LaGrange Rejection Phenomena: Difference between revisions

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According to [[Milus Blondel]];
According to [[Milus Blondel]];


<div class="boilerplate metadata" id="afd" style="margin: 0 5%; padding: 0 7px 7px 7px; background: #EDF1F1; border: 1px solid #999999; text-align: left; font-size:95%;">''It seems that if you tweak those little suckers just right, and throw a huge amount of juice at them, they will synchronise and spontaneously reject their internal stability. However, rather than collapsing, a sort of discontinuity in space/time is created which produces anti-gravity. We're pretty sure it's not really gravity that's doing it, but what the hell, it works huh?''
<div class="boilerplate metadata" id="afd" style="margin: 0 5%; padding: 0 7px 7px 7px; background: #EDF1F1; border: 1px solid #999999; text-align: left; font-size:95%;">''It seems that if you tweak those little suckers just right, and throw a staggering amount of juice at them, they will synchronise and spontaneously reject their internal stability. However, rather than collapsing, a sort of discontinuity in space/time is created which produces anti-gravity. We're pretty sure it's not really gravity that's doing it, but what the hell, it works huh?''
</div>
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Revision as of 08:25, 4 October 2010

Space/time at the molecular level is even weirder than so-called 'normal' space/time. No-one really understands it, no matter how many equations they chalk up but the Institute for Research into the Already Known, claimed to have discovered the LaGrange Rejection Phenomena while carrying out synchronised spin experiments on bosons as part of their EMTI R&D programme.

According to Milus Blondel;