| ID | #1638096174 |
| Added | Sun, 28/11/2021 |
| Author | July N. |
| Sources | MUFON
|
| Phenomena | |
| Status | Result
|
| Resume |
Initial data
This bright glowing object in the sky was registered yesterday in Florida. The woman was walking and noticed a beautiful glow in the clouds.
The witness states:
Bright light in the sky! Saw it today! It's to the left of the sun, so it's not the sun!
Original news
Date of sighting: November 27, 2021
Location of sighting: Tallahassee, Florida, USA
Source: MUFON
This bright glowing object in the sky was recorded yesterday in Florida. The woman was walking along and noticed a beautiful glow in the clouds. The sun was in the opposite direction so it wasn't the sun. Also please notice that this glowing object is curved and well defined on its front, but on its back it has a very long tail. That means this is a UFO cloaked inside of a cloud, because the UFO is moving against the wind, causing a tail to drag behind it. Awesome catch over Florida!
Scott C. Waring - Taiwan
Eyewitness states: Bright Light I’m the sky! Saw this today! It’s left of the sun, so it’s not the sun!
Hypotheses
Halo
Halo usually appears around the Sun or moon, sometimes around other powerful light sources such as street lights. There are many types of halos, but they are mostly caused by ice crystals in Cirrus clouds at a height of 5-10 km in the upper troposphere. The form of the observed halo depends on the shape and arrangement of crystals. Reflected and refracted by the ice crystals, the light often turns into a spectrum, which makes halo look like a rainbow, but a halo in low light has a low chroma, which is associated with the peculiarities of twilight vision.
Investigation
Based on the appearance of the object, it is a "false sun" or halo.
Resume
Halo
Halo usually appears around the Sun or moon, sometimes around other powerful light sources such as street lights. There are many types of halos, but they are mostly caused by ice crystals in Cirrus clouds at a height of 5-10 km in the upper troposphere. The form of the observed halo depends on the shape and arrangement of crystals. Reflected and refracted by the ice crystals, the light often turns into a spectrum, which makes halo look like a rainbow, but a halo in low light has a low chroma, which is associated with the peculiarities of twilight vision.
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