Basics of Physics Mechanics & Biophysics: Newton to Neurons

A journey through classical mechanics and the fascinating world of biophysics

What you'll learn
- Understand the core principles of Newtonian mechanics: motion, forces, energy, and momentum.
- Apply physics concepts to biological systems, from molecular motors to biomechanics.
- Analyze real-world biological phenomena using physical models and equations.
- Solve physics problems with confidence using step-by-step methods.
- Explore the physics behind cellular structures, neural signaling, and fluid dynamics in the body.
- Build a strong foundation for careers or further study in physics, biology, medicine, or engineering.

Requirements
- Math (algebra and basic trigonometry)
- Curiosity and willingness to learn!

Description
Imagine a course where the elegance of Newton’s laws meets the complexity of living systems. Where the same principles that govern the motion of planets also explain how muscles contract, how blood flows, and how neurons fire. Welcome toPhysics Mechanics & Biophysics, a unique interdisciplinary course designed to bridge the gap between classical physics and the biological sciences.

This course begins with the timeless foundations of mechanics—motion, forces, energy, and momentum. You’ll explore how objects move, collide, and rotate, and how these principles form the bedrock of all physical systems. But we don’t stop there.

As you build your understanding of mechanics, we transition into the world of biophysics, where physics meets life. You’ll see how the same laws apply to biological structures and processes—from the diffusion of molecules across membranes to the biomechanics of walking and the fluid dynamics of blood circulation.

Each module is carefully crafted to not only teach you the theory but also to show you how it applies in real-world biological contexts. You’ll work through interactive examples and mini case studies that bring the material to life. Whether it’s modeling the motion of a limb or understanding the electrical properties of a neuron, you’ll gain a deep appreciation for how physics explains life itself.

This basic course is ideal for students preparing for careers in medicine, biology, physics, or engineering, as well as for educators and curious learners who want to explore the intersection of the physical and life sciences.

By the end of the course, you won’t just understand physics—you’ll see the world through its lens, from the falling of an apple to the beating of a heart.

The course is intended for purchase by adults.

Who this course is for:
- Graduate and undergraduate students studying physics, biology, or biomedical sciences.
- Sstudents seeking a strong foundation in physics and biophysics.
- Educators looking for interdisciplinary teaching resources.
- Curious minds interested in how physics explains life processes.
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