Departments and the team

Conducting Activities & Quizzes

Take physics directly to classrooms! Perform demos, conduct interactive quizzes — we’ll provide all materials and guidance.

Competitions

Plan, organize, and conduct physics-based competitions across classes and houses — from ideas to execution.

Boards

Decorate the Physics Club boards every few months with themed content, charts, facts, and stunning science visuals.

Designing Experiments

Invent creative physics demonstrations with the team — your ideas will be showcased in seminars and classes.

Eureka Quiz

Compile fascinating physics questions in all formats and turn them into engaging PowerPoint quiz presentations.

Posters

Design eye-catching posters on scientific discoveries or curious topics. They're shared digitally and posted across school.

Social Media

Research, script, film, and edit physics content for our online pages — from reels to explainers to club announcements. Visit our page!

Research and Publication

Write and share physics articles on our official website, and we'll also guide you on how to get your research published!

CERN and the Golden Myth: Can Lead Really Become Gold?

We’ve all heard the old idea of turning lead into gold. For centuries, people actually believed it was possible. While those attempts didn’t work out, today’s scientists have been able to pull it off. CERN, one of the biggest science labs in the world, is located on the border of Switzerland and France. It’s famous for the LHC (Large Hadron Collider), which is a 27 km long underground tunnel where particles are sped up to near light speed and then smashed together. If you’ve seen Spider-Man: Into the Spider-Verse, there’s a collider in that movie that opens portals to other dimensions. CERN’s collider doesn’t do that, but it’s still one of the most powerful machines on Earth. Lead has 82 protons, and gold has 79. That means to turn lead into gold, you’d have to somehow remove 3 protons from each lead atom. This needs a nuclear reaction, which only happens under extreme conditions and high energy. CERN isn’t trying to make gold, but their experiments show how changing o...

The Study of Nuclear Fusion: From Stars and Hydrogen Bombs to Tokamaks and Inertial Confinement

By Hiranya Bose 10 O (AIS NOIDA) To understand fusion, we need to understand nuclear energy, which can simply be defined as the energy released by the nucleus of an atom. As of now, the only two processes known to man through which nuclear energy is produced are fission, and of course, fusion. Splitting the atomic nucleus in 1938 was big news, now we’ll see why joining atomic nuclei is even bigger news. Current Energy Production Currently, humans have only been able to produce nuclear energy for commercial use through nuclear fission – which is the splitting of a heavier atomic nuclei into lighter nuclei. A neutron is forced to collide with a heavy atom, like that of Uranium-235. Collision takes place and the nucleus is split into lighter nuclei – it’s exothermic – and this releases nuclear energy. More neutrons boil off from the split nucleus and collide with more heavy nuclei, leading to a chain reaction. The minimum amount of fissile material required for such a self-sustained chain...

Time Dilation: How time slows down near black holes or at high speeds

By Ananya Choudhary 11A Time dilation is a concept from einstein’s theory of relativity, describing how time does not pass the same way for everyone, everywhere. Depending on two main factors- speed and gravity, time can move slower or faster for different observers. This means that time is not absolute, but rather flexible, depending on conditions in space and motion. According to einstein’s special theory of relativity, when an object moves at extremely high speeds, close to the speed of light, time appears to slow down for that object relative to someone who is not moving. For example, if a person were to travel in a spaceship at very high speeds, time would move slower for them than for people left behind on earth. To the traveler, everything would feel normal, but when they return, they would find that much more time had passed for those who stayed behind. This effect has been observed in real world experiments, including with highly accurate clocks flown on airplanes or orbiting ...

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