Europe’s envisioned outcomes from this collaboration include enhancing HPC applications, fostering information sharing to tackle societal challenges, facilitating researcher exchange between India and the EU, and strengthening international cooperation in HPC development. While the EU’s document lacks specifics on the path forward, India’s recent call for proposals delineates a clear roadmap. The Ministry of Electronics and Information Technology seeks proposals to analyse climate change, bioinformatics, and natural hazards using HPC, alongside developing integrated early warning systems for multi-hazard scenarios. Proposals are expected to outline specific application optimisation plans, development timelines, and critical performance indicators demonstrating cooperative benefits. Accepted proposals allow access to HPC facilities in India and the EU.
India’s Supercomputing Mission has commissioned 28 supercomputers, while the EU’s High-Performance Computing Joint Undertaking operates nine machines with substantial computing power. Despite the progress, India and the EU still need to provide a timeframe for implementing approved proposals.
IBM has unveiled its plans to establish the first quantum data center in Europe, which will be in Germany. The primary objective of this center, situated in Ehningen, is to grant access to cutting-edge quantum computing to businesses, research institutions, and governmental bodies.
Expected to be operational by 2024, the data center will house multiple IBM quantum computer systems equipped with processors boasting more than 100 qubits, aiming to empower users in the European cloud region to deploy quantum systems and process data exclusively within Europe. IBM’s Quantum Computing vice president, Jay Gambetta, stated that this is part of a broader initiative aimed at enabling European users to harness the potential of quantum computing for addressing major global challenges. I
In addition to the hardware expansion, IBM will introduce novel software, such as the “Multichannel Scheduler,” to enhance the optimization of quantum computer workflows.
This initiative also aligns with Germany’s own quantum strategy, which seeks to bolster the nation’s position in quantum technology and tackle societal issues across various domains.
The US administration plans to ban investments in certain Chinese technology firms and increase scrutiny of others, with the goal of addressing concerns that US investors are aiding Beijing’s military advancements. The aim is to curb the flow of American capital and knowledge that could potentially benefit China’s military.
Republican Senator Bill Hagerty also raised the issue of restricting the supply of US goods to Chinese telecom company Huawei, but the Commerce Department has not yet drafted any rules in this regard. Last year, a significant number of export license applications were denied or returned without action as part of efforts to prevent sales that could contribute to Beijing’s military buildup.
China Telecom has invested 3 billion yuan ($434 million) in establishing the China Telecom Quantum Information Technology Group. The newly formed entity, headquartered in Anhui province, is dedicated to advancing quantum technology, expediting the development of quantum products, and fostering the industry on a national scale. China Telecom’s formation of the group aligns with General Secretary Xi Jinping’s directives on quantum technology and underscores China’s ambition to emerge as a frontrunner in the worldwide race for quantum computing supremacy.
In a similar development, China Mobile, another major Chinese telecommunications company, had previously partnered with Origin Quantum, a Chinese startup, to explore the utilisation of quantum computing in addressing computational bottlenecks in 5G and 6G technologies.
China has introduced a state-of-the-art quantum computing cloud platform that enables researchers to undertake complex computational tasks while allowing the public to experience the capabilities of quantum computing. The platform utilises three superconducting quantum chips with different qubit configurations. It has been available for testing since November and has attracted more than 2,000 users from both domestic and international backgrounds. Numerous research teams have already leveraged this platform to remotely access quantum chips for their scientific research and software development projects.
Developed collaboratively by the Beijing Academy of Quantum Information Sciences, the Institute of Physics under the Chinese Academy of Sciences, and Tsinghua University, the platform was unveiled at the 2023 Zhongguancun Forum held in Beijing. Fan Heng, a researcher at the Institute of Physics, stressed the significance of constructing the quantum computing ecosystem on a cloud platform, underscoring the need for the swift development of such platforms.
Dr Prineha Narang, the US science envoy, travelled to Singapore to explore opportunities for collaboration in the field of quantum technology. Being the first science envoy appointed specifically for quantum science and technology, Dr Narang aims to inform the US Department of State and the scientific community about potential avenues for cooperation in science and technology.
During her visit, she engaged with counterparts from Singapore’s Agency for Science, Technology and Research, the National University of Singapore, and Nanyang Technological University, with the objective of fostering research partnerships between institutions and start-ups in both countries.
Singapore has been actively investing in quantum computing initiatives and recently established the National Quantum Computing Hub, which facilitates direct access and testing of quantum computers for government agencies and companies. Dr Narang stressed the significance of developing a diverse quantum workforce and promoting early exposure to quantum concepts across various academic disciplines.
The governance and regulatory challenges associated with advanced technologies, including generative artificial intelligence (AI), have raised concerns for China’s Cyberspace Administration (CAC). In their 2022 Digital China Development Report, the CAC emphasises ethical concerns such as privacy breaches and the potential for misusing emerging technologies such as generative AI, Web3, and quantum computing.
The report also highlights concerns regarding the ideological impact resulting from unregulated adoption of these innovations. It specifically mentions the risk of ‘value penetration,’ a term used by authorities to describe ideological change or influence caused by Western states. Last month, the CAC already introduced a set of draft regulations that mandate companies offering generative AI services in China to implement measures to prevent the dissemination of discriminatory content, disinformation, and any content that could lead to privacy breaches or infringement of intellectual property. According to the report, these enterprises should adhere to Chinese socialist values and refrain from producing content that implies destabilisation of the regime or disrupts economic or social order.
Although the CAC report highlights Beijing’s emphasis on risk mitigation within its innovation ecosystem, it also acknowledges the potential advantages of these new technologies and that the country should take advantage of them.
IBM and Google have jointly pledged $150 million towards a quantum computing initiative in the United States and Japan. This initiative aims to accelerate the development of quantum technologies, particularly in the face of growing competition from China. The funding will support research collaborations, educational programs, and infrastructure improvements to foster advancements in quantum computing. The move reflects the increasing importance of quantum technology in various fields and highlights the efforts of these companies to maintain their global leadership in the quantum computing race.
According to the WSJ, the deal will be announced at the Hiroshima G-7 summit and seeks to maintain the American lead in critical technology.
To help clients prepare for the post-quantum era, IBM’s new capabilities include the Quantum Safe Explorer, which scans source and object code to identify vulnerabilities and create a cryptography bill of materials. The Quantum Safe Advisor provides a dynamic view of cryptographic inventory to guide remediation efforts, while the Quantum Safe Remediator allows organizations to deploy and test quantum-safe remediation patterns.
IBM emphasizes the importance of quantum-safe encryption in addressing future quantum-based cybersecurity threats. Companies should also establish a migration plan to transition to quantum-safe technology and consider adopting a crypto-agile approach that combines classical cryptography with post-quantum algorithms. IBM’s Quantum Safe technology aims to provide a robust and future-proof security framework in the face of advancing quantum computing capabilities.
The US Department of Defence (DoD) has released the National Defence Science and Technology Strategy (NDSTS) to outline science and technology priorities, goals, and investments. The NDSTS will guide the future of the defence research and engineering enterprise along three main goals: focusing on the joint mission by investing in information systems and establishing processes for rigorous, threat-informed analysis; creating and fielding capabilities at speed and scale by fostering a more vibrant defence innovation ecosystem; and ensuring the foundations for research and development. The strategy emphasises the need to develop asymmetric capabilities that will help ensure national security over the long term and leverage critical emerging technologies such as artificial intelligence and quantum computing to achieve the objectives of the National Defence Strategy.
With the NDSTS the DoD seeks to ‘make carefully crafted decisions that bolster the DoD’s comparative advantages’, according to Heidi Shyu, DoD Chief Technology Officer.
