Amidst Giant Rockets, Giant Brains, Giant Robots, Giant Telescopes

New High Density Brain

Big Brains!
Big Rockets!
Big Robots!
Giant Telescopes!

It's a blazing path into the far deep future. The year is counting at 2018. A match made in Heaven - the new move opens up all new laboratories for giant rockets, giant brains, giant robots and giant telescopes. The three labs are connected with a skyscraper observatory telescope complete with a Skyway in the sky that has an AI brain. Brains go into telescopes and into robots that go into rockets. The rockets have rocket brains and the telescope tracks the rocket in space.

This year is a Cardinal celebration for Humanoido and the advancement of innovation, newness, and pushing forward the frontier of space travel, humanoid robotics and machine intelligence. We are now out in the Pacific Ocean at one of the largest laboratories in many years, setting up science and shop. The Big Brain has his own room and is being built into the wall. A new Supertronic Brain is in the works. Special humanoid robots are being designed for rocket space travel. A new rocket fleet is standing by for launching. The massive and giant telescope is now in operation following its First Light celebration. Stay tuned as we begin to report exciting happenings on the evolution of new future science and technology.

http://space1usa.blogspot.com/

Space Telescope

SPACE TELESCOPE
The new designed space telescope is physically attached to the side of the outpost in space - a tiny space station operated by the Big Brain machine space initiative and Humanoido Labs.

Operations are by human, robot, and/or remote. The telescope can robotically slew to the object and computer alt-az drives can take over for object tracking and guiding. Due to large mass and size, NASA took a different approach for the Hubble Space Telescope HST by not attaching it to the ISS International Space Station (see illustration showing the HST release into space by the ISS robot arm).

There are no plans for the tiny space shuttle to deliver the telescope into space because the telescope will be manufactured into the tiny space station. When the station is active and activated, the telescope is expected to be ready for operations. This will prevent space walks to install the external components or evacuation of air from inside the station. Telescope aperture sizes considered are 4, 6, 8, 10, 12, 14, 18, 20, and 24 inch diameters. Computers will multiply these diameters by a factor of ten, creating 40, 60, 80, 100, 120, 140, 180, 200 and 240-inch apertures.