BOOYA!!
Is still echoing in my head. Seems my average WAS high enough... See HERE.
Today I went into uni for my one class this morning. Didn't hang around all day like I normally would do on a tuesday. But when I was leaving the office lady called out to me to come into her office. She handed me a cheque for $2000 and said congratulations. W00T!!
I'm just sick as...
Well ok not so much as sick as I was.
For those who don't know. I've been ironically (spelling?) sick since our mass sicky day. Couldn't get out of bed on wednesday/thursday and still struggling to stay upright for too long. Also been getting the sinus headaches I was getting in year 12 when they thought it was migranes.
So I've missed quite a bit of uni... I don't even have the attention span to read anything while i'm here.
Ok Cbf making this a reasonable post either
Ok first somewhat real post for this new blog.
I know everybody hates changing the links... Deal with it. :)
I decided I want to keep all my old ones so I'm going to keep making new blogs whenever I see fit. I was planning on seeing how long it took people to figure out what my background was, but since I told a few people already I guess there goes that. Though it does give me a good idea... I might put little pictures up somewhere and see if anybody can figure out what they are. Hmmm first I sleep. But tomorrow or the next day I put something up here for anybody bored enough to think about to guess at.
Actually I cbf with a real post now... Do I want my song lyrics yet? Why not. Line added.
Dismissed
As the title suggests; this post is just to fill space. To have a look at what my blog will look like with content as I'm designing it.
On the Proof of the Positive Mass Conjecture
in General Relativity
Richard Schoen and Shing-Tung Yau
Abstract. Let M be a space-time whose local mass density is non-negative
everywhere. Then we prove that the total mass of M as viewed from spatial
infinity (the ADM mass) must be positive unless M is the flat Minkowski
space-time. (So far we are making the reasonable assumption of the existence of
a maximal spacelike hypersurface. We will treat this topic separately.) We can
generalize our result to admit wormholes in the initial-data set. In fact, we
show that the total mass associated with each asymptotic regime is nonnegative
with equality only if the space-time is flat.
0. Introduction
This is the second part of our paper on scalar curvature of a three-dimensional
manifold and its relation to general relativity. The problem in general relativity
that we address is the following: An isolated gravitating system having nonnegative
local mass density must have non-negative total mass, measured
gravitationally at spatial infinity.
