Mike Corey

So what was it about again?

It's about the real causes of climate change as not being really that seriously affected by human-made CO2, but rather more being affected by these natural cycles of cosmic ray entries

into our, because the universe is an ocean of cosmic radiation, which is being generated from suns, from supernova, from everything, from nebula, quasars, everything is generating.

And we don't understand most of this, but it's saturating the plasma that is most of the universe.

And so

what is regulating its flux into our own biosphere is the Van Allen belt, is the magnetic field, which vacillates according to certain variables of which we have the sun's magnetic field, which itself flips every 11 years.

So the sun's magnetic field, which can become stronger, sometimes it can embrace more of the planets within the solar system, sometimes fewer as it diminishes in influence.

So when that happens, then more of the external extra solar systemic cosmic rays will enter deeper, penetrate deeper into the solar system, including our own Earth, right?

Which means aurora borealis will increase in intensity.

And then there's other forces too, right?

Because the sun, our own galaxy is part of a cluster of other solar systems.

So we have other solar systems, you know, that are also influencing on subtle, but very real ways, our own solar system.

And then we've got our own galaxy that's part of a cluster of other galaxies, like the M13, you got the Andromeda.

So all of these things are variables that are all contextually shaping what people would like to otherwise think is closed systems in a localized region because it helps them sort of make sense and understand things because they can map out what are those simple cycles that cause climate change.

Well, I know that little blip up, that would be probably the, the Holocene, the Holocene warming.

So for the last like 8,000 years, since the big floods happened like what, 10 to 12,000 years ago?

Yes, right.

We were in, what's been a norm, I've seen graphs that zero in to the last couple of million years.

This one's like a big scoped graph.

I don't know how they exactly get all of that data, but I know the ones that I've seen that, that localized things in like the last two, three million years.