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Good news about Quantum computing
Positive stories about Quantum computing, gathered from the newsrooms Rally reads. Every headline links back to the publisher who reported it.
21 stories.
Google showcases way to fix quantum computer errors more efficiently
Google Quantum AI has found a more efficient way to reduce errors in quantum computers, making them more reliable with fewer resources. This breakthrough could help smaller, near-future quantum computers deliver greater impact than expected. The advance brings the technology closer to practical use.
New Scientist
Why a high school in Virginia is getting a quantum computer
Starting in January, students attending Skyview High School in Virginia will learn about the building blocks and principles underlying quantum computers by working with one directly
New Scientist
After 25 Years, Physicists Can Finally Measure The 'Other' Kind of Quantum Entanglement
Physicists have finally measured a second form of quantum entanglement, a breakthrough that deepens our understanding of the quantum world. This discovery helps researchers explore the strange connections between particles, offering new insights into fundamental physics. It’s a step forward in unraveling one of nature’s most puzzling phenomena.
ScienceAlert
Cloudflare plans to issue quantum-safe TLS certificates
The move will be part of a major overhaul of the ecosystem for website authentication.
Ars Technica
IBM's Quantum Computer Completes in 19 Seconds What Could Take a Supercomputer a Century
IBM’s quantum computer has solved a complex problem in seconds that would take a supercomputer a century. This leap in efficiency could accelerate research and problem-solving in fields like chemistry and materials science. It’s a step forward for technology with real-world potential.
ScienceAlert
For The First Time, a Quantum Computer Has Operated in Space
Many satellites in Earth orbit spend pretty much all their time collecting raw data – but sending it back to the ground is stymied by downlink bandwidth and how often a satellite can communicate with receiving stations.
ScienceAlert
A Quantum Computer Just Confirmed a 48-Year-Old Math Problem
A breakthrough in quantum computing has confirmed a long-standing math problem, paving the way for further advancements in the field. This progress not only enhances our understanding of mathematics but also illustrates the potential of quantum technologies to tackle complex challenges. Such developments contribute to a brighter future in scientific research and innovation.
ScienceAlert
Infleqtion CTO and Co-Founder Pranav Gokhale Receives 2026 IEEE Quantum Technical Community Distinguished Early Career Award
IEEE award recognizes Gokhale’s contributions to quantum computing research, software and the development of practical quantum systems. LOUISVILLE, Colo. — Infleqtion, a global leader in quantum computing and quantum sensing powered by neutral-atom technology, today announced that Pranav Gokhale, Ph
Financial Post
We may finally have a way to rate a quantum computer’s usefulness
Researchers have made progress in evaluating the usefulness of quantum computers, which have been advancing in reliability and power. This breakthrough could lead to more effective computations for crucial tasks like understanding nitrogen-fixing molecules and enhancing cryptography, ultimately benefiting various scientific fields and industries.
New Scientist
Quantum Computers Just Passed a Test That Classical Computers Fundamentally Can't
Quantum computers are supposed to have abilities far beyond conventional ones, but verifying that they actually do is surprisingly difficult – because checking their results can itself require computations that become prohibitively difficult for classical machines.
ScienceAlert
The Quantum Internet Just Passed Its Toughest Real-World Test Yet – Over 38 Miles of Ordinary Cable
Scientists have successfully tested a quantum internet over 38 miles of standard cable, proving its potential for secure communication and advanced computing. This breakthrough could help researchers build faster, more reliable networks and unlock new scientific tools. It’s a big step toward making quantum technology practical for real-world use.
ScienceAlert
Building a practical path to post-quantum cryptography
Quantum computing’s potential to break current encryption is real, but a phased approach to post-quantum cryptography lets organizations update security without disruption. This practical path strengthens defenses today while preparing for future threats, giving businesses a clear way to adapt. The focus on steady progress makes the challenge feel more manageable.
MIT Technology Review
Can quantum computers solve math’s hardest problem?
A million-dollar math mystery may someday be resolved in a physics lab. A new study brings this vision one step closer.
Scientific American
Physicists harness sunlight for quantum entanglement
Researchers have found a way to use sunlight to create pairs of entangled light particles, a key step in photonic quantum computing. This breakthrough could make the technology more accessible and sustainable. It’s a promising advance for scientists working in the field.
Scientific American
Quantum computers outperform classical ones, with results you can trust
Quantum computing has faced a hurdle: proving its power without the hardware to run complex algorithms. Now, researchers have developed three methods to verify quantum results on today’s limited machines, helping scientists trust the technology’s potential. This breakthrough brings us closer to unlocking quantum computing’s full promise.
Ars Technica
Quantum computers are starting to become useful as scientific tools
Quantum computers have solved three problems that conventional computers can’t tackle, proving their value as scientific tools. This breakthrough shows how they could transform research, offering new ways to approach complex challenges. The advance marks a step toward making quantum computing practical for real-world science.
New Scientist
Yet more qubit tech: New quantum dot options, diamond vacancies
The race to build better qubits is heating up, with new options like quantum dots and diamond vacancies joining the mix. More choices mean more potential for scaling up quantum computing, bringing complex calculations closer to reality. This diversity could help researchers find the most reliable path forward.
Ars Technica
S’pore military explores quantum computing for mission, logistics planning
Quantum computing can give the military a significant advantage in national security, said commander of SAF’s C4 and digitalisation command, Guo Jinghua (second from left) on July 21.
The Straits Times
PsiQuantum has a plan to make a massive quantum computer out of light
PsiQuantum is building a massive quantum computer using light, with support from governments, a major chipmaker, and the Pentagon. The machine, cooled to near absolute zero, could be the first of its kind, offering breakthroughs in computing. This could advance fields like medicine and materials science, bringing significant benefits to society.
MIT Technology Review
Quantum Computers Identify Nuclear Fusion Fuel Chemistry in Major First
Most proposed fusion reactors (the donut-shaped tokamak reactors) are powered by the fusion of tritium and deuterium.
ScienceAlert
Oratomic raises $300M to build a viable quantum computer that needs only 20K qubits
Oratomic has raised $300 million to develop a quantum computer that could outperform current systems with just 20,000 qubits. This funding supports a more efficient approach to quantum computing, potentially accelerating progress in the field. The investment highlights growing confidence in viable quantum solutions.
TechCrunch
