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Quantum Computing 4 August 2025 - 23 September 2025

Quantum Leap: D-Wave (QBTS) Stock Skyrockets 2000% Amid Fed Rate Cuts and AI-Fueled Quantum Breakthroughs

Quantum Leap: D-Wave (QBTS) Stock Skyrockets 2000% Amid Fed Rate Cuts and AI-Fueled Quantum Breakthroughs

D-Wave Quantum (NYSE: QBTS) shares surged 170% year-to-date and over 2,000% in the past year, closing at $26.88 on Sept. 19 after an 11.9% jump. The rally followed a Federal Reserve rate cut and D-Wave’s launch of its Advantage2 quantum system. Q2 revenue rose 42% to $3.1 million, but net losses widened to $167 million due to one-time charges. The company’s cash balance reached a record $819 million as of June 30.
Rigetti Computing’s Quantum Leap: Stock Soars on Breakthroughs and Bold Bets

Rigetti Computing’s Quantum Leap: Stock Soars on Breakthroughs and Bold Bets

Rigetti Computing shares hit a 52-week high of $29.59 on record volume after a bullish analyst upgrade, lifting its market cap above $9 billion. The stock surged over 85% since mid-August, fueled by a $5.8 million U.S. Air Force contract and a major tech milestone. Q2 revenue was $1.8 million with a net loss of $39.7 million. Analysts remain bullish but warn of possible overbought conditions.
Quantum Computing Inc (QUBT) – Quantum Hype or The Next Tech Breakthrough? 📈⚛️

Quantum Computing Inc (QUBT) – Quantum Hype or The Next Tech Breakthrough? 📈⚛️

QUBT shares surged over 2,500% year-on-year, trading near $20–21 in September 2025 after volatile swings. The company announced a $500 million private placement at $18.60/share, boosting cash to $850 million. Despite a $3 billion market cap, Q2 revenue was just $61,000 with a $36.5 million net loss. Analysts cite heavy losses, dilution, insider sales, and a shareholder lawsuit as key risks.
Global Markets on Edge as Fed Rate Decision Nears: Asia Optimistic, West Cautious

Quantum Gold Rush: QUBT vs. D-Wave – Inside the High-Stakes 2025 Quantum Computing Showdown

Quantum Computing Inc. launched a photonic chip foundry in Arizona in 2025 and secured NASA contracts for its Dirac-3 machine. D-Wave Quantum reported $8.8 million in 2024 revenue, a major 2025 system sale in Germany, and 42% YoY revenue growth in Q2 2025. Both stocks surged over 1,800%–3,000% in the past year, despite ongoing losses and multi-billion-dollar market caps.
Global Markets on Edge as Fed Rate Decision Nears: Asia Optimistic, West Cautious

Quantum Leap: Why IonQ, Rigetti, and D-Wave Stocks Are Soaring in a Tech Breakout

D-Wave Quantum shares jumped over 2,000% year-over-year, Rigetti rose 2,448%, and IonQ climbed 705%, as quantum computing stocks rally. IonQ hit record highs above $65 after major acquisitions and government deals. Rigetti rebounded with new contracts and a raised price target. D-Wave launched a 4,400-qubit system and reported 83% Asia-Pacific booking growth.
Massive $39B UK–US Tech Alliance Unites Microsoft, Google & NVIDIA in AI and Quantum Power Play

Massive $39B UK–US Tech Alliance Unites Microsoft, Google & NVIDIA in AI and Quantum Power Play

The UK and US announced a “Tech Prosperity Deal” in 2025, backed by £31 billion in mostly private investment from firms including Microsoft, Google, and NVIDIA. Microsoft will invest $30 billion to expand UK cloud and AI infrastructure, while NVIDIA will deploy 120,000 GPUs for new AI projects. The pact focuses on AI and quantum computing, with joint initiatives targeting healthcare, defense, and energy.
Mining the Moon’s Helium-3: The Key to a Quantum Computing and Energy Revolution

Mining the Moon’s Helium-3: The Key to a Quantum Computing and Energy Revolution

The U.S. Department of Energy has agreed to purchase 3 liters of lunar Helium-3, marking the first government deal for an off-world resource. Startup Interlune is developing technology to mine Helium-3 from moon dust and has signed contracts with quantum tech firms. Demand for Helium-3 is rising as quantum computing expands, far outstripping Earth’s annual supply. NASA and private companies plan to map and extract lunar Helium-3 by year’s end.
17 September 2025
Quantum Breakthrough: UK Startup Unveils First Quantum Computer Built with Standard Silicon Chips

Quantum Breakthrough: UK Startup Unveils First Quantum Computer Built with Standard Silicon Chips

Quantum Motion has installed the world’s first full-stack quantum computer built on standard silicon chips at the UK’s National Quantum Computing Centre. The system fits into three standard server racks, using silicon spin qubits fabricated on 300 mm wafers. No performance data or qubit count has been released. Experts note the lack of published specs makes its practical impact unclear.
17 September 2025
Quantum Revolution 2025: Unhackable Encryption, Superspeed Computing & the 6G Quantum Future

Quantum Revolution 2025: Unhackable Encryption, Superspeed Computing & the 6G Quantum Future

NIST released three post-quantum cryptography standards in August 2024, prompting governments to require migration by 2030–2035. By March 2025, nearly 38% of HTTPS traffic used hybrid post-quantum algorithms, up from 3% a year earlier, after major browsers and Cloudflare enabled them by default. IBM and Google announced major quantum hardware breakthroughs, while banks and telecoms began deploying quantum-secure networks.
Quantum Frenzy: Historic Breakthroughs & Bold Moves Unveiled in 48 Hours

Quantum Frenzy: Historic Breakthroughs & Bold Moves Unveiled in 48 Hours

Chinese startup QBoson began building the country’s first photonic quantum computer factory in Shenzhen, aiming to mass-produce light-based quantum machines that run at room temperature. Physicists demonstrated a quantum network node using trapped ions to generate entangled photons with 92% fidelity. IBM and AMD announced a partnership to develop hybrid quantum-classical supercomputers. U.S. and DARPA expanded quantum research funding.
Quantum Tech Frenzy: IBM & AMD’s Bold Alliance, DARPA’s $24M Bet, and Breakthroughs from Genomics to Weather

Quantum Tech Frenzy: IBM & AMD’s Bold Alliance, DARPA’s $24M Bet, and Breakthroughs from Genomics to Weather

IBM and AMD announced a partnership to develop quantum-centric supercomputing, combining IBM’s quantum systems with AMD’s AI and HPC hardware. DARPA awarded Q-CTRL two contracts worth A$38 million to build quantum navigation sensors, with Lockheed Martin collaborating after field tests showed 111× accuracy gains in GPS-denied navigation. NASA contracted Planette for “QubitCast,” a quantum-inspired AI weather system aiming to predict extreme weather a year ahead.
Quantum Shockwaves & Mega Moves – The Ultimate Quantum Tech Roundup (Aug 25–26, 2025)

Quantum Shockwaves & Mega Moves – The Ultimate Quantum Tech Roundup (Aug 25–26, 2025)

Scientists used Google’s quantum processor to simulate gauge-theory particle interactions, while ICFO demonstrated a 10-qubit quantum RAM prototype. Ben-Gurion University levitated nanodiamonds in quantum superposition to probe quantum gravity. Morgan Stanley disclosed a 7.1% stake in IonQ, and QuamCore announced plans for a million-qubit quantum computer after raising $30 million.
Quantum Leaps and Big Bets: Global Quantum Breakthroughs & Deals (Aug 24–25, 2025)

Quantum Leaps and Big Bets: Global Quantum Breakthroughs & Deals (Aug 24–25, 2025)

USC researchers showed that adding a 'neglecton' quasiparticle to Ising anyons enables universal topological quantum computing, published in Nature Communications. IBM's 5-qubit chip with T-REx achieved chemical calculations ten times more accurate than a 156-qubit device. Strangeworks announced its acquisition of Quantagonia, while QuamCore raised $26 million to pursue a million-qubit superconducting quantum computer.
Quantum Breakthroughs, Big Bets & Bold Moves – Aug 22–23, 2025 Roundup

Quantum Breakthroughs, Big Bets & Bold Moves – Aug 22–23, 2025 Roundup

University of Sydney researchers entangled two logical GKP qubits within a single trapped Ytterbium ion, sharply reducing hardware needs for quantum computing, according to Nature Physics. In Israel, Ben-Gurion University advanced matter-wave interferometry with levitated nanodiamonds, enabling new tests of quantum gravity. A Swedish-Finnish team developed a quantum material that shields qubits from noise using magnetism.
23 August 2025
Quantum Boom: Breakthroughs, Big Bets & Bold Moves (Aug 21–22, 2025 Roundup)

Quantum Boom: Breakthroughs, Big Bets & Bold Moves (Aug 21–22, 2025 Roundup)

A New Zealand-Austria team reported in Nature Physics they controlled hybrid quantum systems by exploiting energy loss, coherently manipulating magnon-polaritons. University of Chicago researchers turned a fluorescent protein into a working spin qubit inside living cells, according to Nature. A Sweden-Finland group engineered a quantum material that uses magnetism to protect qubits from noise, as published in Physical Review Letters.
Quantum Tech Leap: Breakthrough Discoveries, Big Bets & Security Moves (Aug 20–21, 2025)

Quantum Tech Leap: Breakthrough Discoveries, Big Bets & Security Moves (Aug 20–21, 2025)

Researchers in New Zealand and Austria demonstrated control of magnon-polaritons in a hybrid quantum system by exploiting energy loss, publishing results in Nature Physics. University of Chicago scientists turned a fluorescent protein into a working qubit inside living cells, as reported in Nature. A Swedish-Finnish team developed a magnetic material that stabilizes qubits against noise, detailed in Physical Review Letters.
Quantum Revolution Accelerates: August 2025 Breakthroughs, Big Bets & Bold Moves Worldwide

Quantum Revolution Accelerates: August 2025 Breakthroughs, Big Bets & Bold Moves Worldwide

A 2018 Science paper on Majorana evidence received a 20-page correction, renewing scrutiny of its data. Fujitsu announced a superconducting quantum computer with over 10,000 qubits. Caltech extended quantum memory coherence by 30 times using phonons. Pan Jianwei’s team achieved 99.97% single-qubit fidelity with 2,024 rubidium atoms in large-scale arrays.
Quantum Showdown: Superconducting vs Trapped Ion vs Photonic – Who Will Rule Quantum Computing?

Quantum Showdown: Superconducting vs Trapped Ion vs Photonic – Who Will Rule Quantum Computing?

IBM unveiled Condor, the first 1,121-qubit superconducting processor, in 2023 and targets over 4,000 qubits by 2025. Google’s Willow chip hit 105 qubits in 2024 and crossed the quantum error correction threshold. IonQ and Quantinuum advanced trapped-ion devices, with Quantinuum demonstrating 12 fully error-corrected logical qubits in 2024. PsiQuantum announced its Omega silicon-photonic chipset in January 2025.
Quantum Computing’s Explosive 48 Hours – Breakthroughs, Big Bets & Bold Moves (Aug 4–5, 2025)

Quantum Computing’s Explosive 48 Hours – Breakthroughs, Big Bets & Bold Moves (Aug 4–5, 2025)

Fujitsu announced R&D on a superconducting quantum computer with over 10,000 qubits, aiming for completion in fiscal 2030. IonQ and Oak Ridge ran quantum-enhanced power-grid optimization on a 36-qubit system. Rigetti reported 99.5% median two-qubit gate fidelity and plans to scale beyond 100 qubits by 2025. SpinQ and QuamCore raised major funding for chip development and large-scale quantum systems.
Quantum Computing’s Weekend Bombshells (Aug 3–4, 2025): Breakthroughs, Big Bets & New Rules

Quantum Computing’s Weekend Bombshells (Aug 3–4, 2025): Breakthroughs, Big Bets & New Rules

Fujitsu began developing a superconducting quantum computer with over 10,000 qubits, targeting completion in fiscal 2030. Rigetti reported 99.5% two-qubit gate fidelity on its 36-qubit processor and plans to exceed 100 qubits by end-2025. The U.S. Senate introduced a bill mandating pilot quantum-resistant encryption in critical infrastructure by 2027. Japan announced a ¥50 billion package to support quantum technology and a new Quantum Collaboration Center.
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