Localizing Mars with ultralight materials
GD & TD - Geolocation of Mars is a story often mentioned by scientists. Currently, scientists often focus on preparing to adapt to the harsh conditions on Mars.
Browse ScienceInfo articles and explainers related to Aerogel.
13 published items.
GD & TD - Geolocation of Mars is a story often mentioned by scientists. Currently, scientists often focus on preparing to adapt to the harsh conditions on Mars.
Australian scientists have recently shown that durian pulp can be used to create supercapacitors. This is considered a breakthrough when it is possible to utilize the di…
This super-light dish is based on the making of Aeroge - a material that will make big breakthroughs in the new era.
Confident scientists have solved the problem of growing food in the harsh environment on Mars, with carpet materials transforming into suitable soil for cultivation.
People always try to find new materials with more superior features. And among them there are materials that seem to just come out of sci-fi movies ...
A Malaysian scientist said she has discovered a low-cost way to turn rice husk (waste of rice production) into a high-tech material that could help reduce electricity bi…
Scientists in Arizona and New Jersey argue that airgel materials can act as sponges to help absorb oil from waste water and effectively absorb oil slicks in the environm…
Although the airgel was first produced in the 1930s, this material was not used by businesses because of its high production costs.
The successful 3D printing uses the world's lightest material - graphene aerogel promises to open a new chapter for the material industry.
People always search and create new materials with superior features including 'freezing gas' Aerogel. According to recent scientific news, Aerogel may be the potential…
In the past, scientists have successfully fabricated metamaterials heavier than air three times as hard as steel, known as aerogels.
Singapore researchers are filing a patent application for a new lightweight, heat-resistant, lightweight material made from recycled plastic.