Microsoft Majorana 2 Chip Advances Quantum Timeline
Microsoft introduced the Majorana 2 quantum chip built on a new material stack. The design aims to accelerate development of useful quantum systems.
Topic cluster
emerging
6 sources grouped by AFBytes in Tech
AFBytes briefing
Hardware progress in quantum computing can influence long-term U.S. technological competitiveness and related research funding priorities.
Key entities
- Automate
- Bring-up
- Computing
- Qruise
- Quantum
What to watch next
- Track Microsoft quantum error-rate announcements and any updates to its quantum computing roadmap timelines.
- Monitor peer-reviewed publications and patent filings for further validation of the approach.
- Watch for peer-reviewed publication and follow-on funding announcements that would confirm scalability claims.
- Watch for peer-reviewed publication or follow-on benchmarks from Rigetti that quantify simulation accuracy gains.
- Watch for QruiseOS deployments in other quantum centers.
WiMi proposes multi-hypercube fault-tolerant quantum computing approach
WiMi Hologram Cloud disclosed a proposed fault-tolerant quantum computing architecture based on multi-hypercube codes. The work targets improved performance and reliability.
Stanford develops room-temperature quantum device
Stanford researchers created a quantum device that operates at room temperature. It uses twisted light to entangle photons and electrons without cryogenic cooling.
Rigetti plasma wave simulation on Ankaa-3 processor
Rigetti performed a specialized plasma wave simulation on its Ankaa-3 superconducting processor. The work relied on targeted error mitigation techniques to achieve usable results.
Qruise Automates 21-Qubit QPU at IQCC with Quantum Machines
Qruise integrated its QruiseOS software at the Israeli Quantum Computing Center using Quantum Machines' OPX1000 control system. The proof-of-concept automated bring-up for a 21-qubit QPU. This advanc…
Qruise Automates NV-Center QPU with Goethe University
Qruise partners with XeedQ and Goethe University for NV-center QPU automation. Collaboration advances quantum bring-up. Involves MSQC group.