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Kelly Oakes GBR

I'm an Undergraduate Physics student from Imperial College London, about to start the Masters year of my degree. I mostly write about physics research papers that I find interesting in the hope that other people will find them interesting too. The wordpress version of my blog is here.

My posts are presented as opinion and commentary and do not represent the views of LabSpaces Productions, LLC, my employer, or my educational institution.

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Recent Comments

From Poincare and caos, for modest changes in the initial conditions, the motion of the system becomes chaotic and completely unpredictable. This is impotrtant for viewing two galaxies mix. Three b. . .Read More
Aug 01, 2011, 4:08pm

Poincare find that trhee body don not have mathematical representation. The mix of two galaxies must be a big caso .Or not? . . .Read More
Jul 29, 2011, 11:14pm
Comment by Kelly Oakes in How the Sun lost its spots

Psycasm said: Also, how great is that app? I love it. I've tried a few times to construct a pin-hole pr. . .Read More
Mar 11, 2011, 12:40pm
Comment by Jade in How the Sun lost its spots

Great article Kelly! . . .Read More
Mar 09, 2011, 1:40am
Comment by Psycasm in How the Sun lost its spots

Also, how great is that app? I love it. I've tried a few times to construct a pin-hole projector for solar viewing, but never managed to get it right. Are there other ways to safely view the sun an. . .Read More
Mar 08, 2011, 8:16pm
Views: 318 | Comments: 5
Last by Kelly Oakes on Mar 11, 2011, 12:40pm


It may look like a static yellow ball from here, but in reality the Sun is alive with activity. Right now it is becoming more active each day as we get closer to the next solar maximum, which is expected to peak in July 2013. However, a couple of years ago it was quieter than it had been for nearly a century. It had very few sunspots and radiated very little energy. This variation is normal — the Sun goes through regular cycles where its activity and number of sunspots go up and then down again. What was unusual was the depth of this solar minimum.

Dibyendu Nandy, from the Indian Institute of Science Education and Research in West Bengal, and colleagues Andres Munoz-Jaramillo and Petrus Martens, from Montana State University, think they might have found the reason for this almost unprecedented solar calm.

Each solar cycle lasts roughly 11 years. After this time, its magnetic field flips over. After two cycles the magnetic field has flipped twice and it ends up back where it started. During these cycles the amo . . . More
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