Spinning uaps..

Quote:Not glowing. Highly reflective weather balloon reflecting light pollution from the ground.

Nope..no reflecting of any light up in the sky at night. And definitely no way a deflated balloon remains suspended in the sky slowing spinning around. They just fall to the ground. But then you knew that..

Remember when I had to educate you on updrafts and thermals? @_@
And you've NEVER seen the clouds illuminated by ground lights at night? Ever?

Light pollution:

If not, you really need to get out more.

Clouds do not appear to be glowing as we see that uap doing, particularly in a pink hue. And again, how does a deflated balloon stay suspended in the sky while slowly spinning in circles? You're not going to have updrafts in the sky at night.

(Aug 22, 2025 03:44 AM)Magical Realist Wrote: Clouds do not appear to be glowing as we see that uap doing, particularly in a pink hue. And again, how does a deflated balloon stay suspended in the sky while slowly spinning in circles? You're not going to have updrafts in the sky at night.

Ah, you need even more education:

During nighttime, updrafts can still occur, although their behavior differs from daytime updrafts.
Here's how nighttime updrafts generally behave:

Formation: While daytime updrafts are primarily driven by solar heating of the ground, which warms the air and causes it to rise, nighttime updrafts are influenced by other factors. These can include:
Low-level jets: A strong wind current above the surface layer can create areas of convergence, leading to uplift.
Atmospheric waves: Waves rippling out from storms can also cause air to rise.
Terrain effects: Wind blowing against hills or mountains can be forced upwards, creating updrafts, even at night. [Remember ridge lift?]
Convergence lines: Boundary layer convergence lines (CLs), although less common than during the day, can still be present and produce updrafts.
- Google AI

And:

Yes, weather balloons are highly reflective because they are often made from a highly reflective, Mylar-like material, similar to a mirror. This reflectivity allows them to be seen in twilight skies, even when they don't have their own lights, by reflecting sunlight when it's dark on the ground but still light at high altitudes. - Google AI

Is there anything you actual do know anything about? No? Just talking straight out of your ass, as usual?

You know, if you were the least bit intellectually honest, you'd play devil's advocate occasionally and look these up yourself. Would keep you from looking like such a pompous moron all the time. 9_9

Quote:Formation: While daytime updrafts are primarily driven by solar heating of the ground, which warms the air and causes it to rise, nighttime updrafts are influenced by other factors. These can include:
Low-level jets: A strong wind current above the surface layer can create areas of convergence, leading to uplift.
Atmospheric waves: Waves rippling out from storms can also cause air to rise.
Terrain effects: Wind blowing against hills or mountains can be forced upwards, creating updrafts, even at night. [Remember ridge lift?]

This uap was filmed over the city of LA at night. No storms or ridges or anomalous atmospheric waves. Just a glowing spinning uap suspended in the sky. Not a deflated spy balloon..lol

Looks just like a deflated weather balloon to me, and as usual, you ignore what you can't refute:

Low-level jets: A strong wind current above the surface layer can create areas of convergence, leading to uplift.
...
Terrain effects: Wind blowing against hills or mountains can be forced upwards, creating updrafts, even at night. [Remember ridge lift?]

Dunning-Kruger on full display. 9_9

Nope..no mountains or ridges in the city of LA. And again, cool night air means unlikely updrafts, particularly in December when it was filmed. Basic meteorology 101.

"As the sun rises, it warms the ground, and in turn, the air near the surface becomes warmer. This warmer air begins to rise because it is lighter than the cooler air above it. In general, thermal winds rise in the morning and descend in the evening."

(Aug 22, 2025 05:19 AM)Magical Realist Wrote: Nope..no mountains or ridges in the city of LA. And again, cool night air means unlikely updrafts, particularly in December when it was filmed. Basic meteorology 101.

"As the sun rises, it warms the ground, and in turn, the air near the surface becomes warmer. This warmer air begins to rise because it is lighter than the cooler air above it. In general, thermal winds rise in the morning and descend in the evening."

It's literally called Hollywood Hills.
So no matter how much I try to educate you, you're determined to remain an illiterate moron. Got it.
Even though updrafts can be caused by ridge lift and wind current convergence, even at night.

But please, keep proving you can't learn. It's really helps your UFO stories.

Nope..no mountains or ridges in the city of LA. And no thermals in winter at night. Your canard is officially debunked. Any other stupid shit you wanna make up?

(Aug 22, 2025 05:43 AM)Magical Realist Wrote: Nope..no mountains or ridges in the city of LA. And no thermals in winter at night. Your canard is officially debunked. Any other stupid shit you wanna make up?

For the third time now:

Terrain effects: Wind blowing against hills or mountains can be forced upwards, creating updrafts, even at night.

Your bag-o-cats for a brain just really can't read any word you don't like, huh?