Quantopinion

Banks are no longer treating quantum as a science project. BBVA, Wells Fargo and Mastercard now talk about quantum in terms of roadmaps, crypto‑agility and PQC migration, not lab demos, and regulators in the UK, EU and APAC are baking these expectations into timelines out to 2030–2035. ✅ BBVA: proving business value with real portfolio and risk use cases, not toy models.quantopinion ✅ Wells Fargo: running quantum and PQC as a long‑term, governed programme.quantopinion ✅ Mastercard: turning PQC migration and crypto‑agility into ecosystem‑level standards. For anyone building in quantum, AI or infra, this is a must‑read on how to plug your products into discovery, pilots, migration and monitoring – and position them as part of a bank’s quantum‑safety and quantum‑advantage story, not just another PoC. Read full story here 🔗 https://lnkd.in/exYwPCxm

Countries are racing to build factories for these light‑based chips because whoever controls them controls big chunks of future AI and quantum tech. If you’ve ever wondered where “AI infrastructure” really lives, this is the story. read the full breakdown on silicon photonics here - https://lnkd.in/e7zhFAdJ

Banks are no longer treating quantum as a science project. BBVA, Wells Fargo and Mastercard now talk about quantum in terms of roadmaps, crypto‑agility and PQC migration, not lab demos, and regulators in the UK, EU and APAC are baking these expectations into timelines out to 2030–2035. ✅ BBVA: proving business value with real portfolio and risk use cases, not toy models.quantopinion ✅ Wells Fargo: running quantum and PQC as a long‑term, governed programme.quantopinion ✅ Mastercard: turning PQC migration and crypto‑agility into ecosystem‑level standards. For anyone building in quantum, AI or infra, this is a must‑read on how to plug your products into discovery, pilots, migration and monitoring – and position them as part of a bank’s quantum‑safety and quantum‑advantage story, not just another PoC. Read full story here 🔗 https://lnkd.in/exYwPCxm

A new USC research project is exploring how quantum processors could help databases make better decisions about how to run queries, schedule transactions, and choose indexes. The work is backed by a five-year NSF CAREER Award worth $627,250, and the early prototypes have already shown more than 10x performance gains on benchmark tasks compared with conventional database optimizers. read the full story here 🔗 https://lnkd.in/e5i5N6Pd

Countries are racing to build factories for these light‑based chips because whoever controls them controls big chunks of future AI and quantum tech. If you’ve ever wondered where “AI infrastructure” really lives, this is the story. read the full breakdown on silicon photonics here - https://lnkd.in/e7zhFAdJ