Coursera · Rice University — Jason Hafner
Physics 102 - Electric Potential and DC Circuits
Rice connects electric potential and capacitors with direct-current circuits, following its introduction to electric charge and fields.
Explore physics, biology, chemistry, astronomy, and food-science courses, with guidance on mathematical prerequisites and working with evidence.
Science courses introduce ways to describe, measure, and explain the natural world. A broad survey builds orientation, while a university course may require sustained mathematical or laboratory reasoning. The right starting point depends on both your interest and your existing preparation.
Check prerequisites rather than relying only on a beginner label. Classical mechanics can require calculus, while an astronomy survey may emphasize concepts. Archived university material can teach enduring ideas well, but its age matters when the subject includes rapidly changing research.
Work through a problem or explain an observation in your own words. State what is measured, which model is used, and where the model may fail. For historical course material, distinguish foundational concepts from claims that need a current source.
Coursera · Rice University — Jason Hafner
Rice connects electric potential and capacitors with direct-current circuits, following its introduction to electric charge and fields.
Coursera · Rice University — Jason Hafner
Study magnetic fields, their sources and electromagnetic induction in Rice’s intermediate electricity-and-magnetism course on Coursera.
Coursera · École Polytechnique — Gilles Horowitz
Explore École Polytechnique’s plastic-electronics course on organic semiconductors, charge transport, optical properties, interfaces and device behavior.
Coursera · Yonsei University — Jang-Ung Park
Explore Yonsei’s course on stretchable electronics, transparent electrodes, smart sensors, printed devices and reliability in deformable systems.
Coursera · Pearson — Pearson
Explore Pearson’s introduction to life’s chemistry, including water, carbon, chemical bonds and biomolecules through readings and interactives.
Coursera · Caltech — S. George Djorgovski
Explore Caltech’s astronomy survey of planets, stars, galaxies, black holes and the universe, with guidance on scope and study approach.
Udemy · Joe Marc Valdez
Explore Joe Marc Valdez’s free organic chemistry course on naming, structures, functional groups and reactions for pre-university learners.
Coursera · Pohang University of Science and Technology (POSTECH) — Ji-Hoon Shim
Explore POSTECH’s thermochemistry course on gas laws, enthalpy, entropy, Gibbs energy and equilibrium, with numerical learning materials.
Coursera · The Hong Kong University of Science and Technology
An introduction to scientific ideas behind cooking and eating, connecting ingredients, preparation, and sensory experience.
Coursera · Caltech — Mike Brown
Explore Caltech’s solar-system science course on Mars, giant planets, small bodies and habitability, including its demanding quiz format.