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Engineers Create New Ways to Shape Bread-Derived Carbon Electrodes for Sustainable Use
A team of engineers has developed two innovative ways to shape carbon electrodes made from bread. The methods involve molding with 3D-printed forms and blending bread with water before heating it in an oxygen-free environment. These techniques improve electrode precision and durability, offering an eco-friendly alternative for applications like des...
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China Names Its Moon Spacesuit and Rover Ahead of Lunar Mission
China has named its lunar spacesuit "Wangyu" and rover "Tansuo," crucial for its human moon landing plans by 2030. The prototype development phase is in progress, with extensive testing conducted. Additional mission components, including the "Mengzhou" spacecraft and "Lanyue" lunar lander, have also been named. The construction of essential infrast...
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UAE Government Partners Shiba Inu to Bring Web3 Technology to Public Sector Services
Shiba Inu announced the development on February 4, saying that its decentralised ShibOS operating system can help the UAE government with solutions around sustainable energy, green infrastructure solutions, decentralised finance, smart governance, and AI automation.
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Polar Bear Fur's Natural Oil Prevents Ice Build-Up, Study Finds
Scientists have uncovered a surprising feature of polar bear fur: a natural oil that prevents ice accumulation. Unlike penguins, which rely on feather structure, polar bears benefit from a chemical composition that keeps their fur ice-free. A study published in Science Advances found that unwashed polar bear fur performed as well as high-performanc...
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New Dual-Reactor Tech Turns CO2 Into Protein for Food and Sustainability
A team of engineers in China has developed an innovative dual-reactor system that converts carbon dioxide into a high-protein product suitable for human and animal consumption. The two-stage process uses microbial electrosynthesis to turn CO2 into acetate, which is then used by bacteria to produce single-cell protein. This system promises a more su...
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New Polymer Set to Revolutionize Flexible Displays with Low Energy Consumption
Researchers at Purdue University have created a novel transparent polymer, n-doped poly(benzodifurandione) (n-PBDF), which promises to revolutionize electrochromic displays. The polymer combines transparency, conductivity, and ion-storage properties, offering energy-efficient and flexible displays for various applications. Demonstrated in a full-co...
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Tree Crops Overlooked in Policies Despite Critical Role in Sustainability Goals
Tree crops, covering over 183 million hectares globally, are vital for biodiversity, food production, and climate action. Researchers have urged sustainable policies to harness their full potential, highlighting their role in addressing rural poverty, mitigating climate change, and supporting ecosystems. These systems offer year-round habitats, red...
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Blended Wing Passenger Plane to Cut Fuel Consumption by 50 Percent, Launching by 2030
A novel passenger jet featuring a blended wing design is expected to launch by 2030. This new aircraft promises a 50 percent reduction in fuel consumption and reduced noise. The design integrates the wings seamlessly into the fuselage, allowing for higher lift-to-drag ratios and lower drag. It will also be compatible with sustainable fuels, includi...
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Japan's Wooden Satellite LignoSat Launched: Everything You Need to Know
Japan has launched LignoSat, the world’s first wooden satellite, into orbit, marking a step toward sustainable space technology. Developed by JAXA, the satellite is crafted from honoki magnolia wood, chosen for its durability and resistance to environmental stress. Sensors onboard will monitor temperature, radiation, and physical strain to assess...
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Vietnam's Birth Rate Hits Record Low In 2024 Despite Propaganda Push
The declining birth rate raises concerns about sustaining economic development and providing for the growing elderly population.
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Recyclable Stretchable Plastic Developed with 3D Printing for Multiple Uses
Princeton University researchers have developed a new 3D printed plastic material that is stretchable, flexible, and recyclable. Using thermoplastic elastomers and thermal annealing, the material can be tailored to different mechanical properties, making it suitable for applications in soft robotics, medical devices, prosthetics, and more. The cost...
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From Super-Earth To Anti-HIV Drug: Top 10 Science Breakthroughs In 2024
In a groundbreaking achievement, Australian scientists have made a significant discovery that boosts oil production in plants, paving the way for the development of sustainable biofuels, including eco-friendly aviation fuel.
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Virginia Tech Mathematicians Use Algebraic Geometry to Reduce Data Centre Energy Use
Researchers at Virginia Tech have applied algebraic geometry to improve energy efficiency in data centres. By using advanced polynomials and error-correcting codes, they have developed a new method for data storage and retrieval that reduces the need for excessive data replication and energy-intensive searching. This approach helps address the grow...
-
UNSW Develops Miniature Sensor to Detect Nitrogen Dioxide with High Sensitivity
A team from UNSW Sydney has created a miniature, highly sensitive gas sensor that can detect nitrogen dioxide (NOâ‚‚) in real-time without needing external power. This sensor, using innovative 2D-printing technology, addresses common issues in gas detection, such as size and energy consumption. Its sensitivity to NOâ‚‚, combined with its ability to...
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Biodegradable Microbeads Could Replace Plastic Exfoliants in Skincare Products
A new biodegradable microbead has been developed as a potential replacement for plastic exfoliants in skincare products. These polymer-based beads break down into molecules resembling sugars and amino acids, making them environmentally safe. When tested on pig skin, the beads demonstrated superior performance in removing permanent marker and eyelin...
-
Engineers Create New Ways to Shape Bread-Derived Carbon Electrodes for Sustainable Use
A team of engineers has developed two innovative ways to shape carbon electrodes made from bread. The methods involve molding with 3D-printed forms and blending bread with water before heating it in an oxygen-free environment. These techniques improve electrode precision and durability, offering an eco-friendly alternative for applications like des...
-
China Names Its Moon Spacesuit and Rover Ahead of Lunar Mission
China has named its lunar spacesuit "Wangyu" and rover "Tansuo," crucial for its human moon landing plans by 2030. The prototype development phase is in progress, with extensive testing conducted. Additional mission components, including the "Mengzhou" spacecraft and "Lanyue" lunar lander, have also been named. The construction of essential infrast...
-
UAE Government Partners Shiba Inu to Bring Web3 Technology to Public Sector Services
Shiba Inu announced the development on February 4, saying that its decentralised ShibOS operating system can help the UAE government with solutions around sustainable energy, green infrastructure solutions, decentralised finance, smart governance, and AI automation.
-
Polar Bear Fur's Natural Oil Prevents Ice Build-Up, Study Finds
Scientists have uncovered a surprising feature of polar bear fur: a natural oil that prevents ice accumulation. Unlike penguins, which rely on feather structure, polar bears benefit from a chemical composition that keeps their fur ice-free. A study published in Science Advances found that unwashed polar bear fur performed as well as high-performanc...
-
New Dual-Reactor Tech Turns CO2 Into Protein for Food and Sustainability
A team of engineers in China has developed an innovative dual-reactor system that converts carbon dioxide into a high-protein product suitable for human and animal consumption. The two-stage process uses microbial electrosynthesis to turn CO2 into acetate, which is then used by bacteria to produce single-cell protein. This system promises a more su...
-
New Polymer Set to Revolutionize Flexible Displays with Low Energy Consumption
Researchers at Purdue University have created a novel transparent polymer, n-doped poly(benzodifurandione) (n-PBDF), which promises to revolutionize electrochromic displays. The polymer combines transparency, conductivity, and ion-storage properties, offering energy-efficient and flexible displays for various applications. Demonstrated in a full-co...
-
Tree Crops Overlooked in Policies Despite Critical Role in Sustainability Goals
Tree crops, covering over 183 million hectares globally, are vital for biodiversity, food production, and climate action. Researchers have urged sustainable policies to harness their full potential, highlighting their role in addressing rural poverty, mitigating climate change, and supporting ecosystems. These systems offer year-round habitats, red...
-
Blended Wing Passenger Plane to Cut Fuel Consumption by 50 Percent, Launching by 2030
A novel passenger jet featuring a blended wing design is expected to launch by 2030. This new aircraft promises a 50 percent reduction in fuel consumption and reduced noise. The design integrates the wings seamlessly into the fuselage, allowing for higher lift-to-drag ratios and lower drag. It will also be compatible with sustainable fuels, includi...
-
Japan's Wooden Satellite LignoSat Launched: Everything You Need to Know
Japan has launched LignoSat, the world’s first wooden satellite, into orbit, marking a step toward sustainable space technology. Developed by JAXA, the satellite is crafted from honoki magnolia wood, chosen for its durability and resistance to environmental stress. Sensors onboard will monitor temperature, radiation, and physical strain to assess...
-
Vietnam's Birth Rate Hits Record Low In 2024 Despite Propaganda Push
The declining birth rate raises concerns about sustaining economic development and providing for the growing elderly population.
-
Recyclable Stretchable Plastic Developed with 3D Printing for Multiple Uses
Princeton University researchers have developed a new 3D printed plastic material that is stretchable, flexible, and recyclable. Using thermoplastic elastomers and thermal annealing, the material can be tailored to different mechanical properties, making it suitable for applications in soft robotics, medical devices, prosthetics, and more. The cost...
-
From Super-Earth To Anti-HIV Drug: Top 10 Science Breakthroughs In 2024
In a groundbreaking achievement, Australian scientists have made a significant discovery that boosts oil production in plants, paving the way for the development of sustainable biofuels, including eco-friendly aviation fuel.
-
Virginia Tech Mathematicians Use Algebraic Geometry to Reduce Data Centre Energy Use
Researchers at Virginia Tech have applied algebraic geometry to improve energy efficiency in data centres. By using advanced polynomials and error-correcting codes, they have developed a new method for data storage and retrieval that reduces the need for excessive data replication and energy-intensive searching. This approach helps address the grow...
-
UNSW Develops Miniature Sensor to Detect Nitrogen Dioxide with High Sensitivity
A team from UNSW Sydney has created a miniature, highly sensitive gas sensor that can detect nitrogen dioxide (NOâ‚‚) in real-time without needing external power. This sensor, using innovative 2D-printing technology, addresses common issues in gas detection, such as size and energy consumption. Its sensitivity to NOâ‚‚, combined with its ability to...
-
Biodegradable Microbeads Could Replace Plastic Exfoliants in Skincare Products
A new biodegradable microbead has been developed as a potential replacement for plastic exfoliants in skincare products. These polymer-based beads break down into molecules resembling sugars and amino acids, making them environmentally safe. When tested on pig skin, the beads demonstrated superior performance in removing permanent marker and eyelin...
