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More durable materials from 3D printing of polymers
New color fabric approach that helps control its spread of disease
new type of membrane can filter micropollutants like pharmaceuticals, pesticides, and plasticizers from drinking or wastewater
New technique for 3D printing of soft materials with additive manufacturing
Smart skin that responds to heat and sunlight
mechanically-triggered origami-inspired approach creates complex three-dimensional structures for biomedicine, electronics or robotics
Researchers have developed a new method for chemically bonding multiple soft materials independent of the manufacturing process.
By combining two different types of silicone, researchers have been able to produce silicone parts with complex geometries by 3D printing.
Operating according to simple mathematical logic statements, a novel hydrogel will only release its drug cargo in response to specific physiological cues.
Improved DNA detection using nanopore sensors.
Novel bioactive nanocomposite hydrogel based on hyaluronic acid and self-assembled bisphosphonate-magnesium nanoparticles facilitates bone regeneration.
Scientists have used graphene to help develop an opal-like crystalline material that could be the cornerstone of next generation smart sensors.
Researchers have discovered that adding graphene to the carbon fiber production process can greatly increase the strengthen of the material.
Researchers have combined big data and machine learning to selectively design gas-filtering polymer membranes to reduce greenhouse gas emissions.
Researchers have developed a supercapacitor made from a polymer composite that is able to store and deliver electricity at high power rates.
A novel textile coating based on polymer nanoparticles can not only repel liquids like blood and saliva but can also prevent viruses from adhering.
A novel polymer compound embedded with bismuth trioxide particles holds tremendous promise as a lightweight radiation shielding material.
By soaking up water from the air at night and then releasing it during the day, a novel polymer gel can reduce solar panel temperatures by 10°C.
Designer membranes through machine learning
biocompatible polymer scaffolds coated with carbon nanotubes could provide a vital foothold for regrowing cells
Register for a free webinar presented by Prof Jeffrey C. Grossman, MIT.
Materials Today Interview with Prof Philip Demokritou from Harvard University about nanomaterial toxicology.
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