Microsoft Azure Quantum innovates across every layer of the quantum stack, from software and applications to control and devices. This includes the pursuit of fault-tolerant topological qubits that scale towards a general-purpose quantum computer.
Researchers in quantum computing are leveraging rapid advances in quantum hardware, error‑correcting codes, and algorithmic innovation to enable new modes of computation that transcend the limits of classical systems. This research empowers scientists and engineers…
Researchers in quantum computing are leveraging rapid advances in quantum hardware, error‑correcting codes, and algorithmic innovation to enable new modes of computation that transcend the limits of classical systems. This research empowers scientists and engineers…
Here are some highlights of the research and impact at Microsoft Research India in 2025, along with some glimpses of the lab milieu.
Microsoft’s Quantum program is focused on building a scalable quantum computer to solve problems beyond the reach of classical machines. Microsoft has invested heavily in quantum error correction and fault-tolerance as these are central elements…
The recent advances in quantum computing offer many advantages—but also challenge current cryptographic strategies. Learn how FrodoKEM could help strengthen security, even in a future with powerful quantum computers.
One persistent challenge in fusion reactor design involves building the interior “first wall,” which must withstand extreme heat and particle bombardment. At the Microsoft Research Fusion Summit, Zulfi Alam, corporate vice president of Microsoft Quantum…
Microsoft announced the creation of the first topoconductor and first QPU architecture with a topological core. Dr. Chetan Nayak, a technical fellow of Quantum Hardware at the company, discusses how the breakthroughs are redefining the…
