Tag #Quantum Computing

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forbes.com

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Jun 1, 16:13

Bitcoin Plunges 10% Amidst Quantum Computing Fears

Bitcoin's price has fallen by almost 10% to $103,000, fueled by a Google study suggesting faster development of encryption-breaking quantum computers and concerns about the U.S. dollar's stability, prompting some long-term holders to sell, despite bullish predictions of a potential rebound.

Bitcoin Plunges 10% Amidst Quantum Computing Fears

Bitcoin's price has fallen by almost 10% to $103,000, fueled by a Google study suggesting faster development of encryption-breaking quantum computers and concerns about the U.S. dollar's stability, prompting some long-term holders to sell, despite bullish predictions of a potential rebound.

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What are the primary factors contributing to Bitcoin's recent price decline, and what are their immediate consequences for the cryptocurrency market?

Bitcoin's price has dropped approximately 10% from its all-time high of $112,000 to just over $103,000, nearing the $100,000 mark. This decline follows a Google research paper suggesting that quantum computers capable of breaking Bitcoin's encryption are closer than previously anticipated, adding to existing concerns about the U.S. dollar's stability.

forbes.com

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May 8, 01:18

UK Venture Capital Investment in Advanced Computing Soars

UK venture capital investment in university spinouts focused on advanced computing technologies like quantum, photonic, and neuromorphic computing increased dramatically from £3 million in 2015 to £284 million in 2024, driven by growing software demands, shifting investor preferences, and government...

UK Venture Capital Investment in Advanced Computing Soars

UK venture capital investment in university spinouts focused on advanced computing technologies like quantum, photonic, and neuromorphic computing increased dramatically from £3 million in 2015 to £284 million in 2024, driven by growing software demands, shifting investor preferences, and government...

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How do the efforts of UK universities and government initiatives contribute to the growth of the "Future of Compute" sector?

This investment boom is fueled by several factors: the increasing computational demands of modern software, a change in investor preferences away from solely software-based ventures, and proactive efforts by UK universities to commercialize their research. The success of spinouts like Oxford Quantum Circuits (£79 million raised) and Oriele Networks (£27.5 million raised) showcases the potential for rapid returns, even in deep-tech sectors.

forbes.com

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May 5, 16:13

Nvidia Launches Quantum Research Center to Integrate AI and Quantum Computing

Nvidia announced a new Boston-based research center, the Nvidia Accelerated Quantum Research Center (NVAQC), to integrate quantum hardware with AI supercomputers, focusing on accelerating the transition to practical quantum computing starting later this year.

Nvidia Launches Quantum Research Center to Integrate AI and Quantum Computing

Nvidia announced a new Boston-based research center, the Nvidia Accelerated Quantum Research Center (NVAQC), to integrate quantum hardware with AI supercomputers, focusing on accelerating the transition to practical quantum computing starting later this year.

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What is the primary goal of Nvidia's new Boston-based quantum research center, and what are its immediate implications for the field of quantum computing?

Nvidia announced the establishment of the Nvidia Accelerated Quantum Research Center (NVAQC) in Boston, aiming to integrate quantum hardware with AI supercomputers. The center, starting operations later this year, will focus on accelerating the transition from experimental to practical quantum computing, addressing the significant computational challenges in quantum error correction. This builds on Nvidia's history of leveraging parallel processing for diverse applications.

english.elpais.com

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Apr 24, 01:16

Quantum Data Transmission Record Achieved Using Standard Fiber Optics

Researchers transmitted quantum data across 155 miles of standard fiber-optic cable in Germany without cryogenic cooling, setting a new record and demonstrating the feasibility of building a quantum internet using existing infrastructure.

Quantum Data Transmission Record Achieved Using Standard Fiber Optics

Researchers transmitted quantum data across 155 miles of standard fiber-optic cable in Germany without cryogenic cooling, setting a new record and demonstrating the feasibility of building a quantum internet using existing infrastructure.

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How does this achievement contribute to the development of a practical quantum internet, and what challenges remain?

This experiment demonstrates the feasibility of building a quantum internet using existing telecommunications infrastructure, overcoming previous limitations requiring specialized, costly equipment. By maintaining quantum coherence in a real-world setting, the research opens the door for widespread implementation of quantum communication, paving the way for enhanced security and future applications. This success builds on prior work achieving transmission over even greater distances (372 miles), but this research stands out due to the use of standard, commercially available infrastructure under real-world conditions.

welt.de

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Apr 12, 16:11

Lufthansa Invests in Quantum Computing for Air Traffic Optimization

Lufthansa Industry Solutions is developing quantum-ready algorithms for air traffic optimization, aiming to improve efficiency, reduce fuel costs (€7.8 billion in 2024 for Lufthansa), and enhance passenger experience by utilizing the superior computational power of future quantum computers.

Lufthansa Invests in Quantum Computing for Air Traffic Optimization

Lufthansa Industry Solutions is developing quantum-ready algorithms for air traffic optimization, aiming to improve efficiency, reduce fuel costs (€7.8 billion in 2024 for Lufthansa), and enhance passenger experience by utilizing the superior computational power of future quantum computers.

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What immediate impact could the successful application of quantum computing have on Lufthansa's operations and financial performance?

Lufthansa Industry Solutions (LHIND), a Lufthansa subsidiary, is developing quantum-ready IT infrastructure for air traffic optimization, focusing on gate assignment and route planning to improve efficiency and passenger experience. This proactive approach ensures they can leverage quantum computing advancements immediately upon availability.

theglobeandmail.com

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Apr 3, 22:15

Canadian Quantum Firms Vie for US$316M in DARPA Funding

Three Canadian quantum computing companies—Xanadu, Photonic, and Nord Quantique—are among 18 competitors vying for up to US$316 million in US government funding through DARPA's Quantum Benchmarking Initiative, a three-stage program culminating in rigorous testing of their quantum computers' function...

Canadian Quantum Firms Vie for US$316M in DARPA Funding

Three Canadian quantum computing companies—Xanadu, Photonic, and Nord Quantique—are among 18 competitors vying for up to US$316 million in US government funding through DARPA's Quantum Benchmarking Initiative, a three-stage program culminating in rigorous testing of their quantum computers' function...

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How will the Quantum Benchmarking Initiative (QBI) influence future investment decisions in quantum computing and shape global technological leadership?

QBI's three-stage process involves increasing funding levels based on milestones achieved, culminating in rigorous testing by independent teams. The program aims to assess the viability of quantum computing, influencing future investment decisions and potentially shaping global leadership in this technology.

pda.nnov.kp.ru

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May 13, 22:12

Nizhny Novgorod Hosts Roadshow for Russia's "Vyzov" Tech Prize

Nizhny Novgorod hosted a roadshow for the "Vyzov" National Prize for Future Technologies, attracting 200 attendees to discuss regional innovation and collaboration opportunities; the prize, initiated by President Putin, offers 60 million rubles in funding for impactful technological advancements.

Nizhny Novgorod Hosts Roadshow for Russia's "Vyzov" Tech Prize

Nizhny Novgorod hosted a roadshow for the "Vyzov" National Prize for Future Technologies, attracting 200 attendees to discuss regional innovation and collaboration opportunities; the prize, initiated by President Putin, offers 60 million rubles in funding for impactful technological advancements.

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How does the involvement of businesses and young scientists in projects like the "Vyzov" prize contribute to Russia's technological sovereignty?

This roadshow highlights Russia's commitment to technological leadership, emphasizing the role of scientific schools like Nizhny Novgorod's. The event showcased the achievements of Ilya Semerikov, a 2023 'Vyzov' laureate who created Russia's most powerful ion-based quantum computer, illustrating the country's progress in advanced technologies.

spanish.china.org.cn

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May 7, 13:17

China Unveils Advanced Quantum Control System, Paving Way for Mass Quantum Computer Production

Origin Quantum Computing Technology launched the Origin Tianji 4.0, a 500+-qubit quantum control system, in Hefei, China, on Tuesday, marking a major step towards mass production of 100-qubit quantum computers and enhancing China's global technological competitiveness.

China Unveils Advanced Quantum Control System, Paving Way for Mass Quantum Computer Production

Origin Quantum Computing Technology launched the Origin Tianji 4.0, a 500+-qubit quantum control system, in Hefei, China, on Tuesday, marking a major step towards mass production of 100-qubit quantum computers and enhancing China's global technological competitiveness.

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What is the significance of China's launch of the Origin Tianji 4.0 quantum control system?

Origin Quantum Computing Technology, a Hefei-based Chinese company, unveiled the Origin Tianji 4.0, a 500+-qubit quantum control system. This surpasses its predecessor, the Origin Tianji 3.0, used in the Origin Wukong quantum computer, and enables mass production of 100-qubit quantum computers.

forbes.com

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May 2, 10:12

Quantum Computing's Skills Gap: A Critical Challenge for Businesses

A critical skills gap in quantum computing is hindering its potential, as highlighted by the UK's National Quantum Strategy. Businesses must invest in training, collaboration, and innovative cultures to prepare for this transformative technology's broad applications across sectors.

Quantum Computing's Skills Gap: A Critical Challenge for Businesses

A critical skills gap in quantum computing is hindering its potential, as highlighted by the UK's National Quantum Strategy. Businesses must invest in training, collaboration, and innovative cultures to prepare for this transformative technology's broad applications across sectors.

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What are the long-term implications of failing to address the quantum computing skills gap, and what competitive disadvantages will businesses face?

The integration of quantum computing into various sectors will influence future workforce composition. Businesses that actively develop quantum expertise will gain a competitive advantage, particularly in fields such as AI where quantum computing can significantly accelerate calculations. Neglecting this will create a significant disadvantage in the long term.

forbes.com

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Apr 19, 22:09

Dynex's qdLLM: A Quantum-Inspired LLM Achieving 10x Speed and 90% Reduced Resource Use

Dynex's Quantum Diffusion Large Language Model (qdLLM), a finalist in the SXSW 2025 innovation awards, uses a diffusion model and decentralized GPUs to achieve claimed 10x speed and 90% reduction in GPU resource use compared to existing LLMs, potentially revolutionizing AI efficiency.

Dynex's qdLLM: A Quantum-Inspired LLM Achieving 10x Speed and 90% Reduced Resource Use

Dynex's Quantum Diffusion Large Language Model (qdLLM), a finalist in the SXSW 2025 innovation awards, uses a diffusion model and decentralized GPUs to achieve claimed 10x speed and 90% reduction in GPU resource use compared to existing LLMs, potentially revolutionizing AI efficiency.

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What are the key innovations in Dynex's qdLLM, and how do they compare to existing large language models in terms of speed, efficiency, and output quality?

Dynex, a Liechtenstein-based firm, unveiled its Quantum Diffusion Large Language Model (qdLLM), a finalist in the SXSW 2025 innovation awards. The qdLLM uses a diffusion model for parallel output generation, unlike traditional sequential transformer models, claiming faster and more efficient outputs.

elmundo.es

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Apr 6, 04:10

Quantum Technology's 2025 Milestone: Global Initiatives and a New Book

The International Year of Quantum Science and Technology (IYQ) 2025, launched by UNESCO and the UN, aims to improve national quantum capabilities, coinciding with the release of the book "Quantum Computing Strategy" to demystify quantum technology for businesses and individuals; despite technologica...

Quantum Technology's 2025 Milestone: Global Initiatives and a New Book

The International Year of Quantum Science and Technology (IYQ) 2025, launched by UNESCO and the UN, aims to improve national quantum capabilities, coinciding with the release of the book "Quantum Computing Strategy" to demystify quantum technology for businesses and individuals; despite technologica...

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What is the primary impact of the International Year of Quantum Science and Technology (IYQ) 2025, and what specific changes are expected?

The International Year of Quantum Science and Technology (IYQ) 2025 highlights quantum mechanics' impact, from transistors enabling the digital economy to MRI revolutionizing medical diagnosis. A new book, "Quantum Computing Strategy," aims to make quantum technology more accessible to both learners and businesses.

china.org.cn

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Apr 3, 10:12

Beijing Sci-Fi Masterclass Inspires Young Scientists and Writers

A sci-fi masterclass in Beijing on March 30, 2025, engaged over 300 students with leading scientists and writers, fostering interest in STEM fields and creative writing, and awarding young creators for their science fiction and popular science works.

Beijing Sci-Fi Masterclass Inspires Young Scientists and Writers

A sci-fi masterclass in Beijing on March 30, 2025, engaged over 300 students with leading scientists and writers, fostering interest in STEM fields and creative writing, and awarding young creators for their science fiction and popular science works.

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What immediate impact did the Beijing sci-fi masterclass have on youth engagement with science and technology?

Over 300 Chinese students attended a sci-fi masterclass in Beijing on March 30, 2025, featuring leading scientists and writers. The event, part of the 2025 China Science Fiction Convention, aimed to inspire interest in STEM fields and creative writing. Awards were presented for science fiction and popular science works by young creators.

Showing 25 to 36 of 110 results