Ball Lightning and Stars: Unveiling the Spectral Similarities

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    Ball Lightning Stars
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Discussion Overview

The discussion revolves around the spectral analysis of ball lightning and its potential similarities to stars. Participants explore whether the spectrum of ball lightning has been photographed, how it compares to stellar spectra, and the fundamental differences between ball lightning and stars, including their physical characteristics and energy production mechanisms.

Discussion Character

  • Exploratory
  • Debate/contested
  • Technical explanation

Main Points Raised

  • Some participants inquire whether the spectrum of ball lightning has been photographed and if it resembles that of any star.
  • One participant asserts that stars and ball lightning are fundamentally different, citing differences in composition and energy production.
  • Another participant suggests that the spectral lines of ball lightning correspond to atmospheric gases, noting the presence of elements like iron, silicon, calcium, nitrogen, and oxygen in the spectrum.
  • A participant describes a star as primarily composed of hydrogen and helium plasma, capable of sustaining fusion due to its mass, while ball lightning lacks these characteristics.
  • Some participants express skepticism about the existence of ball lightning, comparing it to phenomena like crop circles and questioning the validity of scientific reports on the subject.
  • Others defend the scientific literature on ball lightning, emphasizing that it has been observed and documented in scientific journals.
  • A participant shares a personal anecdote about an encounter with ball lightning, suggesting that it may share some characteristics with stars despite being sustained by different phenomena.
  • There is mention of the potential for man-made ball lightning to be created and captured on camera through experiments.

Areas of Agreement / Disagreement

Participants express a range of views, with some agreeing on the fundamental differences between ball lightning and stars, while others contest the validity of ball lightning as a scientifically recognized phenomenon. The discussion remains unresolved regarding the nature and classification of ball lightning.

Contextual Notes

Participants highlight the need for clarity on the definitions of ball lightning and stars, as well as the limitations of current understanding and the potential for misinterpretation of anecdotal evidence.

efdee
Has the spectrum of a ball lightning ever been photographed?
If so, does the spectrum look like the spectrum of any star?
Could one say: the ball lightning is the smallest existing star?
 
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efdee said:
Has the spectrum of a ball lightning ever been photographed?
Yes, see here https://journals.aps.org/prl/abstract/10.1103/PhysRevLett.112.035001
efdee said:
If so, does the spectrum look like the spectrum of any star?
Could one say: the ball lightning is the smallest existing star?
Stars and ball lightning are completely different things.
 
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Great images.
I guess the spectral lines correspond to the atmospherical gasses. Right?
(The gasses have not been mentioned.)

NFuller said:
Stars and ball lightning are completely different things.
Please tell me the essential difference apart from the location.
 
efdee said:
I guess the spectral lines correspond to the atmospherical gasses. Right?
(The gasses have not been mentioned.)
You can see the elements in the spectrum in Fig 4 b) & c). Shows iron, silicon, calcium, nitrogen and oxygen.

efdee said:
Please tell me the essential difference apart from the location.
A star is a ball of nearly pure hydrogen and helium plasma held together by self-gravity, with fusion reactions occurring in its core. The latter requirement means that it has to be at least as massive as 10 Jupiters.
A ball lighting is not as massive as 10+ Jupiters, hence can't maintain fusion. It's not held together by self-gravity. It's not made of helium and hydrogen plasma.
It is a ball, though.
 
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efdee said:
Could one say: the ball lightning is the smallest existing star?
No, because typically a star is mostly hydrogen, and that is fusing into helium, because of gravity.
Ball lightning (if it really exists), is a plasma state of matter generated by strong electromagnetism, as is normal lightening.
Many weird tales and pictures of ball lightning exist, some of which are known to be fake.
I think this so called phenomena is in the same category as crop circles.
 
rootone said:
I think this so called phenomena is in the same category as crop circles.
Are you saying that articles published in scientific journals containing pictures and data of ball lightning are being faked by the scientists?

Although I think a few people have occasionally investigated crop circles, no one has ever seen one made by natural processes. Ball lightning has been directly observed descending from thunderstorm clouds.
 
Please. Keep this civil and responsible. Thanks! And yes, depending on the journal it is possible for really bad science to be published. That journal is a good peer reviewed journal.
 
I hope you're talking to rootone and not NFuller, who provided a reference. Rootone has essentially accused the authors of scientific misconduct: he needs to either retract that or back it up.

Getting back on topic, another difference is that a star produces its own energy. Ball lightning has only the energy it was created with.
 
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I will retract from the implication that ball lightning is always some kind of photographic prank, although it is sometimes.
What I don't like is the amount of hype and 'spiritual' woo associated with the subject,
and clearly made up anecdotes about it floating through somebodies house.
 
  • #10
I think we are back on track. NFuller's citation and response was fine. rootone retracted.
 
  • #11
I think it is possible for ball lightning to go into a house or building. My father told me a story of how my grandpa was in the barn with a hired hand during a thunderstorm in the 1930s in Iowa. A ball of lightning came into the barn through an opening and traveled along the top of a horizontal metal bar that held a litter cart, about 10 feet in the air. It traveled down the bar for a bit, then fell to the ground and exploded into sparks. The hired hand, my grandpa, and the cow next to them were absolutely terrified. Experience is believing. It wasn't my experience, but my father and grandpa are credible people. I don't think ball lightning is sustained by the same phenomena as conventional stars but they might share some characteristics.
 
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  • #12
Check out the above cited article, in post #2. here- I'll make it easy:

https://physics.aps.org/articles/v7/5

It deals with the question of what ball lightning is and might be as well as the spectrum issues.

Interesting quick read.

diogenesNY
 
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  • #13
diogenesNY said:
Check out the above cited article, in post #2. here- I'll make it easy:

https://physics.aps.org/articles/v7/5

It deals with the question of what ball lightning is and might be as well as the spectrum issues.

Interesting quick read.

diogenesNY

Thank you. That was an interesting quick read. That's the first time I've seen speculation on that topic coupled with actual data.

I was once associated with triggered lightning experiments. It's relatively easy to get soil of any composition bombarded by lightning. Perhaps that could be used to create man-made ball lightning outside of the laboratory and capture it on camera.
 

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