Classical Reversible Computing on Quantum Dots with Daniel Loss

What if the same hardware being built for quantum computers could also solve one of classical computing's most urgent problems — runaway energy consumption? In this episode, Sebastian talks with Daniel Loss, the theoretical physicist who co-proposed the spin-qubit quantum computer nearly thirty years ago, about his new idea: using coherent quantum dynamics in semiconductor spin qubits to perform classical reversible computation at energy efficiencies that could be five orders of magnitude better than today's best CMOS transistors. It's a provocation grounded in real experimental numbers, and it may de-risk the entire spin-qubit enterprise.