Student Profile: Jack Matteucci

By Nonie Arora

It may be summer, but student scientists are still on the job. Rising Trinity junior Jack Matteucci is heading to CERN in a few weeks to join the many scientists working with data from the Large Hadron Collider.

A Simulated Collision Producing a Higgs Boson Particle, Wikimedia Commons

Scientists working with data from the Large Hadron Collider are trying to determine whether the Higgs Boson, the so-called “God particle” exists. While the Higgs Boson has been called the “God particle” by some because it is currently the last predicted particle in the Standard Model to be observed, physicists are less fond of the name. “There is no doubt that it’s a huge missing piece to the puzzle, accounting for the observed phenomenon know as invariant mass, but it by no means explains everything about particle physics,” Matteucci says.

Einstein’s famous E= mc^2 showed a relationship between mass and energy. According to Matteucci, the Higgs Boson and its associated field would account for certain observed nonsymmetrical weak interactions, which would explain why certain particles have an inherent mass apart from the energy from their motion.

When collisions happen in Large Hadron Collider, thousands of protons collide and sophisticated computer programs must separate these interactions. After these interactions have been separated, data analysts like Matteucci enter the picture. He will be using ATLAS computing to analyze decay processes of elementary particles and confirm particle interactions.

Jack Matteucci

“During these interactions a plethora of particles are created and destroyed within tiny fractions of milliseconds which decay and lead to secondary products,” Matteucci explained.  “Then, scientists try to backtrack to information about primary particles.”

 While the collective effort is huge, the data is still analyzed one person at a time and interactions have to be confirmed thousands of times, according to Matteucci.

At Duke, Matteucci works under the guidance of Al Goshaw, the James B. Duke professor of physics. He’s also collaborating with Meg Shea and Yu Sheng Huang to build a cosmic ray detector. Cosmic rays are high-energy particles from the sun. Particles are produced from the interaction of the sun’s radiation and the Earth’s atmosphere. The team in Goshaw’s lab believes this detector will be very reliable and will be used to test more precise, future detectors.


This entry was posted on Wednesday, June 13th, 2012 at 9:51 am and is filed under Computers/Technology, Physics, Students. You can follow any responses to this entry through the RSS 2.0 feed. You can leave a response, or trackback from your own site.

One thought on “Student Profile: Jack Matteucci

  1. See website articles on Higgs and neutrino on http://sankhyakarika.webstarts.com/index.html.

    In the above theory all the particulate states have been derived from axioms and is extremely accurate.
    The Higgs boson is a reaction the colliding beam in space at a critical density of 3.6E minus 25 kgs/cum and cannot exceed
    140 GEV , In any case it can only display mass characteristics for a femtosecond etc. But space has the critical density whic is mass in the coherent state. Hence its an error in thinking that mass is created by a particle. In the website please read the PHO state derivation to see that mass exists at all levels. Also see the eclipse experiment to learn that a wooden beem is affected by an eclipse at totality. These are proofs. Instead of this huge expense, uncertainty and doubt, a SQUID modified to read potential too can easily
    detect every particulate state as it happens. Cosmic showers themselves a reaction to bambardment that produces the same bosonic states for brief tme.
    . Contact gsvasktg@gmail.com for more.

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