Basic Physics Laboratory

The Basic Physics Laboratory serves as a foundational training ground for students in the Physics Study Program, particularly during their early years of study. It is designed to help students develop essential experimental skills and a strong conceptual understanding of fundamental physics principles. Practicum sessions in this lab cover core topics such as mechanics, thermodynamics, electricity and magnetism, waves, optics. and modern physics. Through hands-on experiments, students learn how to apply theoretical knowledge, use measurement tools, and analyze data systematically. This experience strengthens their ability to think critically and work methodically in a scientific environment.

Functioning as a key part of the curriculum, the Basic Physics Laboratory also builds students’ confidence in scientific communication and teamwork. Each session emphasizes not only technical competence but also the development of soft skills such as collaboration, accuracy, and scientific reporting. The lab is equipped with standard instruments tailored for educational use, ensuring students can safely explore physical laws in action. By laying a solid experimental foundation, the Basic Physics Laboratory prepares students for more advanced coursework, research activities, and professional work in physics and related disciplines.

Personnel

Head of Laboratory: Muliadi, M.Si

Laboratory Assistant: Faurizal, S.Si

PHYSICS I

Projectile Motion
Ideal Gas
Dynamometer Spring - Force Experiment
Moment of Inertia
Linear Air Track
Hydrostatic Pressure

PHYSICS II

Oscilloscope
Standing Wave : Melde's Experiment
Optics Kit : Properties of Light
electrical and magnetical kit
Basic Electrostatic Kit
Coulomb's law Experiment

BASIC MEASUREMENT AND BASIC ELECTRONICS

Digital Multimeter
Vernier Calliper
Micrometer Screw Gauge
Function Generator
Stopwatch
Analog Multimeter

MODERN PHYSICS

Interferometer System
Hydrogen Balmer Spectrum
Stefan-Boltzman Law
Blackbody Radiation
Milikan Oil Drop
Electron Charge-to-Mass Ratio System

NUCLEAR PHYSICS

Geiger–Müller Set Experiment
Personal Dosimeter
Radio isotopes