A Korean-language series that teaches quantum chemistry step by step, covering topics such as approximation methods for wave functions (variational method, perturbation theory) and the Bohr atomic model. It explains the mathematics and physics in an approachable, conversational way for learners.

A self-taught builder works through quantum computing in the open, explaining algorithms such as Deutsch-Jozsa, Bernstein-Vazirani and phase kickback with runnable code. Readers get plain-language explanations of the underlying mechanics and honest notes on what each algorithm does and doesn't achieve.

Weekly essays and classroom-ready missions that use science, geography and media literacy topics to teach children and the adults around them to question stories and check evidence. Issues pair a concrete example, such as moon phases, equinoxes or screenshots, with a broader lesson about critical thinking.

A science newsletter working through Gibbs free energy, from the formula to protein folding, membrane potentials and why diamonds persist. It explains concepts with worked equations, real data and a recurring one-line takeaway.