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Check this out! 👀 Gravity waves can be seen on this satellite loop moving through southeast Canada and the Northeast US, emanating from an MCS in the Midwest. Like a rock dropped into water, strong vertical motions within the storm complex generate ripples in the atmosphere.

81,246 views • 4 months ago •via X (Twitter)

24 Comments

Duck Troller's profile picture
Duck Troller4 months ago

Very much NOT a gravity wave. The only time a gravity wave was detected it was the result of two black holes colliding. It's a physics phenomenon not a meteorological one.

Collin Gross's profile picture
Collin Gross4 months ago

You’re referring to gravitational waves which have to do with spacetime. Gravity waves are a disturbance in a fluid (the atmosphere).

Duck Troller's profile picture
Duck Troller4 months ago

And you would be correct: Blame my physics background and the fact I'm currently reading a good biography of Einstein.

NSX or 928 S4's profile picture
NSX or 928 S44 months ago

NOT gravity waves! Find another name!

coffeehawk's profile picture
coffeehawk4 months ago

Are you sure "pressure wave" isn't a better description? Sure, anything can with mass can make a "Gravity wave", but you can't see it, and measurable gravity waves are not created by clouds and wind.

PolyMathUSAF's profile picture
PolyMathUSAF4 months ago

@brendonme I would normally call this an outflow boundary due to a collapsing cell

Steve Glazier's profile picture
Steve Glazier4 months ago

That was the first thing I saw on the satellite today and was very impressed!

Jeremy Mitchell's profile picture
Jeremy Mitchell4 months ago

Out flow boundaries are now considered gravity waves? 🤡

Collin Gross's profile picture
Collin Gross4 months ago

Outflow boundaries and gravity waves (not to be confused with gravitational waves in spacetime) are completely different things.

Chris Fogarty, PhD's profile picture
Chris Fogarty, PhD4 months ago

Very interesting...somewhat reminds me of the Hunga-Tongo volcanic eruption

Inky Bendy's profile picture
Inky Bendy4 months ago

not to be confused with gravitational waves, which have far, FAR smaller effects on the atmosphere that are not noticable

Freelancer 1-0's profile picture
Freelancer 1-04 months ago

#NotGravityWaves

Tey's profile picture
Tey4 months ago

Everytime there's one of these phenomena posted, the smarter than everyone 'not a gravity wave' weenies come out 🤣 #gravityNOTgravitation

Interstellar Manatee 🌌🐮's profile picture
Interstellar Manatee 🌌🐮4 months ago

It has been possible to view gravitational wave effects in the Pacific Northwest for about 2 weeks formed through very long cloud streams. It was also possible to witness clouds forming extraplanetary phenomena, including allusions to extraplanetary shape, location.

wxKobold's profile picture
wxKobold4 months ago

Is this actually a gravity wave though? Seems like it moves WAY too fast. My interpretation is that it's essentially a 'wave of forcing' announcing the arrival of the fast-moving jet streak.

Melissa's profile picture
Melissa4 months ago

Hey Colin. How risky do you think it is to go to pnc bank arts center for concert tomorrow

Nguyễn Văn Chính | Vincent's profile picture
Nguyễn Văn Chính | Vincent4 months ago

Amazing

The Main Gadjet's profile picture
The Main Gadjet4 months ago

Hmmm, looks very similar to the behavior of sunspot pneumbras 🤔

ℝichard 𝔾raham on 𝕏's profile picture
ℝichard 𝔾raham on 𝕏4 months ago

Gravitational waves aren't "tall" like ocean waves. They're measured by strain, a fractional stretch of space. The first detected one, GW150914, had a peak strain of about 10 to the minus 21. That means it changed a 4-kilometer LIGO arm by roughly a thousandth the width of a proton.

JC's profile picture
JC4 months ago

El post describe a la perfección un fascinante fenómeno meteorológico de ondas de gravedad atmosféricas, pero el autor se equivocó al traducirlo o nombrarlo como si fueran las ondas gravitacionales relativistas del espacio-tiempo de Einstein. IAGoogle

Riley Fitzpatrick's profile picture
Riley Fitzpatrick4 months ago

Do you know the time frame of this timelapse?

Lee's Teeth's profile picture
Lee's Teeth4 months ago

Cue the HAARP kooks.

Mark Thorne's profile picture
Mark Thorne4 months ago

🤣🤣🤣

Suzanne Atkinson, MD's profile picture
Suzanne Atkinson, MD4 months ago

what day is this from?

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