Physics is a fundamental natural science that delves deep into the very fabric of reality, exploring everything from the mysterious behavior of subatomic particles in quantum mechanics to the vast expanse of galaxies in cosmology. It encompasses a wide array of fields—classical mechanics explains the motion of everyday objects; electromagnetism governs electricity and magnetism essential for modern technology; thermodynamics studies heat and energy transfer; relativity redefines our understanding of space and time. Physics not only seeks to understand the behavior of matter and energy but also drives innovation, leading to groundbreaking technologies like smartphones, medical imaging devices, and space exploration tools. By unraveling the universe's mysteries, physics fuels our innate curiosity and empowers us to solve pressing global challenges, making it an exciting and vital field that continually pushes the boundaries of human knowledge.

Official Club Flyer

Physics club offers engaging hands-on labs that make learning physics fun and exciting. Members participate in activities like the plasma ball lab, where they explore electric phenomena using a plasma globe; the pendulum lab, experimenting with swinging pendulums to observe motion; the optics lab, investigating light and lenses; and the paper rocket lab, designing and launching paper rockets. These labs provide interactive experiences that encourage teamwork and ignite a passion for physics.

In our club Google Drive, you can find a wide array of interesting physics resources, club photos, and meeting agendas. There, you can find competition self-study books and various interesting youtube channels Feel free to take a look!

The USA Physics Olympiad (USAPhO) is a national competition that identifies outstanding high school physics students and selects the U.S. team for the International Physics Olympiad (IPhO). The process begins with the F=ma Exam, a rigorous multiple-choice test focusing on mechanics topics such as motion, forces, and energy. Students who score highly on the F=ma Exam advance to the USAPhO semifinal round, where they tackle more advanced and challenging physics problems beyond the standard high school curriculum.

*Executive Positions are not Permanent and May Change