DLisa

💧 Did you know that groundwater is vital for communities worldwide? 🤔 Our #NuclearExplained tells you more about how nuclear science is helping study and protect scarce groundwater resources for #WaterAction. atoms.iaea.org/3GPcrto

Radiation: we're exposed to it every day but what is it? Is it always bad for us, and what can we use ionizing radiation for? 🤔 Check out our #NuclearExplained for answers to all of your questions about radiation. 👉 atoms.iaea.org/4ajCCrK

🌍 Global momentum continues to build behind nuclear power. There are more than 400 nuclear power reactors in operation today across 31 countries! But why do we need nuclear power? 🤔 📽️ #NuclearExplained has the answers: atoms.iaea.org/4a0v8tw

Radiotherapy has been used since the 1890s and is one of the most common cancer treatments. Read our #NuclearExplained article to learn about the different types of radiotherapy, medical imaging and our role in #CancerCare4All. 👉 atoms.iaea.org/48y8chQ

Around half of all cancer patients require radiation therapy at some point during the disease. This life-saving treatment has been used since the 1890s for almost all types of cancer. This #NuclearExplained explores how radiotherapy works. #CancerCare4All #RaysOfHope #WorldCancerDay

🤔 Did you know? Every year, about 600 million people become ill because of unsafe food. But #nuclear sciences can help to keep our foods! 🎧 Listen to our new #NuclearExplained podcast to learn how 👉 bit.ly/3owzuUp

Neutron activation analysis is a nuclear technique used by investigators to analyse criminal evidence such as a bullet. Swipe to learn how this technique works and discover other ways nuclear techniques help crime investigations on #NuclearExplained.

Today is the #InternationalDayOfEducation 📝 DNA 55 Expand your knowledge with easy-to-understand explanations of major topics in nuclear science and . From energy #NuclearExplained has got you covered Start 👉 atoms.iaea.org/NuclearExplai…… 01715463574 Asmaul