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Our Events

Events & Activities

From hands-on workshops and outreach programs to large-scale competitions, AISN Physics Club brings physics beyond the classroom.

🏆 Major Competitions

🎬 Silver Screen Slip-Ups

Students identified scientific inaccuracies in popular films and presented them through original skits.

🪄 Science Sorcery

Physics demonstrations disguised as magic tricks and theatrical performances.

💡 Physicon

A physics-inspired Shark Tank where students pitched innovative scientific ideas.

🌋 Extreme Environment Engineering

Designing settlements capable of surviving in deserts, oceans, volcanic regions, and underground environments.

📖 Comic Currents

A creative challenge exploring worlds where the laws of physics no longer exist.

🔬 Workshop Series

Our Activities Department conducts hands-on workshops for younger students throughout the academic year.

🔆 Optics & Light

Reflection, refraction, lenses, mirrors, and optical illusions.

⚡ Magnetism & Electric Current

Electromagnets, circuits, and electrical phenomena.

🎵 Physics in Music

Understanding sound, resonance, frequency, and musical instruments.

✈️ Aerodynamics

Airflow, lift, drag, vortices, and aircraft design.

🌌 Astronomy & Physics

Stars, planets, galaxies, and the universe.

⚙️ Mechanics

Forces, motion, momentum, and energy.

🔥 Thermodynamics

Heat transfer, temperature, and energy systems.

🌊 Hydrodynamics

Fluid motion, pressure, and flow behaviour.

📈 Kinematics

Motion, velocity, acceleration, and trajectories.

♻️ Conservation of Energy

Energy transformations and fundamental physical principles.

📊 Club Highlights

12+

Workshops Conducted

5+

Major Competitions

150+

Social Media Posts

1000+

Students Reached

📸 Event Gallery

Visit our social media channels to explore photos, videos, highlights, and behind-the-scenes moments from AISN Physics Club events.

Popular posts from this blog

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

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

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The Unidirectional Flow: Entropy and the Physics of the Arrow of Time

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