Norman McCubbin obituary Other lives: Particle physicist who worked for many years on projects related to the Large Hadron Collider The Guardian - UK · Oct 15
Did you solve it? Isaac Newton’s tower drop puzzle The solution to the seventeenth century stumper The Guardian - UK · Sep 28
No signal underground: Scientists challenge a decades-old idea about how quantum reality breaks down. Schrödinger’s cat has a new problem A deep-underground experiment in Italy has challenged a decades-old theory that gravity may destroy quantum superpositions. After 62 days of measurements at Gran Sasso, researchers found no trace of the faint radiation predicted by the model. The result does not explain why quantum behavior fades in everyday objects, but it… The Economic Times · Sep 21
A 1,000x computing speed boost could make quantum machines more reliable by tackling one of their biggest problems; here’s how Swedish researchers have developed a new technique for quantum operations. This method performs certain advanced operations over a thousand times faster. It significantly reduces the time needed for complex quantum calculations. This breakthrough could make quantum computers more reliable and less prone to errors. Experimental testing is now planned to… The Economic Times · Sep 11
Scientists made gravity act on an atom in a quantum superposition — the surprising result could bring Einstein’s theory and quantum physics closer together Physicists have directly linked quantum mechanics and Einstein's gravity theory. An experiment used ultracold atoms in quantum superposition to test gravity. One atom part fell while another remained stationary, confirming a key principle. This result shows Einstein's equivalence principle holds for quantum objects. The study provides a rare experimental connection… The Economic Times · Sep 8
Meet Rachel Chen, 18, who won $100K for her breakthrough quantum math research using simple diagrams Rachel Chen, an 18-year-old Los Angeles student, won $100,000 at the Regeneron Science Talent Search for expanding a 1997 mathematical idea involving Temperley-Lieb diagrams. Her research offers a visual way to describe complex quantum particle systems and spin representations, potentially helping researchers better understand connections between different quantum-mechanical states. The Times of India · Sep 8
145 years of physics overturned as sideways Hall effect breakthrough promises to rip apart textbooks & supercharge the next wave of quantum tech Researchers have overturned a century-old physics rule about magnetic field detection. They engineered a custom quantum material to trigger the Hall effect sideways. This breakthrough allows a single chip to detect magnetic fields in multiple directions. Such innovation could simplify medical imaging and consumer electronics hardware. The discovery opens new… The Economic Times · Sep 3
Scientists finally observe a strange effect predicted by Einstein in a falling quantum object — what it means for the future of physics Physicists observed a quantum state change in ultracold atoms. This change matched Einstein's equivalence principle for a freely falling object. The experiment used a Quantum Galileo Interferometer with rubidium atoms. Researchers measured quantum interference after separating and recombining atomic waves. This finding confirms Einstein's gravity theory holds for quantum matter. The Economic Times · Sep 3
Scientists may have detected the 1st direct evidence of dark matter Using the LUX-ZEPLIN experiment, scientists may have detected the first direct evidence of dark matter, in the form of a rare interaction between a WIMP particle and ordinary matter. Space · Sep 2
Will the Most Successful Quantum Firms Be Software Companies? Beyond hardware, Quantum Computing as a Service is emerging as a key revenue driver for D-Wave, Rigetti, and Quantum Computing Inc., with D-Wave appearing best positioned so far. MarketBeat · Sep 2
Is Quantinuum Emerging as a Leader in the Quantum Race? Quantinuum's first earnings report as a public company showed 279% revenue growth, raised 2026 guidance, $2.1 billion in cash, and rising bookings, though profitability remains distant. MarketBeat · Aug 27
Japanese scientists capture previously invisible material transformation in 30 femtoseconds Scientists recorded an elusive physical transformation in solid matter. This occurred in a mere thirty femtoseconds after light impact. The material experienced electronic reorganization before atomic structure moved. This breakthrough reveals a hidden intermediate phase inside solid matter. It opens avenues for engineering photoresponsive electronic components. The Economic Times · Aug 21
In 2025, SAXON Q demonstrated a 4-qubit quantum computer running at room temperature in Germany. 2 years later, the startup opened orders for 128-qubit and 512-qubit systems that fit inside ordinary server racks In 2025, German startup SAXON Q demonstrated a 4-qubit quantum computer that worked at room temperature. Now, the company is moving much further. It has opened orders for 128-qubit and 512-qubit quantum computers designed to fit inside standard server racks. That matters because quantum machines have long depended on complex… The Economic Times · Aug 20
Scientists discover how a one-atom quantum engine can turn ‘waste’ light into useful energy Researchers are developing new ways to understand energy in tiny quantum machines. They argue that escaping light may still perform useful work elsewhere. This work is part of a broader effort in quantum thermodynamics. Understanding energy flow is increasingly important as devices shrink. This could prevent useful energy from being… The Economic Times · Aug 19
MarketBeat · Aug 19 Quantum Stocks Are Starting to Choose Sides: Should Investors Do the Same? IonQ, Rigetti, and D-Wave are diverging in revenue and financial strength after Q2 2026 earnings, prompting investors to weigh individual quantum stocks against diversified ETFs like QTUM and WQTM.
The Economic Times · Aug 18 Astronomers looked into the void of space—and watched light do something unthinkable Astrophysicists detected light polarization around a distant magnetar. This observation confirms a quantum vacuum hypothesis from nearly ninety years ago. Extreme magnetic fields force the quantum vacuum to act like a physical prism. X-ray photons refract as they pass through invisible subatomic fluctuations. This groundbreaking study provides concrete observational evidence…
The Economic Times · Aug 17 Quote of the day by Stephen Hawking: 'We are very, very small, but...' Life lessons from inspirational quote on cosmic humility, human potential, inner strength and resilience Quote of the day by Stephen Hawking focuses on the difference between the small place humans occupy in the universe and what the human mind can achieve. The quote explains cosmic humility, human potential, inner strength and resilience. It also reflects Hawking’s work in physics and his ability to continue…
The Economic Times · Aug 11 'You are invited to see the Earth turn': In 1851, a French physicist showed people the Earth was rotating using just a giant swinging pendulum Léon Foucault conducted a groundbreaking experiment that visually confirmed the rotation of the Earth. By observing a swinging pendulum, viewers noticed an apparent change in direction as the Earth rotated beneath it. This striking demonstration provided clear, physical evidence of the planet's axial movement, with the pendulum's rotation rate changing…
The Economic Times · Aug 5 Built to hunt enemy submarines during World War II, this device later transformed our understanding of the seafloor World War II fluxgate magnetometer: A World War II device found new scientific purpose after the war. Oceanographers refitted the fluxgate magnetometer for seafloor magnetic anomaly measurements. These measurements revealed symmetrical patterns on either side of mid-ocean ridges. The "magic profile" provided strong evidence for seafloor spreading and plate tectonics.
Benzinga · Jul 17 Quantum Stock Meltdown Sends These ETFs Soaring Up to 108% The sharp selloff in quantum computing stocks in the recent weeks has propelled a niche group of leveraged inverse ETFs to the top of the performance charts, as investors bet against some of the sector’s biggest names.
Times Life · Jul 15 The Feynman Technique: The Most Effective Learning and Recall Method That Schools Never Teach The Trick Feynman Used That Textbooks Don't MentionRichard Feynman could explain quantum electrodynamics to a first-year student without losing the physics. That wasn't charm. It was a deliberate method he applied to everything he wanted to genuinely understand, not just pass an exam on. The technique has four steps, and…
MarketBeat · Jul 10 IQM's Nasdaq Debut Could Change the Quantum Race for D-Wave IQM Quantum Computers' Nasdaq listing adds a new European rival for D-Wave and Rigetti, intensifying competition while expanding investor options in the pure-play quantum computing sector.
The Economic Times · Jun 29 Why is NASA freezing atoms in Space? The answer could change future space missions Inside a mini-refrigerator-sized device on the International Space Station (ISS), NASA is running an experiment that creates a spot colder than any natural environment in the cosmos. This facility, known as the Cold Atom Lab (CAL), chills atoms of elements like rubidium and potassium down to temperatures a fraction of…
The Economic Times · Jun 18 Scientists just found quantum entanglement in a crystal you can see with the naked eye Quantum entanglement is often described as one of nature’s strangest secrets. Now, scientists have found it inside a crystal large enough to see without a microscope. The discovery shows that quantum connections can exist on a much bigger scale than previously thought. It offers new clues about the mysterious behavior…
The Economic Times · Jun 17 Darkness beats light? Einstein was right again as scientists discover darkness moving faster than light without breaking relativity rules Can darkness really travel faster than light? A surprising new physics experiment suggests it can—at least in a very unusual way. Scientists observed dark regions within light waves moving faster than light itself. Yet Einstein's theory of relativity remains completely intact. The discovery reveals a hidden behavior of waves and…