Quantum Computers
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Scientists Discover New State of Matter That Could Change Computing
Previously thought to be incompatible, this discovery shows that strong electron interactions can create stable, "twisted" quantum states.
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This Strange New Crystal Could Power the Next Leap in Quantum Computing
The platinum-bismuth-two crystal exhibits superconductivity only on its surfaces, with a unique six-fold electron pairing pattern. Its edges host Majorana particles, offering potential for topological quantum computing. PtBi₂ provides a rare and clear example of a topological superconductor, opening new avenues in both fundamental physics and fut...
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Photon Microchip Breakthrough Hints at Quantum Computers With Millions of Qubits
A microchip device precisely controls laser light while consuming far less power, making large-scale quantum computers feasible. Produced using standard CMOS fabrication, it enables mass production of photonic devices, allowing thousands of qubits to be controlled efficiently. This innovation paves the way for scalable, integrated quantum computing...
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Physicists Push Superconducting Diodes to Higher Temperatures
Researchers in China have demonstrated the first high-temperature superconducting diode, operating above liquid nitrogen temperatures without magnetic fields. Using cuprate materials, the device enables clean supercurrent flow and could reduce noise in quantum computers. The breakthrough marks an important step toward practical superconducting elec...
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Top Scientific Discoveries Of 2025: A Year of Quantum Leaps And Cosmic Revelations
Here's a look at scientific discoveries and breakthroughs that made headlines in 2025, spanning space, biology, ecology, and fundamental physics.
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Most Demanding Engineering Courses With Promising Salaries
Emerging fields like AI, Machine Learning, and Data Science offer high salaries up to Rs 12 lakh and are pivotal in transforming industries globally.
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New Shortcut Lets Scientists Run Complex Quantum Models on a Laptop
A University at Buffalo team has redesigned the truncated Wigner approximation into an easy, plug-and-play template that lets scientists run complex quantum simulations on everyday laptops. The method works for open systems, slashes computing demands, and helps free supercomputers for the hardest quantum problems.
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Government To Fund Quantum Research Labs In 100 Engineering Colleges Across India
Two major quantum fabrication facilities worth Rs 720 crore will be established at IIT Bombay and IISc Bengaluru to indigenise quantum chip and sensor production under the National Quantum Mission.
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Are We Living In A Simulation? Here's What Scientists Have Said
In their study, they identified what they called "Godelian truths", truths that cannot be defined by any algorithm or fixed rules.
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Google Says Its Willow Chip Hit Major Quantum Computing Milestone, Solves Algorithm 13,000X Faster
Google says its new Willow quantum chip has achieved a major breakthrough, solving a previously unsolvable algorithm 13,000 times faster than classical supercomputers. The 105-qubit chip powers Google’s quantum supercomputer and achieved record-low error rates. The feat, detailed in Nature, offers verifiable proof of quantum computing’s potenti...
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Google's Willow Chip Achieves 'First-Ever Verifiable Quantum Advantage'
In a breakthrough towards reaching thefirst-everreal-world application of quantum computing,GoogleQuantum AI'sWillowchiphasachievedthe "first-eververifiable quantum advantage."
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IIT Roorkee Launches Advanced Certificate Course In Quantum Computing, Algorithms
IIT Roorkee: Participants will code, simulate, and benchmark advanced quantum algorithms while applying Quantum Machine Learning (QML) to practical, real-world scenarios.
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Nobel Prize in Physics 2025 Awarded for Breakthroughs in Quantum Tunnelling and Energy Quantisation
Physicists John Clarke, Michel Devoret, and John M. Martinis have won the 2025 Nobel Prize in Physics for demonstrating macroscopic quantum tunnelling in superconducting circuits. Their experiments bridged theory and technology, forming the basis for superconducting qubits and today’s quantum computing and sensing technologies.
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Researchers Build Record 6,000-Qubit Quantum Machine That Works at Room Temperature
A Caltech-led team has built a 6,100-qubit neutral-atom quantum processor that operates at room temperature with a coherence time of 12.6 seconds and 99.98% fidelity. The system also supports atom shuttling and error correction steps, bringing scalable, fault-tolerant quantum computing closer to reality.
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Quantum Computers Achieve Unconditional Advantage Over Classical Machines, Study Shows
A quantum computer has achieved unconditional superiority over classical machines by solving tasks impossible for conventional systems. Using 12 qubits, researchers demonstrated real-world memory advantages that could revolutionize cryptography, modeling, and computational science.
-
Scientists Discover New State of Matter That Could Change Computing
Previously thought to be incompatible, this discovery shows that strong electron interactions can create stable, "twisted" quantum states.
-
This Strange New Crystal Could Power the Next Leap in Quantum Computing
The platinum-bismuth-two crystal exhibits superconductivity only on its surfaces, with a unique six-fold electron pairing pattern. Its edges host Majorana particles, offering potential for topological quantum computing. PtBi₂ provides a rare and clear example of a topological superconductor, opening new avenues in both fundamental physics and fut...
-
Photon Microchip Breakthrough Hints at Quantum Computers With Millions of Qubits
A microchip device precisely controls laser light while consuming far less power, making large-scale quantum computers feasible. Produced using standard CMOS fabrication, it enables mass production of photonic devices, allowing thousands of qubits to be controlled efficiently. This innovation paves the way for scalable, integrated quantum computing...
-
Physicists Push Superconducting Diodes to Higher Temperatures
Researchers in China have demonstrated the first high-temperature superconducting diode, operating above liquid nitrogen temperatures without magnetic fields. Using cuprate materials, the device enables clean supercurrent flow and could reduce noise in quantum computers. The breakthrough marks an important step toward practical superconducting elec...
-
Top Scientific Discoveries Of 2025: A Year of Quantum Leaps And Cosmic Revelations
Here's a look at scientific discoveries and breakthroughs that made headlines in 2025, spanning space, biology, ecology, and fundamental physics.
-
Most Demanding Engineering Courses With Promising Salaries
Emerging fields like AI, Machine Learning, and Data Science offer high salaries up to Rs 12 lakh and are pivotal in transforming industries globally.
-
New Shortcut Lets Scientists Run Complex Quantum Models on a Laptop
A University at Buffalo team has redesigned the truncated Wigner approximation into an easy, plug-and-play template that lets scientists run complex quantum simulations on everyday laptops. The method works for open systems, slashes computing demands, and helps free supercomputers for the hardest quantum problems.
-
Government To Fund Quantum Research Labs In 100 Engineering Colleges Across India
Two major quantum fabrication facilities worth Rs 720 crore will be established at IIT Bombay and IISc Bengaluru to indigenise quantum chip and sensor production under the National Quantum Mission.
-
Are We Living In A Simulation? Here's What Scientists Have Said
In their study, they identified what they called "Godelian truths", truths that cannot be defined by any algorithm or fixed rules.
-
Google Says Its Willow Chip Hit Major Quantum Computing Milestone, Solves Algorithm 13,000X Faster
Google says its new Willow quantum chip has achieved a major breakthrough, solving a previously unsolvable algorithm 13,000 times faster than classical supercomputers. The 105-qubit chip powers Google’s quantum supercomputer and achieved record-low error rates. The feat, detailed in Nature, offers verifiable proof of quantum computing’s potenti...
-
Google's Willow Chip Achieves 'First-Ever Verifiable Quantum Advantage'
In a breakthrough towards reaching thefirst-everreal-world application of quantum computing,GoogleQuantum AI'sWillowchiphasachievedthe "first-eververifiable quantum advantage."
-
IIT Roorkee Launches Advanced Certificate Course In Quantum Computing, Algorithms
IIT Roorkee: Participants will code, simulate, and benchmark advanced quantum algorithms while applying Quantum Machine Learning (QML) to practical, real-world scenarios.
-
Nobel Prize in Physics 2025 Awarded for Breakthroughs in Quantum Tunnelling and Energy Quantisation
Physicists John Clarke, Michel Devoret, and John M. Martinis have won the 2025 Nobel Prize in Physics for demonstrating macroscopic quantum tunnelling in superconducting circuits. Their experiments bridged theory and technology, forming the basis for superconducting qubits and today’s quantum computing and sensing technologies.
-
Researchers Build Record 6,000-Qubit Quantum Machine That Works at Room Temperature
A Caltech-led team has built a 6,100-qubit neutral-atom quantum processor that operates at room temperature with a coherence time of 12.6 seconds and 99.98% fidelity. The system also supports atom shuttling and error correction steps, bringing scalable, fault-tolerant quantum computing closer to reality.
-
Quantum Computers Achieve Unconditional Advantage Over Classical Machines, Study Shows
A quantum computer has achieved unconditional superiority over classical machines by solving tasks impossible for conventional systems. Using 12 qubits, researchers demonstrated real-world memory advantages that could revolutionize cryptography, modeling, and computational science.
