Mohamed Abdel-Kareem

China's Center for Excellence in Quantum Information and Quantum Physics, under the Chinese Academy of Sciences, has delivered a 504-qubit superconducting quantum computing chip named "Xiaohong" to QuantumCTek Co., Ltd. This chip sets a new record for the number of qubits in a superconducting quantum chip in China. QuantumCTek aims to utilize Xiaohong to verify their kilo-qubit measurement and control system independently developed. According to Liang Futian, an associate professor at the center, Xiaohong's key indicators are expected to rival the performance levels of leading international quantum computing platforms. Gong Ming, a researcher at the center, emphasized the chip's role in [...]

The European Commission has announced a €112 million investment in research and innovation for Artificial Intelligence (AI) and quantum technologies as part of Horizon Europe's 2023-2024 digital, industrial, and space work programme. Specifically, €40 million ($43 million USD) will be allocated to quantum technology research, including €25 million ($27 million USD) for the establishment of a pan-European network of quantum gravimeters and €15 million ($16 million USD) for next-generation quantum technology R&D projects. For additional information, access the press release provided by the Commission here. April 25, 2024

Zurich Instruments and QuantWare have joined forces to offer an out-of-the-box solution for qubit readout, aimed at overcoming the challenges of high-fidelity qubit measurement. This collaboration integrates QuantWare's Crescendo-S traveling-wave parametric amplifier (TWPA), designed for scalable readout, with Zurich Instruments' controller and readout electronics. The combined solution enables users to achieve quantum-limited readout performance efficiently. QuantWare's Crescendo-S boasts multi-qubit readout capability, low noise, and a scalable form factor, while Zurich Instruments' SHFPPC Parametric Pump Controller optimally addresses its control signal requirements. Additionally, the collaboration aims to enhance compatibility between QuantWare's QPUs and Zurich Instruments' Quantum Computing Control Systems (QCCS). This initiative [...]

IDEMIA Secure Transactions has introduced a crypto-agility solution, empowering service providers to continuously upgrade cryptographic algorithms for enhanced security against quantum threats. This innovation caters to banks, Fintechs, mobile operators, IoT manufacturers, and security providers, ensuring long-term protection for their products. The solution enables swift transitions to newer, more secure algorithms as older ones become obsolete, offering simplicity in operations and significant added value in efficiency and compliance. Based on NIST-standardized algorithms, it adapts seamlessly to various products like smart meters, automobiles, payment cards, 5G, and eSIM cards, ensuring uninterrupted business operations. For additional information, you can access a press release [...]

Classiq Technologies and Wolfram Research have announced a collaboration integrating Classiq’s quantum computing software into Wolfram Mathematica, enhancing algorithm development capabilities. This partnership enables users to harness Mathematica's robust features alongside Classiq’s Quantum Model (QMOD) language within a unified environment. Key features include tailored quantum algorithm compilation, detailed quantum circuit development, and execution across diverse backends directly within the Mathematica interface. The integration facilitates the exploration and optimization of quantum algorithms, exemplified by applications such as the Quantum Differential Equations solver. This collaboration aims to advance computational excellence and foster innovation across scientific and engineering domains. For additional information, refer to [...]

Pasqal and Welinq have teamed up to pioneer tailored quantum interconnects for neutral-atom quantum computing. By combining Pasqal's expertise in neutral atom quantum computing with Welinq's innovative quantum networking technology, the partnership seeks to address key challenges in qubit scaling and fault-tolerant quantum computing. Their collaboration targets the development of high-performance Quantum Processing Units (QPUs) and the creation of expansive quantum networks. With ambitious milestones set, including the realization by Pasqal of 1000-qubit QPUs by 2024 and 10,000-qubit QPUs by 2026-2027, the companies envision interconnected multi-QPU systems that will significantly enhance computational power and drive scientific and commercial advancements. This collaboration [...]