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UK Top Secret Lab Develops 'Groundbreaking' Quantum Clock For Military Use
The trial is the first time that DSTL has tested a UK-built optical atomic clock outside of a laboratory, offering a new capability beyond the Global Navigation Satellite Systems (GNSS) that currently exist.
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Quantum Teleportation Now Possible Over Everyday Internet Cable In Huge Breakthrough
In simple terms, quantum teleportation involves sending information from one place to another using something called "quantum entanglement".
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AICTE Unveils First UG Minor Programme In Quantum Technologies
The first ever undergraduate minor programme in Quantum Technologies is launched in collaboration with National Quantum Mission (NQM).
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New Theory Suggests Gravitational Waves Could Solve Black Hole Information Paradox
A new study proposes a potential solution to the long-standing black hole information paradox, suggesting that black holes might leak information through gravitational waves. Researchers at the California Institute of Technology have explored how quantum nonlocality could connect the interior of a black hole with its exterior. This connection would...
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Google Unveils Ultra-Fast Quantum Chip, Hinting At The Existence Of Parallel Universes
Googles Willow chip, a breakthrough in quantum computing, has reignited debates about parallel universes, as it performs tasks at speeds that challenge traditional science.
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Semi-Dirac Fermions Found in ZrSiS: Quasiparticles with Directional Mass Behavior
Researchers at Penn State and Columbia University identified semi-Dirac fermions, quasiparticles theorized 16 years ago, in ZrSiS crystals. These particles are massless in one direction but have mass in another. The findings, published in Physical Review X, were made using magneto-optical spectroscopy at the National High Magnetic Field Laboratory....
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Google Willow: All You Need to Know About the Quantum Processor That Outperforms World's Best Supercomputer
Google’s Quantum AI team has achieved a milestone with its latest processor, Willow, capable of solving a computational problem in just five minutes — a task that would take classical supercomputers 10 septillion years. Willow incorporates error-correcting technologies, reducing inaccuracies as more qubits are added.
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Here's How Nuclear Clocks Could Redefine Time and Reshape Modern Technology
Timekeeping is entering a new era with nuclear clocks, capable of achieving accuracy to the 19th decimal place. Current atomic clocks rely on caesium-133, but innovations with thorium-229’s nuclear transitions, excited by ultraviolet light, promise unprecedented precision. Scientists aim to redefine the second using elements like strontium by 203...
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Quantum Breakthrough Observed as Scientists Define Photon Shape for the First Time
In a major scientific achievement, researchers at the University of Birmingham have defined the shape of a single photon for the first time. The study reveals how photons interact with their surroundings and emit energy, providing new insights into quantum physics. This work opens avenues for innovations in nanophotonic technologies, such as improv...
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Scientists Achieve Time-Reversal Symmetry With Kagome Superconductor
A team at the Paul Scherrer Institute (PSI) has achieved a breakthrough with the Kagome superconductor RbV3Sb5, demonstrating time-reversal symmetry (TRS) breaking at 175 Kelvin. This discovery at higher temperatures than typically possible could pave the way for more energy-efficient and practical quantum systems, crucial for quantum computing and...
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India-UK Team Proposes Experiment to Test Quantum Behaviour of Gravity with Diamond Crystals
An India-UK physics team led by Professor Sougato Bose from UCL has proposed a ground-breaking experiment to determine if gravity follows quantum mechanics, like other fundamental forces. Using a table-top setup, they aim to measure gravitational interactions between two nanodiamonds. The study, requiring cutting-edge technology, could take 10-15 y...
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US Finalises Rules to Curb AI Investments in China, Impose Other Restrictions
The Biden administration said on Monday it is finalising rules that will limit US investments in artificial intelligence and other technology sectors in China that could threaten US national security.
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Google’s 67-Qubit Sycamore Quantum Computer Could Beat Top Supercomputers: Study
A new study reveals that Google’s 67-qubit Sycamore quantum processor can outperform the fastest classical supercomputers. Researchers discovered a “weak noise phase” in which quantum computers execute complex calculations more efficiently. This breakthrough represents a crucial step towards developing practical applications that cannot be ac...
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New Light Source Advances Quantum Communication with Exceptionally Bright Entangled Photons
Scientists have made a significant advance in quantum communication technology by creating a new light source that produces exceptionally bright entangled photons. This breakthrough combines a photon dot emitter with a quantum resonator to enhance the strength and coherence of quantum signals.
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Quantum Internet Brings Us Closer To Unhackable Cybersecurity: Report
The quantum internet promises advanced encryption methods that are impervious to future quantum decryption. Researchers aim to merge these technologies to enhance both security and functionality in telecommunications.
![Gadgets 360 With Technical Guruji: News Of The Week [December 14, 2024]](https://c.ndtvimg.com/2024-10/jgj2u8h_news-of-the-week_160x120_05_October_24.jpg?downsize=245:163 "Gadgets 360 With Technical Guruji: News Of The Week [December 14, 2024]")
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UK Top Secret Lab Develops 'Groundbreaking' Quantum Clock For Military Use
The trial is the first time that DSTL has tested a UK-built optical atomic clock outside of a laboratory, offering a new capability beyond the Global Navigation Satellite Systems (GNSS) that currently exist.
-
Quantum Teleportation Now Possible Over Everyday Internet Cable In Huge Breakthrough
In simple terms, quantum teleportation involves sending information from one place to another using something called "quantum entanglement".
-
AICTE Unveils First UG Minor Programme In Quantum Technologies
The first ever undergraduate minor programme in Quantum Technologies is launched in collaboration with National Quantum Mission (NQM).
-
New Theory Suggests Gravitational Waves Could Solve Black Hole Information Paradox
A new study proposes a potential solution to the long-standing black hole information paradox, suggesting that black holes might leak information through gravitational waves. Researchers at the California Institute of Technology have explored how quantum nonlocality could connect the interior of a black hole with its exterior. This connection would...
-
Google Unveils Ultra-Fast Quantum Chip, Hinting At The Existence Of Parallel Universes
Googles Willow chip, a breakthrough in quantum computing, has reignited debates about parallel universes, as it performs tasks at speeds that challenge traditional science.
-
Semi-Dirac Fermions Found in ZrSiS: Quasiparticles with Directional Mass Behavior
Researchers at Penn State and Columbia University identified semi-Dirac fermions, quasiparticles theorized 16 years ago, in ZrSiS crystals. These particles are massless in one direction but have mass in another. The findings, published in Physical Review X, were made using magneto-optical spectroscopy at the National High Magnetic Field Laboratory....
-
Google Willow: All You Need to Know About the Quantum Processor That Outperforms World's Best Supercomputer
Google’s Quantum AI team has achieved a milestone with its latest processor, Willow, capable of solving a computational problem in just five minutes — a task that would take classical supercomputers 10 septillion years. Willow incorporates error-correcting technologies, reducing inaccuracies as more qubits are added.
-
Here's How Nuclear Clocks Could Redefine Time and Reshape Modern Technology
Timekeeping is entering a new era with nuclear clocks, capable of achieving accuracy to the 19th decimal place. Current atomic clocks rely on caesium-133, but innovations with thorium-229’s nuclear transitions, excited by ultraviolet light, promise unprecedented precision. Scientists aim to redefine the second using elements like strontium by 203...
-
Quantum Breakthrough Observed as Scientists Define Photon Shape for the First Time
In a major scientific achievement, researchers at the University of Birmingham have defined the shape of a single photon for the first time. The study reveals how photons interact with their surroundings and emit energy, providing new insights into quantum physics. This work opens avenues for innovations in nanophotonic technologies, such as improv...
-
Scientists Achieve Time-Reversal Symmetry With Kagome Superconductor
A team at the Paul Scherrer Institute (PSI) has achieved a breakthrough with the Kagome superconductor RbV3Sb5, demonstrating time-reversal symmetry (TRS) breaking at 175 Kelvin. This discovery at higher temperatures than typically possible could pave the way for more energy-efficient and practical quantum systems, crucial for quantum computing and...
-
India-UK Team Proposes Experiment to Test Quantum Behaviour of Gravity with Diamond Crystals
An India-UK physics team led by Professor Sougato Bose from UCL has proposed a ground-breaking experiment to determine if gravity follows quantum mechanics, like other fundamental forces. Using a table-top setup, they aim to measure gravitational interactions between two nanodiamonds. The study, requiring cutting-edge technology, could take 10-15 y...
-
US Finalises Rules to Curb AI Investments in China, Impose Other Restrictions
The Biden administration said on Monday it is finalising rules that will limit US investments in artificial intelligence and other technology sectors in China that could threaten US national security.
-
Google’s 67-Qubit Sycamore Quantum Computer Could Beat Top Supercomputers: Study
A new study reveals that Google’s 67-qubit Sycamore quantum processor can outperform the fastest classical supercomputers. Researchers discovered a “weak noise phase” in which quantum computers execute complex calculations more efficiently. This breakthrough represents a crucial step towards developing practical applications that cannot be ac...
-
New Light Source Advances Quantum Communication with Exceptionally Bright Entangled Photons
Scientists have made a significant advance in quantum communication technology by creating a new light source that produces exceptionally bright entangled photons. This breakthrough combines a photon dot emitter with a quantum resonator to enhance the strength and coherence of quantum signals.
-
Quantum Internet Brings Us Closer To Unhackable Cybersecurity: Report
The quantum internet promises advanced encryption methods that are impervious to future quantum decryption. Researchers aim to merge these technologies to enhance both security and functionality in telecommunications.
