Purpose

Our club is dedicated to exploring, understanding, and experimenting with the fundamental principles of modern physics. We aim to provide a collaborative and hands-on learning environment where students and researchers can engage in cutting-edge experiments that shaped our understanding of the universe.

Experiments:

Determining the specific charge of the electron
Franck-Hertz Experiment
Photoelectric Effect Experiment
Geiger-muller Experiment
Spectroscopy Gamma
Rutherford Scattering

Research:

MULTIFREQUENCY ELECTRICAL IMPEDANCE TOMOGRAPHY DEVICE (simple patent IDS000011307) view certificate
Multi-channel electrical impedance spectroscopy-based breast cancer screening device (simple patent IDS000007870) view certificate
Development of multifrequency electrical impedance tomography using analog discovery
Development of electrical impedance spectroscopy

What we've done

✅ Successfully Demonstrated the Photoelectric Effect
🔹 Conducted experiments to measure Planck’s constant and verify Einstein’s theory.
🔹 Analyzed how light ejects electrons from metal surfaces, proving the wave-particle duality.

✅ Precise Measurement of the e/m Ratio of Electrons
🔹 Used a Helmholtz coil setup to accurately determine the specific charge of an electron.
🔹 Verified classical electromagnetism principles through experimental data analysis.

✅ Franck-Hertz Experiment Validation
🔹 Observed energy quantization in Neon and Mercury atoms.
🔹 Determined the excitation voltage and wavelength of emitted photons.

✅ Radiation Detection & Spectroscopy
🔹 Used the Geiger-Müller counter to study ionizing radiation and measure background radiation levels.
🔹 Performed gamma-ray spectroscopy with a scintillation detector, analyzing different radioactive sources.

✅ Rutherford Scattering Experiment
🔹 Recreated Rutherford’s gold foil experiment to confirm the existence of a positively charged atomic nucleus.
🔹 Analyzed alpha particle scattering patterns to determine nuclear structure.

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