ID | #1644057736 |
Added | Sat, 05/02/2022 |
Author | July N. |
Sources | |
Phenomena | |
Status | Result
|
Resume |
Initial data
A blue spot in the sky was noticed by an eyewitness from the city of Soost (Utrecht).
According to ufomeldpunt.nl this is the beam of the measuring train.
Original news
Blauwe vlek aan de hemel
SOEST, UT — Ik zag geen straal zoals bij een laser of locomotief van prorail.
Meettrein
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.
Events
Rocket launches (from space.skyrocket.de)
- Site: () Vehicle: Falcon-9 v1.2 (Block 5) Payload: Starlink v1.5 G4-7-1 (Starlink 3152.) Starlink v1.5 G4-7-2 (Starlink 3163.) Starlink v1.5 G4-7-3 (Starlink 3164.) Starlink v1.5 G4-7-4 (Starlink 3170.) Starlink v1.5 G4-7-5 (Starlink 3167) Starlink v1.5 G4-7-6 (Starlink 3181) Starlink v1.5 G4-7-7 (Starlink 3166) Starlink v1.5 G4-7-8 (Starlink 3419) Starlink v1.5 G4-7-9 (Starlink 3189) Starlink v1.5 G4-7-10 (Starlink 3401) Starlink v1.5 G4-7-11 (Starlink 3418.) Starlink v1.5 G4-7-12 (Starlink 3178) Starlink v1.5 G4-7-13 (Starlink 3174) Starlink v1.5 G4-7-14 (Starlink 3182) Starlink v1.5 G4-7-15 (Starlink 3420.) Starlink v1.5 G4-7-16 (Starlink 3165) Starlink v1.5 G4-7-17 (Starlink 3415) Starlink v1.5 G4-7-18 (Starlink 3223.) Starlink v1.5 G4-7-19 (Starlink 3222.) Starlink v1.5 G4-7-20 (Starlink 3224.) Starlink v1.5 G4-7-21 (Starlink 3402.) Starlink v1.5 G4-7-22 (Starlink 3412.) Starlink v1.5 G4-7-23 (Starlink 3410.) Starlink v1.5 G4-7-24 (Starlink 3405.) Starlink v1.5 G4-7-25 (Starlink 3408.) Starlink v1.5 G4-7-26 (Starlink 3406.) Starlink v1.5 G4-7-27 (Starlink 3403.) Starlink v1.5 G4-7-28 (Starlink 3411.) Starlink v1.5 G4-7-29 (Starlink 3413.) Starlink v1.5 G4-7-30 (Starlink 3407.) Starlink v1.5 G4-7-31 (Starlink 3414.) Starlink v1.5 G4-7-32 (Starlink 3409.) Starlink v1.5 G4-7-33 (Starlink 3416.) Starlink v1.5 G4-7-34 (Starlink 3367.) Starlink v1.5 G4-7-35 (Starlink 3417.) Starlink v1.5 G4-7-36 (Starlink 3221.) Starlink v1.5 G4-7-37 (Starlink 3169.) Starlink v1.5 G4-7-38 (Starlink 3426.) Starlink v1.5 G4-7-39 (Starlink 3423.) Starlink v1.5 G4-7-40 (Starlink 3376.) Starlink v1.5 G4-7-41 (Starlink 3377.) Starlink v1.5 G4-7-42 (Starlink 3427.) Starlink v1.5 G4-7-43 (Starlink 3188.) Starlink v1.5 G4-7-44 (Starlink 3220.) Starlink v1.5 G4-7-45 (Starlink 3186.) Starlink v1.5 G4-7-46 (Starlink 3187.) Starlink v1.5 G4-7-47 (Starlink 3384.) Starlink v1.5 G4-7-48 (Starlink 3422.) Starlink v1.5 G4-7-49 (Starlink 3404.) Starlink v1.5 G4-7-1, ..., G4-7-49
Investigation
News: The cause of the mysterious purple light
In the Netherlands, witnesses from many cities talked about purple or blue glow that moves across the night sky. This purple light beam, which can be seen in the last night of Arnhem, Dirinon and Zutphen. This sounds mysteriously. 23-year-old sander of Brinkenberg of Welpa conducted an investigation and found the cause, removing on video a strange train.
Press Secretary of the railway company points out:
"It is a measuring train, and we use it to measure the thickness of a contact network".
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.
Similar facts
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