Redrawing the Cosmic Map: Giant 1,650-Dish Telescope to Listen to Mysterious Black Holes!
The sky has never been scanned this quickly before. A giant project that will unravel the mysteries of the universe is coming to life. A massive array of 1,650 dishes to be set up in the USA will scan the universe 100 times faster, discovering 1 billion new radio sources. This will bring to light the biggest secrets of the universe, such as black holes and dark matter.
Here are the details.
A Giant Ear to Listen to the Universe
Developed under the leadership of the California Institute of Technology (Caltech), the Deep Synoptic Array (DSA) will be the most sensitive radio telescope ever built when completed. The system, consisting of 1,650 dishes, will be set up in a quiet valley in Nevada, far from radio signals.
The telescope array, which will spread over an area of approximately 20 x 16 kilometers, will not only observe distant galaxies. It will also be able to constantly monitor the ever-changing structure of the universe.
Capable of Making 20 Million Discoveries on the First Day
So far, radio telescopes around the world have detected about 20 million radio sources. The Deep Synoptic Array, however, has the capacity to reach this number on just its first day of observation.
In the first five years of the project's scientific mission, the goal is to discover approximately 1 billion new radio sources. According to scientists, this massive data pool could shed light on many unknowns about the universe, from galaxies to black holes, and could significantly change our current understanding of the cosmos.
Will Examine Everything from Mysterious Signals to Black Holes
One of the most important tasks of the DSA will be to investigate some of the most mysterious events in the universe.
Thanks to this telescope, scientists will be able to examine the development of supermassive black holes in more detail,
They will be able to track neutron stars and gather much more data about Fast Radio Bursts (FRB), the source of which has not yet been fully resolved.
In addition, new clues related to dark matter, the expansion rate of the universe, and the behavior of gravitational pull will also be investigated with these observations.
Seconds Will Suffice for Analyses Lasting Months
What makes the project unique is not just the size of the telescope. DSA will be able to process the massive radio data it collects in real time and convert it into images. Thanks to this technology, which scientists describe as 'the world's first radio camera', the data processing process, which can take weeks or even months in other radio telescopes, will become almost instantaneous.
Thus, researchers from all around the world will be able to access newly discovered cosmic events much faster.
It is Planned to Start Operation in 2029
Caltech has completed the design process of the project. With the start of construction works, it is aimed for the system to start scientific observations in 2029.
The scientific world believes that with the activation of the Deep Synoptic Array, many unresolved questions about the universe so far may be answered.
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