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Bioinspired yarn can harvest water from fog

Scientists have developed a bioinspired yarn capable of harvesting water from fog, providing an innovative solution to water scarcity in arid regions. By imitating the alternating hydrophobic and hydrophilic patterns seen ...

Citrus waste converted to biopolymers using cavitation

The citrus industry generates a substantial amount of waste, primarily peels and seeds, which are often underutilized despite their rich cellulose and pectin content. Conventional pectin and cellulose extraction methods are ...

Mussel-inspired adhesive comes unglued on command

Modern integrated microelectronic devices are often poorly repairable and difficult to recycle. Debondable adhesives play a key role in the transition to a circular economy with sustainable resources, less waste, and intelligent ...

Nature-inspired patterns boost polymer toughness

Biological systems are renowned for their ability to create strong yet resilient structures. A sea sponge, for instance, grows in layers, forming unique patterns that integrate minerals with softer regions, creating an ideal ...

Polymer foam aims to transform oil spill cleanup

University of Waterloo researchers have developed a new material that can absorb more than eight times its weight in oil, offering a new solution in preventing groundwater contamination from spills or accidents. The study, ...

Porous gas-adsorbing materials reveal hidden softness

A team of researchers has reshaped our understanding of developing gas storage materials known as porous coordination polymers (PCPs), which is also known as metal-organic frameworks (MOFs).

More news

Polymers
Scientists offer strong carbon plastics for aviation
Polymers
Catalytic process vaporizes plastic bags and bottles, yielding gases to make new, recycled plastics
Polymers
Chemical plastics recycling is ready to go: Researchers show that it's all about the stirring
Polymers
Biomass-based polymer can capture and release CO₂ without high pressure or extreme temperatures
Biochemistry
Bioengineers develop a new environmentally friendly adhesive polymer
Biochemistry
Stranded student helps design synthetic polymers to combat fungal infections
Polymers
Machine learning uses X-ray diffraction data from polymers to predict the behavior of new materials
Biochemistry
Living plastics: A new solution for plastic degradation through synthetic biology
Polymers
Materials scientists develop road map for designing responsive gels with unusual properties
Polymers
Chalk-based coating creates a cooling fabric
Polymers
AI accelerates discovery of next-gen polymers
Polymers
New supramolecular polymer shows spontaneous unfolding and aggregation
Polymers
Small molecule organic eutectics show potential for replacing plastics
Biochemistry
New bacteria-derived hydrogel shows promise for muscle tissue regeneration
Polymers
Researchers shed light on how to make photopolymerization much more efficient
Polymers
Researchers discover smarter way to recycle polyurethane
Polymers
Team demonstrates halogen bonding for selective electrochemical separation, a path to sustainable chemical processing
Polymers
Up-cycling petroleum waste into a high-performance yet sustainable triboelectric nanogenerator
Polymers
Chemical cocktail from plastics: Pilot study describes degradation and leaching process of plastic consumer products
Polymers
Small chemical tweak boosts CO₂ capture by 15%

Other news

Earth Sciences
Geological surveys shed light on the formation mystery of Uruguay's amethyst geodes
Other
Will AI one day win a Nobel Prize?
Social Sciences
Scientists unlock secret of 'Girl With Pearl Earring'
Earth Sciences
Closer look at New Jersey earthquake rupture could explain shaking reports
Space Exploration
New triple star system sets shortest orbital period record
Planetary Sciences
Surprising amount and variety of gamma radiation is produced in large tropical thunderstorms, observations reveal
Molecular & Computational biology
First map of every neuron in an adult brain has been produced for a fruit fly
Planetary Sciences
New super-Neptune exoplanet discovered
Plants & Animals
As temperatures rise, researchers identify mechanisms behind plant response to warming
Social Sciences
AI-generated college admissions essays tend to sound male and privileged, study finds
Social Sciences
How do 'double skeptics' affect government policy on climate and vaccination?
Planetary Sciences
NASA powers down Voyager 2 plasma instrument to extend mission
Biotechnology
Filament structure found to activate and regulate CRISPR-Cas 'protein scissors'
Optics & Photonics
Quantum research paves the way toward efficient, ultra-high-density optical memory storage
Condensed Matter
New materials and techniques show promise for microelectronics and quantum technologies
Plants & Animals
Can music help plants grow? Study suggests sound may boost plant-promoting fungus
Analytical Chemistry
Chemist challenges traditional views on crystal growth
Social Sciences
Loyalty influences support for indirect ties in moral dilemmas, study finds
Social Sciences
Climate shocks associated with higher rates of intimate partner violence against women
Ecology
Monkey fossils found in cave shed light on the animals' extinction centuries ago

Chemists offer a new look at polymers for space industry

Employees of the Department of Physical Chemistry of Kazan Federal University have found that the mechanisms of polymerization of aryl cyanates in the solid state and in the melted state differ in the number of broken multiple ...

Exciting new developments for polymers made from waste sulfur

Researchers at the University of Liverpool are making significant progress in the quest to develop new sulfur polymers that provide an environmentally friendly alternative to some traditional petrochemical based plastics.

Growing polymers with different lengths

ETH researchers have developed a new method for producing polymers with different lengths. This paves the way for new classes of polymer materials to be used in previously inconceivable applications.

Tiny pump builds polyrotaxanes with precision

Northwestern University researchers have developed the most precise way to build polyrotaxanes, a mechanically locked polymer for slide-ring gels, battery electrode materials and drug-delivery platforms.