Radiation does not by definition make things it impacts radioactive, and most of the lingering effects that we associate with radiation have to do with radioactive particles that are left behind by the atmosphere. Since there is no particulate matter traveling between the sun and Mars (photons not withstanding), the surface of Mars would not be expected to acquire radioactive properties from an acute solar radiation event like this one. However, an entity on the surface of Mars would be exposed to radiation from the Sun, much more so than an entity on/near earth and it’s magnetosphere (Mars’ thin atmosphere and distance from the sun probably helps reduce that disparity relative to something in say low earth orbit, but I don’t think it fully equalizes or shifts the scales). I am not an astrophysicist, so there’s at least a 20% chance I got part of that wrong.
Isn’t solar wind particulate matter? Mostly hydrogen, a bit of other elements?
Wikipedia tells me:
This plasma mostly consists of electrons, protons and alpha particles
https://en.wikipedia.org/wiki/Solar_wind
Alpha particles also get created by radioactive alpha decay, so I’m guessing, that’s the radioactive part…
Just adding to this, some foods are actually irradiated for preservation purposes. If you’ve purchased premium ____, you may have had a bit of irradiated food. Given that widespread dna breakdown hasn’t occurred across the entire planet, irradiated matter is usually harmless.
