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Cover Feature<br />
In recent times contemporary science has been<br />
making significant strides in its untiring effort<br />
“<strong>to</strong> read the mind of God,” by uncovering the<br />
innermost secrets of nature. The ‘discovery’ of<br />
the Higgs boson, popularly known as “the God particle,”<br />
is a his<strong>to</strong>ric miles<strong>to</strong>ne in this adventurous odyssey. Not<br />
only is the discovery itself highly significant, but also the<br />
method used and the complex instruments developed <strong>to</strong><br />
carry out this challenging task are breaking new ground in<br />
the progressive march of science. Although at present it will<br />
of the “global scientific community’s most challenging and<br />
comprehensive quest” <strong>to</strong> delve deep in<strong>to</strong> the secrets of nature.<br />
According <strong>to</strong> Rolf Heuer, Direc<strong>to</strong>r General of CERN, “we<br />
have reached a miles<strong>to</strong>ne in our understanding of nature.”<br />
CMS spokesperson Joe Incanadela thinks that this discovery<br />
may turn out <strong>to</strong> be “one of the biggest observations of<br />
any new phenomena in our field in the last 30 or 40 years,<br />
going back <strong>to</strong> the discovery of quarks, for example.” Joseph<br />
Lykken, a theoretical physicist from Fermilab, near Chicago,<br />
believes that this discovery places us at the centre of “why the<br />
Higgs boson verified at 5 sigma signal<br />
at around 125 GeV<br />
have only limited immediate impact on ordinary people, its<br />
theoretical implications are enormous and the new areas of<br />
research and discovery it will open up in the near future are<br />
full of hopes. Undoubtedly, these developments augur well for<br />
science and the human effort <strong>to</strong> delve deep in<strong>to</strong> the mysteries<br />
of material reality.<br />
The ‘Discovery’<br />
On 4 July 2012 two research teams, CMS and ATLAS,<br />
of the European Organization for Nuclear Research (CERN)<br />
in Geneva, Switzerland, working independently, obtained<br />
clear signs of a new particle having properties very similar<br />
<strong>to</strong> those of the long-predicted Higgs boson, at the level of<br />
5 sigma, meaning an accuracy of 99.999%. This event has<br />
been acclaimed as the “biggest leap in physics,” the crowning<br />
universe is <strong>here</strong> in the first place.” Reasons for this euphoric<br />
optimism are not hard <strong>to</strong> find, since this finding, if fully<br />
established scientifically, can be “the key <strong>to</strong> the cosmic riddle”<br />
of explaining how material bodies exist, how they get size,<br />
shape and materiality. It can also serve as the springboard for<br />
further ideas and insights <strong>to</strong> solve many riddles challenging<br />
science <strong>to</strong>day.<br />
Strictly speaking, the announcement of CERN on<br />
4 July 2012 cannot be termed ‘a discovery’, since further<br />
confirmations are needed. However, for all practical purposes<br />
it can be treated as a discovery, and this is why I am referring<br />
<strong>to</strong> it as a scientific discovery in this article.<br />
What is the ‘God Particle’?<br />
Simply put, the ‘God particle’ gives mass <strong>to</strong> material<br />
bodies. Mass is a technical concept in Classical or New<strong>to</strong>nian<br />
JIVAN: News and Views of <strong>Jesuits</strong> in India OCTOBER 2012 5