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Tuesday, March 11 2025

Innovative nanomotors enhance bladder cancer immunotherapy by efficiently targeting tumor cells and boosting immune response, offering a promising alternative to existing treatments

Innovative nanomotors enhance bladder cancer immunotherapy by efficiently targeting tumor cells and boosting immune response, offering a promising alternative to existing treatments

Phoenix Fluor 555, an ultra-photostable fluorescent molecule, enables prolonged protein tracking in cells by overcoming photobleaching limitations, revolutionizing cellular imaging and biomedical research

Phoenix Fluor 555, an ultra-photostable fluorescent molecule, enables prolonged protein tracking in cells by overcoming photobleaching limitations, revolutionizing cellular imaging and biomedical research

Scientists create permanently water-repellent glass inspired by shark skin, offering potential for self-cleaning surfaces and various practical applications

Scientists create permanently water-repellent glass inspired by shark skin, offering potential for self-cleaning surfaces and various practical applications

Discovery of nonreciprocal electric transport in α-EuP3 links magnetic chirality to one-way electric flow, paving the way for advanced quantum materials

Discovery of nonreciprocal electric transport in α-EuP3 links magnetic chirality to one-way electric flow, paving the way for advanced quantum materials

Nagoya University develops artificial photosynthesis method to convert waste and water into valuable chemicals and energy with two semiconductor photocatalysts

Nagoya University develops artificial photosynthesis method to convert waste and water into valuable chemicals and energy with two semiconductor photocatalysts

Organic electrochemical transistors dramatically enhance bioelectronic sensor sensitivity by amplifying signals up to 7,000 times and reducing noise, paving the way for advanced, low-power biosensors in health and environmental monitoring

Organic electrochemical transistors dramatically enhance bioelectronic sensor sensitivity by amplifying signals up to 7,000 times and reducing noise, paving the way for advanced, low-power biosensors in health and environmental monitoring

Nanoscale phenomena critical for efficient and stable perovskite solar cells revealed through high-throughput computing and electron microscopy

Nanoscale phenomena critical for efficient and stable perovskite solar cells revealed through high-throughput computing and electron microscopy

Graphene encapsulated in hBN shows promise for boosting energy efficiency in spintronics by enabling quantum spin injection and creating tunable quantum point contacts

Graphene encapsulated in hBN shows promise for boosting energy efficiency in spintronics by enabling quantum spin injection and creating tunable quantum point contacts

TUM researchers developed nuclear spin microscopy, a quantum-based technique using diamond chip sensors for high-resolution MRI imaging, promising advancements in cancer research and materials analysis

TUM researchers developed nuclear spin microscopy, a quantum-based technique using diamond chip sensors for high-resolution MRI imaging, promising advancements in cancer research and materials analysis

Scientists achieve near-frictionless sliding in electronic devices by applying superlubricity with ultra-thin layers of boron, nitrogen, and graphene, drastically reducing energy consumption

Scientists achieve near-frictionless sliding in electronic devices by applying superlubricity with ultra-thin layers of boron, nitrogen, and graphene, drastically reducing energy consumption

New gold-based compounds with C-P bonds show promise in disrupting cancer cell metabolism by targeting mitochondria

New gold-based compounds with C-P bonds show promise in disrupting cancer cell metabolism by targeting mitochondria

A Stockholm University team developed a lignin-based hair conditioner, offering a sustainable alternative with comparable performance to commercial products

A Stockholm University team developed a lignin-based hair conditioner, offering a sustainable alternative with comparable performance to commercial products

Discovery of elongated lead-208 nucleus challenges longstanding nuclear models and suggests more complex quantum phenomena at play

Discovery of elongated lead-208 nucleus challenges longstanding nuclear models and suggests more complex quantum phenomena at play

Researchers develop a magnetic 'invisibility cloak' to seamlessly hide obstacles in particle streams, promising advances in lab-on-a-chip technologies

Researchers develop a magnetic 'invisibility cloak' to seamlessly hide obstacles in particle streams, promising advances in lab-on-a-chip technologies

Nickel superconductors achieve superconductivity at -233°C without pressure, paving the way for advanced quantum and lossless power technologies

Nickel superconductors achieve superconductivity at -233°C without pressure, paving the way for advanced quantum and lossless power technologies

Polarization-independent metasurfaces with nanoantennas developed by Washington University amplify and precisely control polarized light, revolutionizing light manipulation across applications

Polarization-independent metasurfaces with nanoantennas developed by Washington University amplify and precisely control polarized light, revolutionizing light manipulation across applications

Researchers combine chlorine and UV light to detoxify water from harmful algae blooms effectively with reduced byproducts, enhancing safety

Researchers combine chlorine and UV light to detoxify water from harmful algae blooms effectively with reduced byproducts, enhancing safety

Malva nut-derived hydrogel shows promise in wound care and bioelectric monitoring, offering sustainable medical solutions for low-income regions

Malva nut-derived hydrogel shows promise in wound care and bioelectric monitoring, offering sustainable medical solutions for low-income regions

APOLLO, the world's largest digital microbe collection, aims to transform health research by modeling 247,092 microbes, enhancing our understanding of the human microbiome's impact on diseases and healthcare

APOLLO, the world's largest digital microbe collection, aims to transform health research by modeling 247,092 microbes, enhancing our understanding of the human microbiome's impact on diseases and healthcare

Hexagonal lattice synthetic diamonds exceed natural ones in hardness and thermal stability, promising industrial applications beyond jewelry

Hexagonal lattice synthetic diamonds exceed natural ones in hardness and thermal stability, promising industrial applications beyond jewelry

Chromium sulfide bromide traps excitons in one dimension, potentially transforming quantum device development by controlling exciton behavior

Chromium sulfide bromide traps excitons in one dimension, potentially transforming quantum device development by controlling exciton behavior

Light-powered method precisely tunes quantum dot properties, enhancing material quality while improving energy efficiency and sustainability

Light-powered method precisely tunes quantum dot properties, enhancing material quality while improving energy efficiency and sustainability

Researchers developed a dual-site catalyst on carbon nanotubes to improve methanol production from CO₂, achieving higher efficiency in renewable energy applications

Researchers developed a dual-site catalyst on carbon nanotubes to improve methanol production from CO₂, achieving higher efficiency in renewable energy applications

Thursday, March 06 2025

Researchers at the University of Twente have developed a method to trap and control sound waves in silicon photonic chips, enhancing their potential in radio, quantum communication, and optical computing sectors

Researchers at the University of Twente have developed a method to trap and control sound waves in silicon photonic chips, enhancing their potential in radio, quantum communication, and optical computing sectors

Sichuan University develops sustainable epoxy resin combining fire safety and recyclability, featuring a phosphorus compound and achieving high glass transition temperature for broad industrial applications

Sichuan University develops sustainable epoxy resin combining fire safety and recyclability, featuring a phosphorus compound and achieving high glass transition temperature for broad industrial applications

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