Astrophysics discovered dozens of extras in other star systems

For the first time they managed to capture the structure of a large number of exocomist zones in orbit around 74 nearby The REASONS study of astrophysics, published in the journal “Astronomy and Astrophysics”, marks an important milestone in the study of the exocomist zones near the stars, as their images and analyses reveal the location of tiny stones inside them and therefore the exocomists. CORVERSE Usually, they are within tens to hundreds of astronomical units au (the distance from Earth to the Sun) from their central star. In these areas, the temperature is so low (-250 to -150 degrees Celsius) that most compounds, including water, are frozen in these outhouses. What astrophysics observe is therefore where the ice tanks of planetary systems are located and the specific program is the first to reveal the structure of these zones for a large sample of 74 extraplanetary systems. The study used Atacama Large Millimeter/submillimeter Array (ALMA) and Submillimeter Array (SMA). Both observe electromagnetic radiation at wavelengths of millimetres and sub-millimeters. CORVERSE “Exocomets are rocks and ice, at least 1 kilometre in size, collided within these zones to create the stones we observe with the ALMA and SMA telescopes. The extracommunal zones are located in at least 20% of the planetary systems, including our Solar System,” notes Luca Matra, an associate professor at Trinity School of Physics and principal research writer. He points out that “the power of a large study, such as Reasons, is in revealing properties and trends on a wide scale. For example, he confirmed that the number of stones decreases for the oldest planetary systems, as the bands are exhausted by larger outhouses that collide, but showed for the first time that this decrease in stones is faster if the zone is closer to the central star. It also showed indirectly – through the vertical thickness of the zones – that there are probably invisible objects up to 140 km or the size of the Moon in these zones.”