Down the Rabbit Hole

In this 7‑minute panel episode Philip and Shauna take listeners on a tactile tour of everyday materials—plastic, fabric, glass, metal—and show how tiny clues (a snap, a flex, a grain, a ring) reveal manufacturing choices, likely failure modes, and simple at‑home tests. We balance clear, research‑aware explanations with quick heuristics you can use when you’re short on time: a listening test for br...

Randomness is everywhere: in the roll of a die, the shuffle of a playlist, and the training of machine-learning models. In this seven-minute panel episode, Philip and Shauna unpack what randomness really means, why 'random' often hides structure, and how simple, fast experiments can teach surprising lessons about probability, fairness, and creativity. We move from intuitive examples you can try wi...

Networks are everywhere: the routes you take, the Wi‑Fi signals you use, the circuits in a classroom kit, and the biological webs that sustain life. In this 7‑minute panel episode Philip and Shauna cut through jargon to give listeners an intuitive toolkit for spotting, sketching, and experimenting with networks in minutes. We introduce core principles (nodes, links, hubs), show how tiny structural...

In this concise panel episode Philip and Shauna walk listeners through how the sensors already in their smartphones can become a portable physics lab. We explain what common sensors do (accelerometer, gyroscope, microphone, magnetometer), demonstrate three short experiments you can try in under ten minutes each, and share simple data-collection and analysis tips that respect listeners' limited tim...

Analog Revival reframes old techniques—mechanical integrators, RC filters, op‑amp summers—as bite‑sized teaching tools for modern computing intuition. In this 7‑minute panel Philip and Shauna introduce why building and playing with simple analog rigs accelerates understanding of signals, feedback, and optimization without heavy math. We highlight three compact demonstrations you can grasp quickly:...

Quantum sensors are bringing quantum effects out of labs and into practical measurement tools—no deep math required. In this episode Philip and Shauna unpack what a quantum sensor actually measures, how it differs from classical instruments, and three approachable application areas: navigation and timing, medical and bio sensing, and environmental monitoring. We emphasize concrete value—why higher...

Join Philip Draper and Shauna Brace for a compact, conversational tour of neuromorphic computing—the class of chips that mimic neural dynamics to run AI with far lower power. In this 7‑minute panel episode we unpack three practical things: a clear analogy to understand how neuromorphic hardware differs from conventional CPUs and GPUs; relatable real‑world uses (edge sensors, always‑on audio, ultra...