The aerogel, composed of 99.8% air, can withstand extreme heat and pressure, promising applications in aerospace.

The vents, located at a depth of 3,000 meters, support unique species that rely on chemosynthesis for energy.

The fossil, dating back 125 million years, shows detailed imprints of skin textures and feather structures.

Using advanced magnetic confinement, the reactor sustained a high-temperature plasma, generating more energy than consumed.

Using next-gen space telemetry, researchers have identified methane and carbon dioxide signatures on an exoplanet situated in the habitable zone.