Current Events: Science -- Quantum Inquisition: Purdue Continues Pursuit of Higgs' Boson

Purdue University's, Particle Physics group is a leading International force in particle physics, being amongst the top 10 groups in the US as well as being a major group in the CMS experiment. On December 13, 2011 two of the teams working on the Higgs' boson mystery -- CMS & ATLAS announced spikes in energy readings that could indicate presence of the infamous particle, however it could also have been an error. Experiments with the LHC (the world's largest particle collider) have only further marginalized the places this expected particle could exist. Even still, these experiments have left our scientists with indications that the particle could very well be out there; that possibly, they are on the right track.

The LHC itself is designed to aim focused beams directly at one another, each containing either billions of protons or electrons (both "hadron's"). The resulting collision is this wondrous discovery of a swirling mass of particles which seem to operate near-seamlessly on the principles that modern science has defined as "quantum mechanics". Particle physics is governed by quantum* mechanics*. The Higgs Boson is a theoretical particle - believed to be the last unfoundparticle in the standard model. It is theorized to pass through a respective field whose interactions cause the weight values (or non-weight values) of all particles in the Universe. Finding this particle won't necessarily conclude anything other than the basic structural model (i.e.Standard Model) or pattern of standard particle interactions which have been known to occur through experiments in particle collision.

Higgs' boson is not a proven particle, it is not accepted by all of the scientific community, nor has any hard scientific evidence been hosted to indicate the realised existence of this particle via successful experimentation - until now. According to Purdue.edu's Newsroom: Daniela Bortoletto -- a highly distinguished member heading the project that seeks to find the particle -- says the search may soon be over. She anticipates that successfully identifying the particle is achievable by the end of next year. This is due to the expected doubling or tripling of informational data on the project by that point as well as possible technological strides which could increase the the capabilities and energy capacities of the LHC.

Many people often wonder about the cataclysmic effects of particle smashing, for those who are still wondering, "Why particles? Why are we smashing them together, isn't that destructive?", -view here. As of yet, we seemed to have only gained sight into the quantum interactions of fundamental constituents which make up atoms. The purpose of the LHC is to exploit the truth about the Higgs Boson, prove or disprove the existence ofsupersymmetry (a theory that relates particles of one spin to other particles whose spin differs by one-half unit less - supersymmetry is the cascading relationship amongst particles which respectively ensues as a result of this supposed connection), as well as the possibility of witnessing "other dimensions," and in understanding the nature of this mysterious "dark matter," which appears to account for nearly 25% of the mass-energy in the Universe.

Whether or not the LHC will be our gateway to revealing the mysticism - or even the simple mysteries of modern science, is yet to be determined. Though, it seems hopeful that within at least the next two years we should see significant advancements in one direction or another, presumably advancements in positive directions. Science is a process and the LHC is an extensive tool to help demonstrate some of nature’s intrinsic and seemingly invisible properties. These are properties and happenings that don't occur within the margin of our average perceptions or daily physical interactions. At times it seems hard to believe that with all the commotion experienced on our planet that stranger things don’t happen in our day-to-day lives. Quantum physics is giving insight into the functions of the seemingly invisible processes and the forces which bind them.

Quantum mechanics and subsequent studies of particulate matter are up-and-coming in this current age. Science is taking leaps and bounds into a new generation and a whole mass of Humanity is going to find itself left behind in the rapture. We are emerging from the age of the atom and into a new era of quantum exploration and unified mathematics. Studying the microscopic and comprehending the macroscopic have become much more approachable through technology as well as the constant, systematic cataloguing of scientific progress.

For more information on how theLHCworks and exactly what the process of "particle collision" entails - visit here. For more information about the source of this story - Quantum Inquisition: Purdue University Continues Pursuit ofHiggs'Boson a.k.a. "God Particle," visit Purdue University's Newsroom and hear about it first-hand! For persistent information pertaining to the scientific strides and/or initiatives of Purdue University's Physics Research department, feel free to visit their website -here. Particle Physics is considered experimental, high-energy physics. The quest for knowledge is no more dubious than the initiative to conceal it.