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 Light Materials.
17 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.
Although not trained formally, a farmer in Ha Nam successfully researched a super-light brick that could float on the water and not harm the environment. Mr. Tran Van Lu…
With 3D printing technology, scientists have created a super-light, ultra-durable new material structure, with resistance to masses of 100,000 times its own weight.
A skyscraper shaped like a tree in fictional movies like Star Wars could become a reality in 2012.
The Director General of the Russian Research Institute Evgeni Kablov said the 1933 ultralight new alloy, or aluminum-lithium alloy, will reduce the weight of the aircraf…
Researchers and manufacturers of Japanese auto parts have successfully fabricated materials from pulp, weighing only 1/5 of steel, but five times more solid.
B-shoe is a smart shoe from a technology company in Israel, led by Dr. Yonatan Manor.
Scientists have proven that the new 3D metamaterial they designed is the first structure of this type to reach the limit of the theory of hardness.
The successful 3D printing uses the world's lightest material - graphene aerogel promises to open a new chapter for the material industry.
Chinese scientists have discovered a lightweight material, such as balloons, but solid metal, which could be used to make bulletproof military uniforms and tank covers.
In the past, scientists have successfully fabricated metamaterials heavier than air three times as hard as steel, known as aerogels.
Researchers at Harvard University have developed a 3D printing technique to create a light but very rigid cell mix using epoxy resins.
Recently, a team of University of California researchers has successfully developed a structured material inspired by the head of shrimp.
Lighter materials, such as plastic, can help astronauts effectively block harmful radiation rays during space travel.