Energy
Radioactive Decay Simulation
Use our interactive radioactive decay simulation to watch isotopes decay in real time and compare their behaviour to the ideal exponential decay curve.
Use our interactive radioactive decay simulation to watch isotopes decay in real time and compare their behaviour to the ideal exponential decay curve.
Explore how radiation dose varies across everyday life, medical scans, space travel, and major incidents with our interactive chart.
A simplified look inside a nuclear reactor, showing how neutrons, fuel, and control rods interact to shape a stable or runaway chain reaction.
Radiation can alter the material it strikes upon and is easily traced. Because of these qualities, radioisotopes are beneficial in manufacturing, medicine, and other fields.
Atomic weapons, also known as nuclear weapons, are the most powerful devices ever created by humans by releasing massive energy from a nuclear reaction.
Cherenkov radiation is a fascinating phenomenon that occurs when charged particles travel through a medium resulting in a characteristic and eerie blue glow.
Unfathomable amounts of heat. Ludicrous temperatures and pressures. Ridiculous quantities of water and steam. How exactly do you turn all that into electricity?
The atom is the building block of the universe; the smallest particle of a chemical element that can exist. But what lies inside?
Stars release unfathomable amounts of energy thanks to nuclear fusion. Learn about what Nuclear Fusion is, how it works, and what it can be used for.
Measuring and minimising exposure to radiation is a key responsibility of the nuclear industry. But how can we measure something that can’t be seen?