NASA Warns of Potential "Huge Space Storm" In 2013
Low Ranked Craig writes "Senior space agency scientists believe the Earth will be hit with unprecedented levels of magnetic energy from solar flares after the Sun wakes 'from a deep slumber' sometime around 2013. In a new warning, NASA said the super storm could hit like 'a bolt of lightning' and could cause catastrophic consequences for the world's health, emergency services, and national security — unless precautions are taken. Scientists believe damage could extend to everyday items such as home computers, iPods, and sat navs. 'We know it is coming but we don't know how bad it is going to be,' said Dr. Richard Fisher, the director of NASA's Heliophysics division. 'I believe we're on the threshold of a new era in which space weather can be as influential in our daily lives as ordinary terrestrial weather.' Fisher concludes. 'We take this very seriously indeed.'"
I seriously wonder whether I should purchase a few crate-sized Farady cages in preparation, and ensure I have non-magnetic backups of everything.
Why should we expect a worse sun spot maximum than previous maxima?
Nowhere in the two linked articles does it say anything about why it would be worse than 2006.
They don't even talk about the unusually long sun spot miminum we've had.
I was hoping for some science about how that might affect the coming maximum...
Yes, secret plans. Don't worry, when we need to know, they'll be disseminated, presumably by a network of tin cans and bits of string, with a smoke signal backup system.
If you were blocking sigs, you wouldn't have to read this.
Big transformers in the power grids will be the main victims. And all of us that rely on having a power grid, of course. As long as you keep a spare car battery to recharge any bionics that require that, and provided that the outage doesn't last too long, I'd expect something like a pacemaker to be just fine.
The issue you refer is to ground loop currents in the electric grid. The storm creates a difference in the ground voltage between different transformers. This creates a massive current that blows out the transformer.
The real issue is that the devices to prevent this (basically huge resistors) are expensive, rare, and take a long time to manufacture. And when we suddenly have half of the transformers in the US explode at once, the outage will not be brief. There is not a large stock of transformers sitting in warehouses as replacements. Transformers take even longer to produce than those resistors, and we would be waiting months before we could repair most of the grid. That's a huge issue.
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