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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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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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NASA’s Perseverance Records First-Ever Mini-Lightning on Mars
NASA’s Perseverance rover has captured the first confirmed mini-lightning sparks in Mars’ dusty atmosphere. Using its sensitive microphone, the rover recorded 55 tiny electrical discharges during dust storms over two Martian years. These sparks generate reactive chemicals that can break down organic molecules, affecting future life-detection ef...
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Mother's Note About Son's Screen Addiction Found On Train Sparks Debate In China
Her parents also changed their habits. They used to read books instead of looking at the phone at night. This also helped her in reducing her phone usage.
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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.
-
MIT Physicists Discover a Way to See Inside Atoms Using Tabletop Molecular Technique
MIT physicists have developed a molecular technique using radium monofluoride that lets electrons probe inside atomic nuclei, replacing particle accelerators and offering new insight into matter–antimatter asymmetry.
-
Researchers Develop Next-Gen Nano Switches to Reduce Heat Loss in Devices
Researchers at the University of Michigan have developed nanoengineered exciton-based switches that reduce heat loss by 66%, rivalling the performance of top electronic switches. The design uses a tungsten diselenide monolayer on a nanoridge to control excitons, marking a leap toward efficient devices that bridge the gap between electronics and pho...
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Zepto Fastest Sale Ever: Apple AirPods 4 Price Drops to Rs 9,999; Check Top Deals on Electronics, Accessories
Zepto rolled out the second edition of its Fastest Sale Ever in India starting September 11, with discounts of up to 90 percent on personal gadgets, electronics and a wide variety of other products. Positioned ahead of the festive rush, the sale highlights attractive offers with fast delivery, while select bank cards provide perks such as instant d...
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Xiaomi Confirms Authorised Retailers Ahead of Amazon Great Indian Festival and Flipkart Big Billion Days Sale
Amazon’s Great Indian Festival and Flipkart’s Big Billion Days Sale will begin on September 23, offering discounts on personal gadgets and other electronics. Ahead of the sales, Xiaomi’s Sandeep Sarma advised customers to buy only from authorised sellers to ensure genuine products and valid after-sales support. On Amazon, authorised Xiaomi se...
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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...
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Rocket Lab Launches Five Classified Satellites on 70th Electron Mission
Rocket Lab reached a key milestone with its 70th Electron rocket launch, successfully sending five secret satellites into orbit on Aug. 23, 2025. The mission, called “Live, Laugh, Launch,” lifted off from New Zealand and ended its live stream early at the request of the undisclosed customer. Rocket Lab now looks ahead to the debut of its larger...
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Single Quantum Device Measures Amperes, Volts, and Ohms in New Discovery
Scientists at NIST have developed a quantum device that measures amperes, volts, and ohms within a single system for the first time. Reported in Nature Electronics, the breakthrough uses two integrated quantum standards to achieve unmatched accuracy. The innovation could transform electrical measurements across research, technology, and diagnostics...
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Rice University Scientists Confirm Flatband Discovery in Kagome Superconductor
flatband states in CsCr₃Sb₅, a kagome superconductor. This experimental validation connects lattice geometry with emergent superconductivity, opening new pathways for engineered quantum materials, superconductors, and advanced electronics.
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Rocket Lab Launches Kushinada-I Satellite to Orbit for Japan’s iQPS
On August 5, 2025, Rocket Lab launched Japan’s QPS-SAR-12 satellite, nicknamed Kushinada-I, aboard its Electron rocket from Mahia, New Zealand. Built by the Institute for Q-shu Pioneers of Space (iQPS), the satellite joins a growing constellation of synthetic-aperture radar (SAR) spacecraft designed for high-resolution, all-weather, day-and-night...
![Gadgets 360 With Technical Guruji: Ask TG [June 22, 2024]](https://c.ndtvimg.com/2024-02/p41hv40g_ask-tg_640x480_03_February_24.jpg?downsize=245:163 "Gadgets 360 With Technical Guruji: Ask TG [June 22, 2024]")
![Gadgets 360 With Technical Guruji: Did You Know? [May 11, 2024]](https://c.ndtvimg.com/2023-08/eltmeh5_technical-guruji_640x480_12_August_23.jpg?downsize=245:163 "Gadgets 360 With Technical Guruji: Did You Know? [May 11, 2024]")
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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...
-
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...
-
NASA’s Perseverance Records First-Ever Mini-Lightning on Mars
NASA’s Perseverance rover has captured the first confirmed mini-lightning sparks in Mars’ dusty atmosphere. Using its sensitive microphone, the rover recorded 55 tiny electrical discharges during dust storms over two Martian years. These sparks generate reactive chemicals that can break down organic molecules, affecting future life-detection ef...
-
Mother's Note About Son's Screen Addiction Found On Train Sparks Debate In China
Her parents also changed their habits. They used to read books instead of looking at the phone at night. This also helped her in reducing her phone usage.
-
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.
-
MIT Physicists Discover a Way to See Inside Atoms Using Tabletop Molecular Technique
MIT physicists have developed a molecular technique using radium monofluoride that lets electrons probe inside atomic nuclei, replacing particle accelerators and offering new insight into matter–antimatter asymmetry.
-
Researchers Develop Next-Gen Nano Switches to Reduce Heat Loss in Devices
Researchers at the University of Michigan have developed nanoengineered exciton-based switches that reduce heat loss by 66%, rivalling the performance of top electronic switches. The design uses a tungsten diselenide monolayer on a nanoridge to control excitons, marking a leap toward efficient devices that bridge the gap between electronics and pho...
-
Zepto Fastest Sale Ever: Apple AirPods 4 Price Drops to Rs 9,999; Check Top Deals on Electronics, Accessories
Zepto rolled out the second edition of its Fastest Sale Ever in India starting September 11, with discounts of up to 90 percent on personal gadgets, electronics and a wide variety of other products. Positioned ahead of the festive rush, the sale highlights attractive offers with fast delivery, while select bank cards provide perks such as instant d...
-
Xiaomi Confirms Authorised Retailers Ahead of Amazon Great Indian Festival and Flipkart Big Billion Days Sale
Amazon’s Great Indian Festival and Flipkart’s Big Billion Days Sale will begin on September 23, offering discounts on personal gadgets and other electronics. Ahead of the sales, Xiaomi’s Sandeep Sarma advised customers to buy only from authorised sellers to ensure genuine products and valid after-sales support. On Amazon, authorised Xiaomi se...
-
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...
-
Rocket Lab Launches Five Classified Satellites on 70th Electron Mission
Rocket Lab reached a key milestone with its 70th Electron rocket launch, successfully sending five secret satellites into orbit on Aug. 23, 2025. The mission, called “Live, Laugh, Launch,” lifted off from New Zealand and ended its live stream early at the request of the undisclosed customer. Rocket Lab now looks ahead to the debut of its larger...
-
Single Quantum Device Measures Amperes, Volts, and Ohms in New Discovery
Scientists at NIST have developed a quantum device that measures amperes, volts, and ohms within a single system for the first time. Reported in Nature Electronics, the breakthrough uses two integrated quantum standards to achieve unmatched accuracy. The innovation could transform electrical measurements across research, technology, and diagnostics...
-
Rice University Scientists Confirm Flatband Discovery in Kagome Superconductor
flatband states in CsCr₃Sb₅, a kagome superconductor. This experimental validation connects lattice geometry with emergent superconductivity, opening new pathways for engineered quantum materials, superconductors, and advanced electronics.
-
Rocket Lab Launches Kushinada-I Satellite to Orbit for Japan’s iQPS
On August 5, 2025, Rocket Lab launched Japan’s QPS-SAR-12 satellite, nicknamed Kushinada-I, aboard its Electron rocket from Mahia, New Zealand. Built by the Institute for Q-shu Pioneers of Space (iQPS), the satellite joins a growing constellation of synthetic-aperture radar (SAR) spacecraft designed for high-resolution, all-weather, day-and-night...
