Outer space is considered to be an inhospitable place to live since there is no breathable air and space travel significantly alter your bodies due to increased doses of radiation in the form of high energy charged particles. Radiation is energy diffused in the form of rays, electromagnetic waves, and particles. These high doses of radiation can cause damage to your body cells by breaking up the atoms and molecules. While we don’t know accurately what the effect of several long journeys into space is but we know that there is a high risk of developing many health problems – including back problems, osteoporosis (brittle bones), cancer and damage to the nervous system.Continue reading Artificial Intelligence in Space
Those of us who have grown up watching the iconic space saga Star Wars are quite informed about what robots can accomplish. While that’s only a reel representation, but it definitely points to an abundance of opportunities in the realm of space research.Continue reading The Confluence Of Robotics With Space Research And Exploration
In 1981, when I was nine years old, my father took me to see Raiders of the Lost Ark. Although I had to squint my eyes during some of the scary scenes, I loved it – in particular because I was fairly sure that Harrison Ford’s character was based on my dad. My father was a palaeontologist at the University of Chicago, and I’d gone on several field trips with him to the Rocky Mountains, where he seemed to transform into a rock-hammer-wielding superhero.
Human-level intelligence is familiar in biological hardware – you’re using it now. Science and technology seem to be converging, from several directions, on the possibility of similar intelligence in non-biological systems. It is difficult to predict when this might happen, but most artificial intelligence (AI) specialists estimate that it is more likely than not within this century.
Freed of biological constraints, such as a brain that needs to fit through a human birth canal (and that runs on the power of a mere 20W lightbulb), non-biological machines might be much more intelligent than we are. What would this mean for us? The leading AI researcher Stuart Russell suggests that, for better or worse, it would be ‘the biggest event in human history’. Indeed, our choices in this century might have long-term consequences not only for our own planet, but for the galaxy at large, as the British Astronomer Royal Martin Rees has observed. The future of intelligence in the cosmos might depend on what we do right now, down here on Earth.
Using data from exoplanet-hunting Kepler Space Telescope and machine learning algorithm from Google, researchers discovered an 8th planet orbiting a distant star. The newly discovered planet is circling Kepler-90, a G-type main sequence star (Sun-like star), 2,545 light years from Earth. It is named Kepler-90i.
According to the press release from NASA, Kepler-90i is “a sizzling hot, rocky planet that orbits its star once every 14.4