Predicting the future is probably a fool's game, but here are our predictions for quantum randomness, communication, sensing and computing - plus post-quantum cryptography
Solid take. The QRNG point is underrated, especially when you consider that Monte Carlo applications in finance and materials science are already computationally expensive. If quantum dice can demonstrably reduce variance in those simulations, that could be a better wedge than cryptographic applications ever were. Also appreciate the honesty on QKD,alot of orgs are still chasing that rabbit hole when PQC migration should be the priority. The distributed entanglement angle for quantum networking is whre the real scalability unlock is.
Solid take. The QRNG point is underrated, especially when you consider that Monte Carlo applications in finance and materials science are already computationally expensive. If quantum dice can demonstrably reduce variance in those simulations, that could be a better wedge than cryptographic applications ever were. Also appreciate the honesty on QKD,alot of orgs are still chasing that rabbit hole when PQC migration should be the priority. The distributed entanglement angle for quantum networking is whre the real scalability unlock is.
Thanks - glad to hear those points resonated!