#qubic

Al norte de Argentina, a casi 5000 metros de altura, nuevas ‘ventanas’ se abren para descifrar los misterios del universo. La última es un observatorio cosmológico internacional, que ya rastrea las huellas de la furiosa expansión cósmica ocurrida una fracción de segundo después del Big Bang.

Mi reportaje para AGENCIA SINC. Se lee acá.

Qubic Quantum

Qubic uses powerful cryogenic amplifiers to transform quantum computing with a $1 million award.

Qubic, a quantum technology company that pioneered enhanced radar and cryogenic amplifiers, got a $925,000 CAD government award. The Innovation, Science, and Economic Development (ISED) department and the Canadian Microelectronics Corporation's FABrIC program funded a $2.5 million project to develop quantum-material cryogenic amplifiers. These new amplifiers reduce heat loss by 10,000, addressing one of the largest scaling issues of quantum computers. Qubic wants to launch this game-changing breakthrough by 2026.

Thermal Barrier to Quantum Potential Cracked

Utility-scale quantum computers must overcome various technological challenges before they are practicable. Quantum computing is evolving rapidly. One of the biggest issues is heat management. Most quantum computers operate in cryogenic, extremely cold temperatures. In critical settings, system electronics heat is a major issue.

This heat requires expensive cooling, which may affect quantum operations' cryogenic equipment. It directly limits the number of qubits that may run in a cryogenic setup, making fault-tolerant quantum systems difficult to build. This heat dissipation is mostly induced by conventional amplifiers in quantum systems.

Revolutionary Quantum Amplifier Technology from Qubic A “paradigm shift” Qubic's inventive idea solves this basic difficulty. The company will use quantum materials to make cryogenic amplifiers with low heat output. The industry is “one step closer to practical quantum computing applications” by reducing heat dissipation by 10,000 times, which would remove a major scaling obstacle.

Jérôme Bourassa, CEO and co-founder of Qubic Technologies, said, “The industry is making rapid progress in quantum computing, but there are still technological obstacles that need to be addressed before utility-scale quantum computers can be produced. This research will create a new amplifier type, eliminating one main impediment. He added that this “non-dilutive federal funding” proves their market demand and allows commercialisation.

Certification and Industry Recognition

Qubic's investment supports their creative strategy and technology's potential. Qubic was picked from over 200 applicants for this exclusive program, which focused on semiconductors and IoT hardware. Only a few applicants receive financing. This validates Qubic's approach to overcoming one of quantum computing's biggest technical challenges.

Executives also follow Qubic's progress. Quantum Machines CEO Itamar Sivan said: “High-quality cryogenic components, including TWPAs like this one, improve performance for clients. I eagerly await more exceptional studies in this sector. Lynn McNeil, VP FABrIC at CMC Microsystems, says quantum computers are scaling and requiring ultra-low-noise, quantum-limited readout solutions. This demonstrates the high-value, enabling technology gaining commercial momentum in global quantum markets.

Joint Development and Faster Timeline

Strong cooperation with leading research and academic institutions boost commercialisation by 2026. Institute for Quantum Computing, University of Waterloo, and Quantum Nanofabrication and Characterisation Facility are Qubic partners. Using specific knowledge and cutting-edge techniques, collaborations accelerate progress. Qubic's quantum amplifier is undergoing critical development and testing. The requirement for efficient heat management technologies in quantum computing prompted this “accelerated timeline” for market debut.

Beyond Quantum: Implications and Growth

Quantum computing remains the main focus, while Qubic's technology is more adaptable. Qubic considers the quantum amplifier project their “first building block” of their technological roadmap. These advanced cryogenic amplifiers could be used in high-precision, low-noise electronic systems beyond quantum computing. This versatility suggests a large market beyond its particular purpose.

I will post here, twitter and gamejolt the devlog and you can follow us both lf them too see ya!

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Twitter = @pixel_gamez

IOTA (MIOTA) Co-Founder Says Project Will Focus on Tangle and Smart Contracts

IOTA (MIOTA) co-founder — David Sønstebø — says the project will no longer devote resources towards the Qubic project but rather focus on Tangle, smart contracts, and a broader implementation of IOTA technology. Tangle and IOTA Smart Contracts Are the Focus Sønstebø revealed the IOTA Foundation’s plan to nix developmental work on Qubic in favorRead More