Understanding the Higgs Boson in under 10 minutes

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This is not a scientific article and should not be treated as such. As a work of popular science, this aims to introduce the Higgs boson (AKA the God Particle as the media call it) to the common man with a limited scientific background.

As of the time of writing this article, no papers had been published by CERN describing their results/discovery of the Higgs boson and hence no statistics or other data have been provided.

It is worth noting that CERN conducted multiple experiments at the LHC and two experiments, namely ALICE and CMS both independently discovered the Higgs boson simultaneously, thus strengthening the credibility of physicists’ claims.

BY 1915, EINSTEIN’S THEORY OF RELATIVITY had — even if it made absolutely no other point to the layman — certainly put the equation E=mc^2 on almost everybody’s tongue.

It all started with the big bang, er… Einstein

The equation has far-reaching implications even to this day, one of which is the equivalence of mass and energy.

The equation, as is obvious, says that energy (represented by E) is equal to mass (represented by m.) Precisely how they are equated is another matter altogether, but what we need to gather from this equation at the moment is that Einstein said showed that mass and energy are inter-convertible i.e. he showed that at some level they are pretty much the same!

Now this cropped up a new problem. If energy and mass are so easily converted into one another, what makes mass stay as mass? Continue reading