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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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Scientists Find Clue to High-Temperature Superconductivity in Quantum Materials
Researchers have uncovered a hidden magnetic order in the pseudogap phase of a quantum material, a long-standing mystery in superconductivity research. Using an ultracold-atom simulator based on the Fermi-Hubbard model, the team detected antiferromagnetic correlations emerging above the superconducting transition. The discovery provides fresh insig...
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Opinion | Kerala's Minerals May Be India's Key To Long-Horizon Strategic Independence
Kerala's heavy minerals include monazite, ilmenite, rutile, zircon, and sillimanite - materials indispensable to energy transition, defence manufacturing, electronics, and advanced metallurgy. And yet, India has barely begun to value this endowment.
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Apply For This Six-Month Paid Internship At Ministry Of Defence
DRDO’s SSPL Delhi offers paid internships for 52 students in fields like Physics, Electronics, and Material Science. The internship lasts four weeks to six months with Rs 5,000 stipend for six-month interns.
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Battery Breakthrough Uses New Carbon Material to Boost Stability and Charging Speeds
Researchers have redesigned carbon molecules in batteries, creating a covalently bridged fullerene framework that stores lithium more safely and stably. The innovation could enable faster charging, higher energy density, and longer-lasting batteries, benefiting electric vehicles, consumer electronics, and renewable-energy storage. Real-world implem...
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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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Goa Nightclub Where 25 Died Was Built Like Tinderbox. Crackers Lit The Fuse
A decor with flammable materials such as straws and palm leaves, a single, narrow entry-exit and flouted fire safety norms: the 'Birch By Romeo Lane' nightclub in north Goa's Arpora was built like a tinderbox
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Boron Arsenide Surpasses Diamond in Heat Conductivity, Paving Way for Advanced Electronics
Researchers at the University of Houston find boron arsenide conducts heat better than diamond, reshaping thermal management in electronics.
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India Can Disrupt Semicon Race, Lead In Post-Silicon Tech: NITI Aayog
India has the potential to disrupt the semiconductor race and emerge as a leader in post-silicon technologies by leveraging two-dimensional (2D) materials, according to NITI Aayog.
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Scientists Create Stretchy Rubber That Converts Body Heat Into Electricity for Wearables
Scientists at Peking University have developed a stretchable elastomer that converts body heat into electricity, detailed in Nature. The breakthrough uses thermoelectricity to power wearable and implantable devices without batteries. Enhanced with a doping agent for higher conductivity, the material combines flexibility with efficiency, marking a l...
-
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.
-
Scientists Find Clue to High-Temperature Superconductivity in Quantum Materials
Researchers have uncovered a hidden magnetic order in the pseudogap phase of a quantum material, a long-standing mystery in superconductivity research. Using an ultracold-atom simulator based on the Fermi-Hubbard model, the team detected antiferromagnetic correlations emerging above the superconducting transition. The discovery provides fresh insig...
-
Opinion | Kerala's Minerals May Be India's Key To Long-Horizon Strategic Independence
Kerala's heavy minerals include monazite, ilmenite, rutile, zircon, and sillimanite - materials indispensable to energy transition, defence manufacturing, electronics, and advanced metallurgy. And yet, India has barely begun to value this endowment.
-
Apply For This Six-Month Paid Internship At Ministry Of Defence
DRDO’s SSPL Delhi offers paid internships for 52 students in fields like Physics, Electronics, and Material Science. The internship lasts four weeks to six months with Rs 5,000 stipend for six-month interns.
-
Battery Breakthrough Uses New Carbon Material to Boost Stability and Charging Speeds
Researchers have redesigned carbon molecules in batteries, creating a covalently bridged fullerene framework that stores lithium more safely and stably. The innovation could enable faster charging, higher energy density, and longer-lasting batteries, benefiting electric vehicles, consumer electronics, and renewable-energy storage. Real-world implem...
-
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...
-
Goa Nightclub Where 25 Died Was Built Like Tinderbox. Crackers Lit The Fuse
A decor with flammable materials such as straws and palm leaves, a single, narrow entry-exit and flouted fire safety norms: the 'Birch By Romeo Lane' nightclub in north Goa's Arpora was built like a tinderbox
-
Boron Arsenide Surpasses Diamond in Heat Conductivity, Paving Way for Advanced Electronics
Researchers at the University of Houston find boron arsenide conducts heat better than diamond, reshaping thermal management in electronics.
-
India Can Disrupt Semicon Race, Lead In Post-Silicon Tech: NITI Aayog
India has the potential to disrupt the semiconductor race and emerge as a leader in post-silicon technologies by leveraging two-dimensional (2D) materials, according to NITI Aayog.
-
Scientists Create Stretchy Rubber That Converts Body Heat Into Electricity for Wearables
Scientists at Peking University have developed a stretchable elastomer that converts body heat into electricity, detailed in Nature. The breakthrough uses thermoelectricity to power wearable and implantable devices without batteries. Enhanced with a doping agent for higher conductivity, the material combines flexibility with efficiency, marking a l...
