Image courtesy of NRAO/AUI


After Karl Jansky’s discovery of radio waves coming from the Milky Way, Grote Reber builds the first parabolic reflecting antenna to be used as a radio telescope.



Ewen and Purcell at Harvard University detect the 21 cm line (1420.4 MHz) emission of the neutral Hydrogen. Their data is confirmed by Dutch astronomers Muller and Oort, and by Christiansen and Hindman in Australia.



Jet Propulsion Laboratory deploys portable radio tracking stations and receives telemetry from Explorer 1, the first successful U.S. satellite. In the same year NASA is officially established.



Frank D. Drake, radio astronomer at the National Radio Astronomy Observatory (NRAO) in Green Bank, carries out humanity’s first attempt to detect interstellar radio transmissions: Project Ozma, the foundation for future SETI.



SPIDER is the name of the first LEM (Lunar Excursion Module) to flight in space with astronauts during Apollo 9 mission.



The Very Large Array (VLA) radio telescope, composed by twenty-seven 25-meter radio telescopes deployed in a Y-shaped array, is inaugurated. It is the largest configuration of radio telescopes in the world.



International Union of Radio Science (URSI) establishes a group to begin a worldwide effort to develop the scientific goals for a next generation radio observatory: the SKA.



China begins construction of the Five-hundred-meter Aperture Spherical radio Telescope (FAST), the world’s largest filled-aperture radio telescope. FAST will have the first light on 2016.



A first in the market, Radio2Space SPIDER 230C is the first turnkey system designed to convert a telescope equatorial mount into a compact radio telescope.



SPIDER 300A advanced and SPIDER 500A professional radio telescopes for radio astronomy bring professional-level technology to educational (schools, universities, science museums) and research (science institutes, space agencies) markets at an affordable price.



INTREPID is the first line of affordable ground station antenna systems designed for satellite communication.



We presents the next challenge – To develop the first affordable radio interferometry system for SPIDER radio telescopes and radio astronomy!

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