The rules of quantum physics aren’t just strange - they’re usable. Particles can exist in multiple states at once. Observation can reshape reality.

Now, scientists are turning those quirks into machines that could solve problems today’s computers simply can’t touch.

Princeton Engineering Dean Andrew Houck breaks down what quantum computing really is, what it can (and can’t yet) do, and why it could transform fields from drug discovery to energy.

A clear-eyed look at the weirdest laws of the universe and the revolutionary technology they may soon power.

The Constitution isn’t just a statement of ideals. It’s a framework for power - built to divide authority so that no single institution can fully control the law.

But that design has a consequence: it slows decisions and complicates action. Is that inefficiency a weakness - or the very mechanism that protects liberty?

Drawing on his experience at the center of federal rule-making, Harvard Law School’s Cass Sunstein explores how these constitutional guardrails actually work, why they were designed to restrain concentrated authority, and what we risk losing when they begin to erode.

This isn’t abstract theory. It’s about the quiet architecture that shapes who can act, and how a system of divided power ultimately protects self-government.

We all love the thrill of winning - the house, the promotion, the deal. But as Nobel laureate Richard Thaler explains, some of our biggest “wins” are actually the moments we set ourselves up to lose. Thaler breaks down why we overbid, overpay, and talk ourselves into choices we regret. And he shares simple tricks to help you catch yourself before you make a mistake you can’t undo.