All Updates

All Updates

icon
Filter
Product updates
Quantinuum unveils industry-first 56-qubit trapped ion computer; sets new industry benchmark
Quantum Computing
Jun 5, 2024
This week:
Product updates
Hexagon unveils Advanced Compensation for metal 3D printing
Additive Manufacturing
Nov 22, 2024
Funding
Eden AI raises EUR 3 million in seed funding to accelerate product development
Generative AI Infrastructure
Nov 21, 2024
M&A
Wiz acquires Dazz to expand cloud security remediation capabilities
Next-gen Cybersecurity
Nov 21, 2024
Partnerships
Immutable partners with Altura to enhance Web3 game development and marketplace solutions
Web3 Ecosystem
Nov 21, 2024
Funding
OneCell Diagnostics raises USD 16 million in Series A funding to enhance cancer diagnostics
Precision Medicine
Nov 21, 2024
Partnerships
BioLineRx and Ayrmid partner to license and commercialize APHEXDA across multiple indications
Precision Medicine
Nov 21, 2024
Product updates
SOPHiA GENETICS announces global launch of MSK-IMPACT powered with SOPHiA DDM
Precision Medicine
Nov 21, 2024
Product updates
Biofidelity launches Aspyre Clinical Test for lung cancer detection
Precision Medicine
Nov 21, 2024
Partnerships
Spendesk partners with Adyen to enhance SMB spend management with banking-as-a-service solution
Business Expense Management
Nov 21, 2024
M&A
Mews acquires Swedish RMS provider Atomize to enhance Hospitality Cloud platform
Travel Tech
Nov 21, 2024
Quantum Computing

Quantum Computing

Jun 5, 2024

Quantinuum unveils industry-first 56-qubit trapped ion computer; sets new industry benchmark

Product updates

  • US-based full-stack quantum computing company Quantinuum has introduced H2-1, the industry's first quantum computer featuring 56 trapped-ion qubits. It reportedly has capabilities that surpass the abilities of even the most powerful conventional computers.

  • H2-1 achieved a 100x improvement in performing the Random Circuit Sampling (RCS) algorithms, exceeding the industry standard set by Google in 2019. It is also designed to lower power consumption by up to 30,000x compared to classical supercomputers, making it a far more energy-efficient solution. The system’s improved fidelity makes it impossible for classical computers to simulate it or for current supercomputers to match the result.

Contact us

Gain access to all industry hubs, market maps, research tools, and more
Get a demo
arrow
menuarrow

By using this site, you agree to allow SPEEDA Edge and our partners to use cookies for analytics and personalization. Visit our privacy policy for more information about our data collection practices.