A new online lecture titled “Quantum wave functions: introducing mathematical understanding” aims to make one of quantum physics’ most abstract ideas accessible to students and enthusiasts using straightforward mathematics.

A recent Quantum Builders webinar, “Designing the Quantum Future: Research, Policy, and Workforce,” brought together leading physicist and policy strategist Gretchen Campbell to discuss how research, government strategy, and education must align to build a global quantum ecosystem.

The latest episode of the Government of India’s Digital India “Ask Our Experts” series, titled “Quantum Security for Every Citizen,” addresses how emerging quantum computers could undermine today’s encryption and expose everyday digital services to unprecedented cyber risks.

Vijayawada, Dec 24, 2025 – Chief Minister N. Chandrababu Naidu delivered a keynote on quantum technologies, formally inaugurating the world's largest quantum skilling programme through partnerships with WISER and Qubitech.

A joint hearing of two U.S. House Homeland Security subcommittees has issued a stark warning: advances in artificial intelligence, quantum computing, and cloud infrastructure are rapidly outpacing the nation’s cyber defenses.

Andhra Pradesh Chief Minister N. Chandrababu Naidu has unveiled an ambitious technology roadmap in a special “Quantum Talk” session, presenting quantum and deep-tech as the next big leap for the state’s development. Speaking to a large audience of tech students in an online interactive format, he stressed that India has a “rare chance” to enter early in quantum technologies and emerge as a global service and knowledge hub.

The American Physical Society’s Forum on International Physics (APS FIP) recently hosted Mexican physicist Ana María Cetto for a keynote colloquium titled “The first hundred quantum years.

Dr. K.V.N. Rajesh has launched a first-of-its-kind 100-lesson quantum computing syllabus on YouTube, aiming to make one of the most complex areas of modern science accessible to students, professionals, and curious beginners worldwide.

India has taken a decisive step in the global compute race by activating the second phase of its National Supercomputing Mission (NSM 2.0) at the Supercomputing India 2025 summit hosted at MIT–MAHE, Bengaluru. Branded around the theme of converging high-performance computing, artificial intelligence, and quantum technologies, the initiative aims to move India from being a consumer of imported supercomputers to a designer and manufacturer of its own end-to-end compute stack.​

India has crossed a critical threshold in the global quantum race with scientists at the Indian Institute of Science (IISc), Bengaluru, unveiling the country’s first six‑qubit photonic quantum system. Developed under the National Quantum Mission, the setup uses photons packets of light to encode and process quantum information, placing India in an exclusive club of nations pursuing quantum computing through light‑based platforms rather than solely through superconducting or i

SandboxAQ has secured a five‑year agreement with the U.S. Department of War Chief Information Officer to deploy its AQtive Guard cybersecurity platform across Pentagon systems, marking a major step in the government’s push to prepare for both AI‑driven intrusions and the coming era of quantum decryption.

In a recent “Tech Trends” segment on DD National’s DD Morning Show, technocrat and author Er. Atul Tripathi explained how quantum technology is emerging as a decisive factor in future warfare, cyber security, and national resilience.

In a recent Big Think interview, theoretical physicist Michio Kaku argued that quantum computing is poised to overturn the foundations of the digital age and trigger a new technological revolution.

China has announced a quantum photonic chip that its developers claim can accelerate certain AI and complex computing workloads by up to 1,000 times compared with today’s leading Nvidia GPUs, intensifying the global race to build next‑generation computing hardware.

Quantum computing’s path from noisy prototypes to useful machines took center stage in a recent episode of the “Quantum Tech, Investment, and Applications” podcast, where host Dr. Bob Sutor dissected the growing “fuss” around quantum error correction and quantum advantage.

The Quantum Technology and Industry Conference 2025, held in Hefei, Anhui Province, spotlighted China’s rapid progress in quantum technologies and their real-world applications.

Quantum dots nanoscopic semiconductor crystals roughly 50 atoms wide function as artificial atoms at the crossroads of quantum mechanics.

At the Quantum Developer Conference 2025, IBM delivered an ambitious State of the Union address highlighting milestone achievements and the bold roadmap toward scalable, fault-tolerant quantum computing by the end of this decade.

In a recent segment on the Joe Rogan Experience, a claim made headlines in the tech community: China reportedly unveiled a quantum computer able to perform an equation in just four minutes that would take classical supercomputers an unfathomable 2.6 billion years to solve.

In a landmark achievement announced this October, Google’s Willow quantum chip has demonstrated verifiable quantum advantage, setting a new precedent in both computational power and fundamental physics.