Physics Peak Ali Karimi

Physics graduates embark on diverse career paths after graduation. While some pursue research or academic roles, others find success in industries like tech, finance, science communication, and entrepreneurship. The analytical skills and problem-solving abilities gained from their physics education enable them to thrive in various fields, demonstrating that a physics degree opens doors to a wide range of opportunities beyond the lab.
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Classical physics, with its foundation in Newtonian principles, describes the macroscopic world with absolute space and time. In contrast, modern physics, driven by theories like relativity and quantum mechanics, explores the microscopic and cosmic realms, challenging classical notions. While classical physics provides a solid understanding of everyday phenomena, modern physics unveils a universe of complexity, where space and time are intertwined, particles exhibit dual natures, and gravity is a consequence of spacetime curvature.
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Studying physics is crucial because it provides the foundation for many scientific disciplines, drives technological innovation, fosters critical thinking skills, and invites exploration of fundamental questions about the universe. It's not just about memorizing formulas; it's about gaining a deeper understanding of how the world works and making meaningful contributions to science and society.
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Special Relativity deals with objects in uniform motion, while General Relativity extends this to include the effects of gravity.
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In this episode, we explore the intriguing relationship between mathematics and physics, uncovering how numbers and equations serve as the language of the cosmos.
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