In the mountains of Pingtang County in Guizhou, China, researchers and engineers from the Chinese Academy of Sciences have activated the Five-hundred-meter Aperture Spherical Telescope -- or FAST. The gigantic telescope, which covers the area of approximately 30 football fields, is meant to search for extraterrestrial life by detecting minute radio emissions.
FAST is a tremendous and expensive experiment, costing the Chinese government 1.2 billion yuan. The money was well spent, however, as the FAST has already detected electromagnetic waves from a pulsar 1,351 light-years way from Earth, according to the national news agency Xinhua.
Whether or not the telescope will be able to detect intelligent alien life is impossible to predict, but the technology offers a solid shot. According to the scientists behind the project, FAST could easily detect a single cell phone being used on the moon.
What's Driving This Trend
- Extraterrestrial Life Detection
- The development of large-scale telescopes like China's FAST presents an opportunity for disruptive innovation in the field of extraterrestrial life detection.
- Advanced Radio Wave Detection
- The capability of FAST to detect electromagnetic waves from pulsars opens up possibilities for disruptive innovation in the field of advanced radio wave detection.
- Extreme Sensitivity Instruments
- The creation of highly sensitive instruments like FAST's large-scale telescope creates an opportunity for disruptive innovation in the development of extreme sensitivity instruments.
Who This Affects Most
- Astronomy and Astrophysics
- The field of astronomy and astrophysics can leverage the advancements in large-scale telescopes like FAST for disruptive innovation in the study of celestial objects and phenomena.
- Space Exploration
- The use of advanced radio wave detection technologies, such as those employed by FAST, can lead to disruptive innovation in the field of space exploration for the detection of extraterrestrial signals.
- Scientific Instrumentation
- The development of extreme sensitivity instruments, exemplified by the large-scale telescope FAST, offers opportunities for disruptive innovation in the field of scientific instrumentation for detecting minute signals and waves.
