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Modern life hinges on satellite connectivity. President of Kraus Aerospace Fatema Hamdani explains how the science of perpetual flight is unfolding, and how to defend satellites and drones from enemy fire.
- How far can a drone fly? Kraus Aerospace is developing nonstop drones powered by cutting edge technology, like A.I. that recognizes thermal columns so drones can soar like birds rather than actively expending thrust energy.
- Watch drone footage in the video above to see this technology in action! These drones can also be hand-launched.
- Fatema Hamdani, cofounder and president of Kraus Aerospace, explains the enormous cost of landing and relaunching drones and satellites, and why nonstop performance is a desirable alternative. It also has applications in national security and disaster relief: "[With this tech] we would have been able to bring up Puerto Rico from them not having connectivity for months or a whole year, to days," she says.
A groundbreaking experiment proves a key tenet of Einstein's theory of gravity.
Chinese scientists accomplish the feat of teleporting a photon to a satellite hundreds of miles above Earth.
Chinese researchers teleported a photon from Earth to a satellite in orbit more than 500 kilometers above. While this isn’t quite in the realm of “beam me up, Scotty,” and we are not teleporting humans just yet, the scientific breakthrough is a significant step forward in developing quantum technology.
Just by looking at satellite images, AI can predict your income bracket, and tell us what wealth and poverty look like from space.