One newly discovered comet has aroused great interest among astronomers and skywatchers. Baptized as C/2026 A1 (MAPS)the celestial object was identified on January 13 by a group of amateur astronomers using a telescope in the Atacama Desert in Chile. Belonging to the group of Sun-grazing cometsit follows an extremely elongated orbit towards the center of the solar system.
The most striking feature of C/2026 A1 is its trajectory: It will come within just about 120,000 kilometers of the solar surface in early April, a very close point called perihelion, where intense radiation and gravitational forces can both boost its brightness and fragment it.
Bright comet
If the comet survives its close pass to the Sun, experts say it could become one of the most spectacular comets of 2026potentially acquiring enough brightness to be seen with the naked eye in the night sky or even during the day near the Sun, a rare phenomenon but historically recorded in very bright comets.
Comets of this type have produced memorable events in the past. For example, in the 20th century, the comet C/1965 S1 (Ikeya-Seki), another family member Kreutzshone with intensity comparable to the full Moon and was visible even during the day before its perihelion.
While the projections are exciting, there are uncertainties—flying comets face extreme temperatures and tidal forces that often they fragment when too close to the Sun. Case or C/2026 A1 disintegrates during or before perihelion, it may does not achieve the expected brightnesseven though space instruments such as the SOHO solar observatory continue to record its passage.
If it survives, the period of greatest visibility observed from Earth should occur early to mid Aprilwhen the light reflected by its core and coma — the cloud of gas and dust that forms around it — will intensify. Even though it is not visible in daylight, it can appear as a bright spot in the sky at dusk or dawnwith a characteristic tail pointing away from the Sun.
In addition to its potential visibility, C/2026 A1 is a valuable opportunity to better understand long-period comets and their origin. The family Kreutz is formed by fragments of a huge ancient comet that suffered breakups over many centuries, producing several generations of grazing objects that pass close to the Sun.
