| ID | #1688297508 |
| Added | Sun, 02/07/2023 |
| Author | July N. |
| Sources | |
| Phenomena | |
| Status | Result
|
| Resume |
Initial data
In the sky of Utrecht noticed lights inside and behind the clouds moving in all directions.
An eyewitness reports:
The Utrecht object moves as if it is playing. Sometimes it seems that it is divided into 2 objects. It is noteworthy that he stays in the clouds or behind them, avoiding holes in the cloud cover.
No parties or lights in the area.
Original news
Lichten in en achter de wolken beweegt alle kanten op, geen feesten in omgeving.
UTRECHT, UT — Utrecht object bewegend alsof het speelt. Lijkt soms te splitsen in 2 objecten. Opmerkelijk het blijft in of achter de wolken, gaten in het wolkendek worden vermeden. Geen feesten of lichten in de omgeving.
Hypotheses
Light sources on clouds
Lasers, searchlights, car headlights and other light sources of sufficient power can form a column of light in a dusty or foggy atmosphere, various patterns on low clouds, fog or haze. Also, the rays can highlight parts of the cloud, objects or birds, giving them bizarre shapes.
Searchlights can shine with one beam, several. They can be stationary, move, and also form spinning carousels on the clouds, which can change shape and color.
It often seems that the light source is located at the point where the beam hits the cloud, and not vice versa.
Investigation
"stays in the clouds or behind them, avoiding holes in the cloud cover" - this behavior is typical for ray reflections on the cloud cover.
Resume
Light sources on clouds
Lasers, searchlights, car headlights and other light sources of sufficient power can form a column of light in a dusty or foggy atmosphere, various patterns on low clouds, fog or haze. Also, the rays can highlight parts of the cloud, objects or birds, giving them bizarre shapes.
Searchlights can shine with one beam, several. They can be stationary, move, and also form spinning carousels on the clouds, which can change shape and color.
It often seems that the light source is located at the point where the beam hits the cloud, and not vice versa.
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