I can recognize that radar signature any time I see it. Alta Vista my beloved.
BiggieInterestingly the Holly Lake Road tornado was given EF2, I would've thought the tornadoes from April 4th would've been higher end given the environment. But there are still a few (particularly Clarksville TX and a few of the Arkansas tornadoes) that still have to be rated.
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Expect/expected an ef3 where that one house was destroyed.Interestingly the Holly Lake Road tornado was given EF2, I would've thought the tornadoes from April 4th would've been higher end given the environment. But there are still a few (particularly Clarksville TX and a few of the Arkansas tornadoes) that still have to be rated.
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Bruh… you gotta include the run/valid date and times of when you post graphics. We have no idea when this is supposed to be for LOLVoodoo land looks interesting lol.
Thanks but i thought last year was the year for active plains and such?Grabbed this off X from Eric's post. Thought it was interesting.
Eric Webb
@webberweather
I came up w/ list of subseasonal to seasonal (S2S) analogs for this year's tornado season in late April into early May & this is what the 1°x1° tornado track density composite grid looks like over the CONUS using @NWSSPCs database that goes back to 1950. Note like my plot from earlier this year, I use a 30-year sliding base period anomaly here relative to April 20 - May 5th in the year to account for long-term non-stationary behavior in tornado data (due to better detection & increased spotting in recent years).These analogs hint at a fairly classic late April into early May this year with potential for above average tornado activity over climatologically favored areas of the Great Plains, including in/around Oklahoma.The mean anomaly is plotted on the left & the mean of the analogs is on the right.
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Fascinating video about a new study that asserts tornadoes are electromagnetic phenomena.
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Mike Morgan just posted to Twitter saying we're about to get Moore 1999 all over again after looking at this. (sarcasm)Grabbed this off X from Eric's post. Thought it was interesting.
Eric Webb
@webberweather
I came up w/ list of subseasonal to seasonal (S2S) analogs for this year's tornado season in late April into early May & this is what the 1°x1° tornado track density composite grid looks like over the CONUS using @NWSSPCs database that goes back to 1950. Note like my plot from earlier this year, I use a 30-year sliding base period anomaly here relative to April 20 - May 5th in the year to account for long-term non-stationary behavior in tornado data (due to better detection & increased spotting in recent years).These analogs hint at a fairly classic late April into early May this year with potential for above average tornado activity over climatologically favored areas of the Great Plains, including in/around Oklahoma.The mean anomaly is plotted on the left & the mean of the analogs is on the right.
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I mean seriously. What the f**k. He is a grown man on twitter saying this stuff. Unbelievably immature behavior right there.Mike Morgan just posted to Twitter saying we're about to get Moore 1999 all over again after looking at this.
I was being sarcastic my bad lolI mean seriously. What the f**k. He is a grown man on twitter saying this stuff. Unbelievably immature behavior right there.
I’m highly skeptical of this idea, despite the plethora of sources being shown. After reading some bits and pieces of the abstracts and references here, I’m seeing some numbers that are just absurd.
Small nitpick with your post: Amperes is the measure of current, not charge. But to someone who doesn’t have a background in physics, it’s understandable to get a lot of this mixed up.
This paper that I cannot fully access due to being behind what I believe to be a paywall has an abstract that states that tornadoes are responsible for about 135,000 coulombs of charge transfer. If you know anything about EM, this number seems unbelievably ludicrous, and to me seems inconsistent with the idea that there’s a current of ~225 amps running through a tornado. Now unfortunately, I cannot see the rest of the paper, so there’s no way I can safely assume they reached these numbers in an irrational or rational way, but I’m disliking this already, to say the least.
This number is ridiculous though. For example, if you somehow managed to freeze time and teleport 1 C of pure charge just sitting out in the open, it’s about on the order of 10^19 electrons sitting in a single spot undisturbed. If you then turned time on, that 1 C would seek to neutralize itself with over 5 billion joules of energy.
This paper shows mathematics and a strong foundation for how to get a very rough idea of what the magnetic field in a tornado would potentially look like. There’s a huge issue though: In the conclusions section, it states that the calculated magnetic field would be on the order of ~0.2-2 T (Tesla). This is a very strong magnetic field. It’s comparable to MRI machines. If this occurred I feel like anyone going through a tornado, even in a basement, with anything metal on them whatsoever would become minced meat in a far more gruesome way than even an EF5 could do. But forget that: why have we never heard of ferromagnetic objects being attracted to the center of a tornadic vortex? This to me is the ultimate reason why I can’t see this being a possibility. I could be wrong, but there’s a lot here that just doesn’t seem to add up.
Seeing as there’s a plethora of resources to read here about the subject, I don’t want to call crock on it. In fact, there’s probably some legitimacy to it that I’m not seeing, not yet at least. I need to dig deeper. The reason why I’m so invested in this is because I do have a background in physics and this idea just screams crackpot to me despite there being actual papers on it. It just sounds like the electric universe people who believe gravity doesn’t exist when they try and fail to apply electrodynamics to every single situation, on the surface at least.
Seeing as there’s a plethora of resources to read here about the subject, I don’t want to call crock on it. In fact, there’s probably some legitimacy to it that I’m not seeing, not yet at least. I need to dig deeper. The reason why I’m so invested in this is because I do have a background in physics and this idea just screams crackpot to me despite there being actual papers on it. It just sounds like the electric universe people who believe gravity doesn’t exist when they try and fail to apply electrodynamics to every single situation, on the surface at least.
Wow. After reading through some of it, what an unbelievably ridiculous leap in logic. Sure, it could be something other than a car (which no one even came close to proving that it was not, beyond a reasonable doubt within the thread) and it could be some electrodynamic phenomena that we do not fully understand yet, but I feel like if it was we would absolutely see more examples of this in violent tornadoes, especially at night. To me, this is a car, and it is until proven otherwise.I’d love to see your take on this thread linked below, where our biggest dumpster fire poster is asking about tornado’s electrical phenomena ripping open a hole in the space/time continuum:
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Mysterious electrical phenomena during tornadoes
I have to agree. I've only heard good/positive things about Adam Lucio in the past. However, I'm an extremely skeptical person by nature. This type of phenomena ostensibly being captured on video is something I'm going to have to see with my own two eyes before rendering an opinion. For a...talkweather.com
Just a gem from that thread:
As I suggested above, I think that tornadoes, among other severe-weather phenomena, could interact with localised topographic and even electromagnetic anomalies to yield gravitational fluctuations that “bend” the visible spectra and allow observers temporary access to otherwise-invisible realms, albeit on a small scale. If one believes in the existence of other dimensions, then maybe witnesses are even being granted rare access to “invisible” worlds