/pol/, if we were invincible and could watch Sol supernova (yes, I know it doesn’t have enough mass), what would the entire event look like?
>>540669280The rule I heard about supernovas is that however big you think they are, they're bigger.For example, what's more intense, being Earth-Sun distance from a supernova, or having a thermonuclear bomb go off right next to your eyeball?The answer is, the supernova, by a factor of ten million times.
Bright
>>540669280it would look like staring at welding from 5cm, i.e. you wouldn't see shit
Once it expands into a red giant it will encompass Earth's current orbit.
>>540669280>and could watch Sol supernovayou are lucky, you will be able to watch it Micronova in the 2040s.imagine standing outside on a clear day.now imagine the sun suddenly becoming 10000 times brighter for a few hours.that is what the micronova flash does.>First seconds:the sky turns a blinding violet white. Looking up even for a moment burns your retinas instantly, eyesight is destroyed instantly.the heat pulse is going to be insanely strong. clothing and hair ignite instantly too.your skin chars to the bone in seconds.also asphalt melts, concrete spalls and forests erupt in flames across the entire sunlit hemisphere. all in the first 2 seconds or so.>First minutes:the atmosphere itself begins to glow. a planet wide st. elmos fire crackles from every surface rocks, trees, buildings etc. as the global electric field breaks down.Lightning bolts kilometres wide arc from ground to sky machining the surface creating canyons that can go several kilometers deep.the earths crust is also struck by a telluric current surge that shakes the whole planet with magnitude 10+ earthquakes.the oceans on the day side begin to boil at the surface and steam explodes into the sky.>First hours:the atmosphere is superheated to thousands of degrees.a pressure wave races around the planet at supersonic speed, scouring the surface clean.on the night side, the sky is lit by a continuous, hellish red aurora as the global discharge ionises the air.then the thermal pulse arrives, igniting fires there too.>By the end:The surface is a molten, glassy wasteland.the oceans are boiling.the atmosphere is a toxic mix of superheated steam, nitrogen oxides, and vaporised rock.nothing survives on the surface or for hundreds/thousands of metres underground.
>>540669493All because Iron is a bitch and doesn't wanna play.
>>540669682So fucking bright, the light itself disintegrates you due to, iirc, something called Photon Push, ie the sheer light is like a laser enveloping you and wiping you out before even the blast wave (12 minutes out) hits?
>>540670099The photons have got to navigate some rather dense material to escape the expanding shockwave and wouldn't be instantaneous. Before the light, you'd physically feel a wave of neutrinos like a gentle wind, escaping the star right through the unimaginably dense layers. It would probably irradiate the shit out of you and murder you instantly.
>>540669280You would see a normal sun up until it goes supernova, then you would cease to exist. Typically, such an expansion rate is 3%-10% of the speed of light. Your human reflexes are woefully underpowered to manage to see anything. You would see nothing, nothing, nothing, then you would be gone.
>>540669975>Micronovathe quick rundown is like this:>Stars are externally powered and not internally as the mainstream claims>the most important factor in determining any given stars characteristics is the strength of the current density in Amperes per square meter (A/m2) measured at that star’s surface.>If a star’s incoming current density increases, the arc discharges on its surface (photospheric tufts) will get hotter, change color (away from red, toward blue), and get brighter.>The absolute brightness of a star, therefore, depends on two things: the strength of the current density impinging into its surface, and the star’s size (the star’s diameter).so basically:>Higher ambient plasma density>Higher inflowing current density at the heliopause>Larger total current collected by the star>Larger surface current density at the photosphere>Higher power outputRight now our Solar system is moving towards the Apex Cloud which raises the density, which ramps up the electric current, which directly boosts its luminosity and shifts its color toward bluewhite in the long term (for like 50k+ years).The process is exactly analogous to turning up the current in an arc lamp.also the galactic current sheet, think of it as a power bus. the sun is a load on that bus and the Apex Cloud is a region where the bus cross sectional area is larger and the conductor density higher, offering less resistance.when the Sun plugs into this part of the bus it draws more current and the voltage drop across its own internal double layer, it rearranges and collapses into an arc discharge aka Micronova.There is also a research paper about the Apex Cloud and in this paper ( https://arxiv.org/pdf/astro-ph/0302037 ) they identified 17 stars which are "ahead" of our sun and interacting with the Apex Cloud and they are a window into our Suns future and its not looking good.tl;dr you need to understand the Electric Sun model and just combine this with the suns trajectory.
>>540670681Reminder this guy is a crank retard.
>>540670985reminder you are jewish and butthurt.
>>540670681https://youtube.com/watch?v=5TATOP6RKhg&pp=ygUYRm91bmRhdGlvbiBzdGFyIGV4cGxvZGVzSo…something like this for us?
>>540671732>So…something like this for us?no, like 10000x worse.
>>540669280It will happen so fast your senses won't register it.Don't worry about it.
>>540670099well OP assumes invincibility, but the light would still overhelm your sensory input and you wouldn't see anything but white light everywhere. And that's just in visible range, which would be maybe 0,1% of the total radiation (just guesstimating), not to mention the physical particles
