Science
NASA's Roman Space Telescope: Everything You Need to Know Before Its Historic Launch in August 2026
NASA's Roman Space Telescope: Everything You Need to Know Before Its Historic Launch in August 2026
Aug 6, 20266 min read
Material Scientists Create Ultralight Graphene Aerogel with Extreme Insulating Properties
By Sarah Jenkins
Sunday, June 21, 2026 at 07:47 PM
1 min read
In Short (TL;DR)
The aerogel, composed of 99.8% air, can withstand extreme heat and pressure, promising applications in aerospace.... This represents the direct, synthesized summary of the ongoing situation.
BOSTON — Material scientists at the Technological Institute today announced the synthesis of an ultralight graphene aerogel with extreme thermal insulation properties. The material is composed of 99.8% air by volume and has a density of only 0.16 milligrams per cubic centimeter.
The aerogel can support over 4,000 times its own weight without collapsing.
Aerogel Properties * **Thermal Insulation**: Blocks heat transfers, protecting sensitive components from temperatures exceeding 1,000°C. * **Extreme Elasticity**: Recovers its original shape after being compressed by up to 90%. * **Electrical Conductivity**: Retains graphene's high electrical conductivity, enabling smart sensor integrations.
Scientists stated, 'Our graphene aerogel combines extreme insulation with structural strength. This makes it ideal for aerospace applications, such as thermal shielding for satellites or insulation for deep-space exploration probes.'
Breaking
Related Stories
Science
Quantum Internet: The Next Revolution in Global Communication
The Quantum Internet is set to revolutionize global communication with virtually unbreakable security, quantum encryption, and next-generation networking technology.
Jul 15, 20263 min read
Science
Scientists May Have Discovered How Alzheimer's Disease Spreads Through the Brain
Scientists have discovered a new mechanism that may explain how Alzheimer's disease spreads through the brain. A protein called Arc, which normally helps brain cells communicate, appears to transport toxic Tau proteins from damaged neurons to healthy ones using tiny extracellular vesicles. The findings, based primarily on mouse studies, suggest that future treatments could slow Alzheimer's progression by blocking this transfer rather than removing Tau entirely. While the research is promising, experts caution that human studies are still needed before therapies can be developed.
Jun 30, 20267 min read