- IBM Quantum Industry Webinar Series: Quantum Computing for Energy and Sustainability and now…by IBM Research on 2025-02-18 at 17:17
Quantum computing has the potential to disrupt the energy industry and open new opportunities for sustainability. Join us for an interactive webinar with Dr. Bob Parney, Global Lead, Quantum for Energy, Oil and Gas and Sustainability. Learn how IBM is exploring the potential for quantum computing to address high-value problems in the energy industry, beyond the scope of classical computation.#quantumcomputing #sustainability
- IBM Quantum Industry Webinar Series: Quantum Computing for Healthcare and Life Sciencesby IBM Research on 2025-02-18 at 17:17
Quantum computing offers the potential to transform the pharmaceutical industry by unlocking new possibilities for drug discovery and expediting the development of life-saving treatments. Traditional drug discovery is a time-consuming and costly process, often relying on trial and error. Quantum computing presents a revolutionary approach by simulating complex molecular interactions at an unprecedented level. This could enable researchers to identify novel drug targets, design more effective molecules, and accelerate clinical trials. In this webinar, Dr. Gopal Karemore, Global Lead in Quantum for Healthcare and Life Sciences at IBM, shares how IBM is working with enterprise clients and public institutions to explore real-world use cases for quantum computing applications in healthcare and life sciences. Learn how these advancements are shaping the future of quantum computing and its impact on the healthcare industry.
- China Launches Its Own Quantum-Resistant Encryption Standards, Bypassing US Effortsby Matt Swayne on 2025-02-18 at 08:43
Insider Brief China has announced a global call for new cryptographic algorithms to counter the security threats posed by quantum computing, signaling a move away from US-led efforts in the field. The Institute of Commercial Cryptography Standards (ICCS), which operates under the Chinese Cryptography Standardization Technical Committee, is soliciting proposals for post-quantum cryptographic (PQC) algorithms.
- IBM Japan VP outlines quantum opportunities for Taiwanese firmsby Kevin Wang on 2025-02-17 at 05:08
While quantum computing has become a major topic in the tech industry in recent years, with leading figures such as Nvidia CEO Jensen Huang and Microsoft founder Bill Gates weighing in on its development, the key question for Taiwan’s tech industry players is identifying their potential opportunities in this emerging field.
- Are Quantum Computers Finally Here? Big Tech’s Next Frontier. – La Noticia Digitalon 2025-02-16 at 05:59
Quantum computing is rapidly evolving from a futuristic concept to a tangible reality, and big tech giants like Google, IBM, and Microsoft are leading the charge. Quantum computing is transitioning from concept to reality, driven by big tech leaders like Google, IBM, and Microsoft.
- IBM’s Quantum Leap: Future Tech Meets Share Price Surge? – YaNoticiason 2025-02-15 at 04:47
Yet, the risks remain; the success of quantum computing technologies is not guaranteed, and IBM faces stiff competition from tech giants and agile startups alike. IBM’s historical expertise in computing is transitioning into a pioneering role in quantum technology, potentially shaping its future.
- 2025 IBM Champions Unveiled, and Now They’re Easier to Findby Andrew Wig on 2025-02-14 at 17:29
Bolstered by a new directory, the advocacy program welcomes newly minted IBM evangelists and embraces returning honorees The post 2025 IBM Champions Unveiled, and Now They’re Easier to Find appeared first on TechChannel.
- Melting magnets with quantum simulation | IBM Quantum Computing Blogon 2025-02-12 at 18:12
A collaborative paper published in Nature Physics by authors from IBM, University of Cologne, and Harvard highlights the value of measurement-based …
- Sarah Sheldon: how a multidisciplinary mindset can turn quantum utility into quantum advantageon 2025-02-12 at 17:30
Sarah Sheldon, an engineering physicist from IBM, talks to Joe McEntee about the company’s efforts to open up the next frontier in quantum computing – and why the emerging quantum technology industry is brimming with opportunity for ambitious scientists and engineers Sheldon currently heads a cross-disciplinary team of scientists and engineers developing techniques for handling noise and optimizing performance in novel experimental demonstrations of quantum computers.
- Tech roundup: First Canadian bank joins IBM quantum infrastructure | Advisor.caon 2025-02-12 at 03:13
Although quantum computers can perform the same tasks as classical computing, IBM still has work to do to increase computing power, Milchanowski said.
- The Raging Debate: When Will Quantum Arrive? – Forbeson 2025-02-11 at 22:00
Advances in cryogenics, qubit design, scaling interconnects, algorithm development, run-time tools, and applications will enable useful and perhaps pervasive quantum solutions. Not one to wade into a shouting match, IBM (a client of Cambrian-AI Research) has been quietly and steadily advancing quantum computing sciences and use cases, as explained in a series of webinars, covering quantum applications in energy, financial modeling, electronics, and health care.
- Building tiny chips that can handle enormous data – News Decoderon 2025-02-10 at 12:57
The IBM Quantum System Two, a powerful quantum computer, operating in the IBM Research Center in Yorktown Heights in upstate New York. It is not based in the traditional bits that are the basis of modern binary computers (meaning bits can be either in the state zero or one) but in qubits, for quantum bits, a different and more complex concept.
- Best Quantum Processors of 2025: A New Era Unfolds – Analytics Insighton 2025-02-08 at 22:10
SpinQ is a significant player in the quantum technology industry, focusing on the development of superconducting quantum computers. Their systems utilize Josephson junctions, which allow for the construction of scalable qubit systems with high gate fidelity. Some of the company’s most notable products include:SpinQ Superconducting Quantum Computer: Designed for industrial applications, this computer features rapid advancements in qubit technology.SpinQ Gemini Mini: A portable NMR quantum computer, the Gemini Mini is intended primarily for educational purposes and demonstrations. It serves as an effective tool for teaching the fundamental principles of quantum computing.SpinQ is committed to education and practicality, positioning itself at the forefront of efforts to democratize quantum technology.
- IBM’s Quantum Ambitions: Aiming For A 4,000-Qubit Processor By 2025 – menafnon 2025-02-08 at 20:05
This method involves running noisy quantum circuits to understand error patterns, followed by classical post-processing to reduce inaccuracies. IBM plans to incorporate such error mitigation strategies into its Qiskit Runtime software platform by 2024, aiming to automate these processes for users.
- How Quantum Computing Could Add £212bn to UK Economy by 2045on 2025-02-07 at 13:10
In the transport sector, productivity gains could reach 26%, matching the projected increase for chemical products. Financial services could see a 24% boost, while agriculture might achieve a 10% improvement. Gerald Mullally, Interim CEO of Oxford Quantum Circuits, says: “The UK is home to one of the strongest quantum ecosystems in the world, with world-class talent and research already driving breakthroughs. Quantum technology presents a once-in-a-generation opportunity to transform some of our most impactful and important industries and to secure the UK’s position as a global leader in the next technological revolution.” Employment multiplier effect drives job creation According to the study, employment in the quantum sector could expand from 5,100 jobs in 2023 to 26,900 by 2034. By 2045, this figure could reach 126,100, growing further to 148,100 by 2055. The sector demonstrates an employment multiplier of 4.2, meaning each quantum computing job supports an additional 3.2 jobs in the broader economy.
- BMO Joins IBM Quantum Network to Accelerate Innovation of Financial Servicesby Matt Swayne on 2025-02-07 at 08:49
Insider Brief PRESS RELEASE — BMO today announced it has joined the IBM Quantum Network, extending its technology leadership in North America to further drive real financial progress for its customers, clients, and the communities it serves. BMO gains access to IBM’s advanced quantum infrastructure, enabling the bank to develop and deploy quantum-powered solutions across
- BMO joins IBM Quantum Networkon 2025-02-07 at 00:05
Canada’s BMO has joined the IBM Quantum Network, gaining access to Big Blue’s advanced quantum infrastructure.
- IBM Has Earned $1 Billion From Quantum, CNBC Reportsby Matt Swayne on 2025-02-05 at 09:02
Insider Brief IBM officials have told CNBC that the company has booked a cumulative $1 billion over the years — and they expect quantum to bring in a lot more as the company turns toward transformative technologies to deliver real-world revenue in the future. Although the report did not specify when IBM’s quantum revenues began,
- Ex-IBM ace takes key quantum error correction role at Riverlane – Business Weeklyon 2025-01-31 at 20:36
She is a highly regarded leader in the quantum computing industry with extensive experience developing open-source tools and fostering global technology communities. Today, this open-source software development kit (SDK) attracts more than 600,000 users worldwide and continues to democratise access to quantum computing, enabling researchers and developers to explore and contribute to the field.
- Telefonica, IBM Join Forces to Develop Quantum-Safe Security Solutions | Nasdaqon 2025-01-31 at 15:14
Telefonica, S.A. TEF recently inked an agreement with International Business Machines Corporation IBM to engineer robust security solutions that safeguard businesses and public institutions from the risks of a post-quantum world. By leveraging IBM’s expertise in quantum-safe cryptography, Telefónica Tech aims to help businesses and public organizations transition to secure encryption standards that can withstand quantum computing threats.