All Updates

All Updates

icon
Filter
Partnerships
Rigetti secures DARPA IMPAQT project contract to advance quantum algorithms
Quantum Computing
Oct 3, 2023
This week:
M&A
N-able acquires Adlumin for USD 266 million to strengthen cybersecurity offerings
Next-gen Cybersecurity
Today
M&A
Bitsight acquires Cybersixgill for USD 115 million to enhance threat intelligence capabilities
Cyber Insurance
Today
M&A
Snowflake acquires Datavolo to enhance data integration capabilities for undisclosed sum
Generative AI Infrastructure
Today
M&A
Snowflake acquires Datavolo to enhance data integration capabilities for undisclosed sum
Data Infrastructure & Analytics
Today
Product updates
Microsoft launches Copilot Actions for workplace automation
Foundation Models
Yesterday
M&A
Almanac acquires Gro Intelligence's IP assets for undisclosed sum
Smart Farming
Yesterday
Partnerships
Aduro Clean Technologies partners with Zeton to build hydrochemolytic pilot plant
Waste Recovery & Management Tech
Yesterday
Funding
Oishii raises USD 16 million in Series B funding from Resilience Reserve
Vertical Farming
Yesterday
Management news
GrowUp Farms appoints Mike Hedges as CEO
Vertical Farming
Yesterday
M&A
Rise Up acquires Yunoo and expands LMS monetization capabilities
EdTech: Corporate Learning
Yesterday
Quantum Computing

Quantum Computing

Oct 3, 2023

Rigetti secures DARPA IMPAQT project contract to advance quantum algorithms

Partnerships

  • California-based full-stack quantum computing company Rigetti Computing has been awarded a Defense Advanced Research Projects Agency (DARPA) contract as part of the Imagining Practical Applications for a Quantum Tomorrow (IMPAQT) program to advance quantum algorithms for solving combinatorial optimization problems.

  • Under the partnership, Rigetti's project SPEEQ seeks to create a more effective method of encoding optimization problems onto qubits, with a primary focus on scheduling issues. This will allow today’s noisy intermediate scale quantum (NISQ) quantum computers to accommodate larger problems, thereby enabling better classical-quantum algorithms comparison.

  • The findings from the DARPA project will be used to develop new algorithms that use the right number of qubits and quantum operations to solve specific problems.

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.