Chinese Supercomuputing Whiz, University of Chicago Research findings, and Toshiba Partnership

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Your weekly roundup of the biggest breakthroughs in Quantum Computing.

Quantinuum, a leading quantum computing company, has unveiled Quantum Origin Onboard, a groundbreaking cryptographic key generation solution that strengthens cyber protection for connected devices. By embedding quantum-computing-hardened keys directly into devices, this software-based innovation minimizes the risk of compromised encryption. Quantum Origin Onboard provides unparalleled device-level security without the need for additional hardware upgrades, offering advanced defense against cyber threats. The solution addresses the growing security challenges faced by embedded devices in various industries, ensuring enhanced data protection.Sony announces venture into quantum computing via UK firm Quantum Motion – Physics World

Scientists at the University of Chicago have achieved a significant breakthrough in understanding the quantum properties of sound particles called phonons. They successfully demonstrated the ability to split and manipulate phonons, similar to what can be done with light particles called photons. This advancement paves the way for the development of a new type of quantum computer called a linear mechanical quantum computer (LMQC), which integrates sound-based quantum particles with qubits. The research opens up possibilities for powerful hybrid quantum computers that combine different computing approaches. The next step is to create a logic gate using phonons, bringing us closer to the realization of this innovative computing technology.

Scientists in China have developed a quantum computer called Jiuzhang that can solve AI-related tasks at a staggering speed, outperforming the world's most powerful supercomputers by a factor of 180 million. Led by physicist Pan Jianwei, the team implemented and accelerated AI algorithms on Jiuzhang, opening up possibilities in data mining, biological research, network analysis, and chemical modeling. This breakthrough marks a significant milestone in quantum computing, offering faster and more powerful computing capabilities compared to traditional computers.

Israeli company Classiq and Japan-based Toshiba Digital Solutions have announced a collaboration to advance gate-based quantum computing. They will explore and develop quantum algorithms using Classiq's software platform and Toshiba's AI and IT expertise. Toshiba Digital Solutions will evaluate quantum AI using Classiq's platform and identify potential industrial use cases in energy, infrastructure, manufacturing, and sustainability. The announcement follows Classiq's participation in Calcalist's Israel-Japan Conference, where the company showcased its technology to Japanese investors and entrepreneurs.