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On 2024-04-16 08:41, Lil-man-ball wrote:
> On Tue, 16 Apr 2024 06:28:46 -0000 (UTC)
> R Kym Horsell <kymhorsell@gmail.com> wrote:
> 
>> In alt.global-warming Alan <nuh-uh@nope.com> wrote:
>>> On 2024-04-15 13:56, Lil-man-ball wrote:
>>>> On Mon, 15 Apr 2024 13:03:09 -0700
>>>> Alan <nuh-uh@nope.com> wrote:
>>>>    
>>>>> So your contention (do you know what that means in this context?)
>>>>> is that something that was changing at approximately 0.063% per
>>>>> year suddenly started changing at about 1% per year; at factor of
>>>>> 16 times faster?
>>>>
>>>> https://twitter.com/CPoppino/status/1776384293268590834/photo/1
>>>>    
>>>
>>> Oh, look!
>>>
>>> YACWAS (yet another chart without a source)...
>>>
>>> ...and then there's the whole issue of the extrapolation being
>>> entirely fanciful.
>> ...
>>
>> Such stuff has been shot down for 30y on AGW fora. Everything from
>> sunspots to anut fanny's parasole has been offered up as an alleged
>> alternative to manmade GHG.
>>
>> But none of them pass the basic numer tests.
> 
> 
> Wrongo, dick doctor, now learn up before you make an arse of yourself
> again:
> 
> 
> https://ia803200.us.archive.org/11/items/mdocs/Books/The%20Next%20End%20of%20the%20World%20-%20The%20Rebirth%20of%20Catastrophism%20by%20Ben%20Davidson%20%282021%29.pdf

Literally NONE of what follows applies to our sun.

Micronovae are a phenomenon of white dwarf stars in a binary system with 
a companion star.

> 
> The sun shines down on the Earth with life-giving light that looks yellow and white as it
> crosses the sky, but one day that will change. Dust, gas, and plasma will begin to
> accumulate in the sun’s atmosphere, causing a dimming to a reddish hue. When the sun
> darkens almost black from accumulation, the light and solar plasma cannot escape, and
> the energetic pressure inside the solar atmosphere grows. The pressure eventually
> overcomes the outer shell, erupting in a micronova.
> The initial eruption will produce a bright flash of visible, UV and x-ray light, which may
> thermally and energetically destroy parts of the biosphere. This is the burning aspect
> described by the Buddhist Sermon of the Seven Sons. This phase will not last for very long,
> a few minutes at most or even possibly just a few seconds. For the next 4-20 hours (until
> the micronova shockwave arrives at Earth), energetic protons and electrons will be
> bombarding the upper atmosphere, delivering an incredible excess of electricity.
> Ambient atmospheric electricity, telluric currents, and atmospheric pressure cells
> connected to the global electric circuit will all be amplified.
> When the shockwave arrives, it will be a long impact, hours to days to even weeks. At first
> the shockwave will be comprised mostly of plasma, accelerated to high speeds, which
> would induce electrical disruptions on Earth that would destroy every power grid, create
> more-unstable atmospheric electricity conditions, and could even cause a sun-facing
> magnetic field collapse, bringing an arc discharge (similar to a magnetar burst) from the
> sky to the ground (pictured). It will also begin to bring the isotopes
> of the nova.
> 
> The bombardment will transition from plasma to dust and other molecules
> as the second component of the wave arrives, which will have the
> isotopes of heavy elements in the nova attached to the dust, and which
> will present itself in vastly non-homogenous ways. If you are facing
> the sun when the plasma arrives, it may be nighttime when the dust and
> heavier components hit. The turning of the Earth through the phases of
> the shockwave impact means that the isotope distribution is different
> across the globe. This is missed in all dating techniques. At this
> point, the dust begins to block out the sky, and it lingers in the
> inner solar system while the larger pieces of the shell arrive- the
> impactors. Silicate material like glass and congealed/cooled plasma and
> dust that have agglomerated in the shell expansion will arrive at the
> end of the shockwave, and the bombardment here likely plays a key role
> in how bad of a disaster the Earth actually faces. If larger pieces hit
> the Earth, it could turn a bad event into a cataclysm.
> 
> 
> 
> 5.1 What is the Solar Micronova?
> Disaster (noun): Combination of dis (ill, negative, pejorative) and aster (star).
> The sun shines down on the Earth with life-giving light that looks yellow and white as it
> crosses the sky, but one day that will change. Dust, gas, and plasma will begin to
> accumulate in the sun’s atmosphere, causing a dimming to a reddish hue. When the sun
> darkens almost black from accumulation, the light and solar plasma cannot escape, and
> the energetic pressure inside the solar atmosphere grows. The pressure eventually
> overcomes the outer shell, erupting in a micronova.
> The initial eruption will produce a bright flash of visible, UV and x-ray light, which may
> thermally and energetically destroy parts of the biosphere. This is the burning aspect
> described by the Buddhist Sermon of the Seven Sons. This phase will not last for very long,
> a few minutes at most or even possibly just a few seconds. For the next 4-20 hours (until
> the micronova shockwave arrives at Earth), energetic protons and electrons will be
> bombarding the upper atmosphere, delivering an incredible excess of electricity.
> Ambient atmospheric electricity, telluric currents, and atmospheric pressure cells
> connected to the global electric circuit will all be amplified.
> When the shockwave arrives, it will be a long impact, hours to days to even weeks. At first
> the shockwave will be comprised mostly of plasma, accelerated to high speeds, which
> 
> would induce electrical disruptions on Earth that would destroy every power grid, create
> more-unstable atmospheric electricity conditions, and could even cause a sun-facing
> magnetic field collapse, bringing an arc discharge (similar to a magnetar burst) from the
> sky to the ground (pictured). It will also begin to bring the isotopes of the nova.
> The bombardment will transition from plasma to dust and other molecules as the second
> component of the wave arrives, which will have the isotopes of heavy elements in the
> nova attached to the dust, and which will present itself in vastly non-homogenous ways.
> If you are facing the sun when the plasma arrives, it may be nighttime when the dust and
> heavier components hit. The turning of the Earth through the phases of the shockwave
> impact means that the isotope distribution is different across the globe. This is missed in all
> dating techniques.
> At this point, the dust begins to block out the sky, and it lingers in the inner solar system
> while the larger pieces of the shell arrive- the impactors. Silicate material like glass and
> congealed/cooled plasma and dust that have agglomerated in the shell expansion will
> arrive at the end of the shockwave, and the bombardment here likely plays a key role in
> how bad of a disaster the Earth actually faces. If larger pieces hit the Earth, it could turn
> a bad event into a cataclysm.
>