The Professional Preparation section lists academic qualifications such as degrees and diplomas. Each record stores the degree, major, institution and year. The records can also be hidden from public view by checking the hide checkbox. Please click here for available slides.
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Proton collisions produced at CERN's Large Hadron Collider (LHC)
Whatever surprises await in collisions that reproduce conditions common during the first billionth of a second following the Big Bang
Annihilation of electrons and positrons with the PEP-II storage ring at SLAC
The Publications section lists any and all publications worked on. Research Explorer's search engine indexes data in this field for keyword searches. The category field is a user defined field where any number of categories can be created by the user to categorize publications. For example, publications can be categorized by the Journal that they appear in. Please click here for available slides.
Observation of a new particle in the search for the Standard Model Higgs boson with the ATLAS detector at the LHC. (ATLAS Collaboration) G. Aad, et al., Physics Letters B716, 1 (2012). http://www.sciencedirect.com/science/article/pii/S037026931200857X
Exclusive Production of Ds+Ds-, Ds*+Ds- and Ds*+Ds*- via Annihilation with Initial-State Radiation. (BABAR Collaboration) B. Aubert, et al., Physical Review D76, 111105 (2010). http://link.aps.org/doi/10.1103/PhysRevD.82.052004 (Principal authors: J.M. Izen, A. Palano)
Exclusive Initial-State Radiation Production of the DD,DD∗and D∗D∗ System (BABAR Collaboration) B. Aubert, et al., Physical Review D79, 092001 (2008). http://link.aps.org/doi/10.1103/PhysRevD.79.092001 (Principal authors: J.M. Izen, A. Palano)
Study of the Exclusive Initial-State Radiation Production of the DD System (BABAR Collaboration) B. Aubert, et al., Physical Review D76, 111105 (2007). http://link.aps.org/abstract/PRD/V76/E111105 (Principal authors: J.M. Izen, A. Palano)
Observation of a broad structure in the π+π−J/ψ mass spectrum around 4.26-GeV/c2 . BABAR Collaboration (B. Aubert et al.). BABAR-PUB-05-29, SLAC-PUB-11320, hep-ex/0506081, Jun 2005. Phys. Rev. Lett. 95, 142001 (2005).
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As the winners of the 2013 Nobel Prize in physics were announced Tuesday, UT Dallas physics professor Dr. Joe Izen was at a conference in Morocco, surrounded by fellow physicists watching the announcement live via webcast.
“Our room erupted in spontaneous applause as the prize was announced,” Izen said.
The Royal Swedish Academy of Sciences awarded the prize to theorists Peter Higgs of Britain and Francois Englert of Belgium in recognition of their work developing the theory of how particles of matter acquire mass.
Hundreds of U.S. scientists, including a team from UT Dallas led by Izen, also have reason to celebrate. These experimentalists confirmed the theorists’ ideas in July 2012 when they discovered the so-called Higgs particle, or Higgs boson, at the CERN research facility in Geneva.
Prof Honored for Ability to Unlock Secrets of Physics
Dr. Joseph Izen, professor of physics at UT Dallas, is one of two faculty members to receive a 2012 Regents’ Outstanding Teaching Award, which recognizes extraordinary performance and dedication to excellence in the classroom.
A total of 65 educators from institutions within the University of Texas System received the 2012 award, which is the highest honor given by the UT System Board of Regents.
Izen learned of his Regents’ Award selection while working on an experiment called ATLAS at the Large Hadron Collider at CERN, the European Laboratory for Particle Physics located near Geneva, Switzerland. As a member of the ATLAS team, Izen was part of an international research collaboration that recently found compelling evidence for the Higgs boson, a long-sought-after elementary particle.
Two UT Dallas professors are among the 65 faculty members from institutions across The University of Texas System that have been honored by the UT System Board of Regents as recipients of the 2012 Regents’ Outstanding Teaching Award.
The UT Dallas honorees are Dr. Joseph Izen, professor of physics; and Dr. Clint Peinhardt, an assistant professor of political science.
“We have a responsibility as a Board to support, encourage and reward our most innovative and effective educators. These annual awards help advance a culture of excellence and recognize outstanding performance in the classroom and laboratory that directly benefit our students for life,” Regents’ Chairman Gene Powell said. “On behalf of the Board of Regents, I congratulate each of these dedicated professionals for their commitment to exceptional teaching and providing an education of the first class for our students.”
What began as entertainment at a dinner to celebrate the construction of a Large Hadron Collider (LHC) experiment at the CERN laboratory in Switzerland culminated in an unusual side project among scientists, including UT Dallas’ Dr. Joe Izen.
Izen, professor of physics and principal investigator for the UT Dallas High Energy Physics Group, works on the ATLAS experiment studying the head-on collisions of high-energy particles. Upon joining ATLAS in 2007, Izen quickly discovered fellow scientists there shared his interest in playing music.
After coming to Dallas to work on the Superconducting Super Collider (SSC) in 1991, Izen formed a band called Squirrelheads in Gravy to play old-time Southern mountain music for contra dances hosted by the North Texas Traditional Dance Society.
University of Texas at Dallas researchers played a role in groundbreaking experiments that led to the discovery of a new elementary particle of matter, one that is “consistent” with the long-sought-after Higgs boson.
When the much-buzzed-about July 4 announcement of the new particle was made by officials at the CERN research facility in Geneva, UT Dallas faculty members, postdoctoral scientists and students involved in the research were positioned around the globe – in China, Australia and Europe.
The research results were so highly anticipated by the scientific community that investigators on-site at CERN, including UT Dallas physics undergraduate student Cyrille Chiari, lined up the night before just to get a seat in the packed auditorium for the early-morning statement.
“To give an idea of how motivated people here are, the fire alarm went off and no one moved an inch,” Chiari said in an email. “It went on for 10 minutes and still no one left.”
UT Dallas physics student Alex Palmer has won an award from theDepartment of Energy (DOE) Office of Science Graduate Fellowship Programto pursue research on particle physics.
The terms of the fellowship are generous. The $50,500 award includes support for tuition and fees, an annual living stipend and an annual research stipend. It is renewable for up to three years, as long as the fellow makes progress toward a PhD and attends a yearly research conference.
“I’m very excited because it grants me a lot of extra freedom in graduate school,” said Palmer, who will graduate this May with a bachelor’s in physics. “I can likely get into research during my first semester, rather than just taking classes and being a TA. Additionally, if for some reason I decide to switch specialties within physics, I won’t be a year behind.”
A physics colloquium on Wednesday began with a dedication of a poster that places the closest star to our sun squarely atop UT Dallas.
The event was the result of an effort by the Gruppo Astrofili di Piacenza astronomy club in Italy to illustrate the vastness of space.
The club created an “Astronomy Park” scale model of the solar system using posters to mark the locations of various heavenly bodies. Club members set the scale at 1:5,000,000,000, or about 79,000 miles per inch, so that the model could fit inside a public park in Piacenza, Italy.
The Science Learning Center’s tile exterior was inspired by two patterns: atomic emission spectra of gases, and human DNA when it is separated in a process called gel electrophoresis.
The Science Learning Center doubles the number of instructional science labs at UT Dallas and brings labs from a variety of disciplines together in one facility.
Classes in chemistry, biology, physics, the geosciences, and science and mathematics education will be taught in the new space.
Designed with the participation of faculty, including Physics Professor Joseph M. Izen, who chaired the building’s advisory committee, every aspect of the facility has been designed to satisfy specific academic goals.
Its plot centers on a secret society’s mission to destroy the Vatican using a small amount of antimatter. Author Dan Brown’s Angels & Demons novel is a work of fiction set in the all-too-real setting of the Large Hadron Collider (LHC) at the European particle physics laboratory CERN, before the action moves to the Vatican City and Rome.
The best-selling novel was adapted for celluloid by director Ron Howard and makes its big screen debut May 15. Tom Hanks portrays world-renowned Harvard symbologist Robert Langdon, and parts of the film were actually filmed at the LHC.
Though a compelling page-turner and brilliant blend of science and fiction, elementary particle physicists readily spot when the novel departs from real science and the realm of the possible to the unreal possibility of an antimatter catastrophe, courtesy of the minuscule amounts generated at CERN.
“Antimatter is real, unlike Kryptonite,” said Dr. Joseph M. Izen, a professor of physics. “There actually was a dedicated experiment at CERN to trap antiprotons and to make antihydrogen a few years ago, but that was not part of the LHC program. There is a conversion of mass to energy when matter and antimatter annihilate, but the quantity of antimatter in Angels & Demons, the trap holding it and its appearance as a floating, pulsating antiblob in the book/movie are fictional plot devices. These days, more antiprotons are being made by the accelerator complex at Fermilab in the U.S. than are being produced at CERN.”
U. T. Dallas High Energy Physics Researchers Behind Discovery of Mysterious New Particle
RICHARDSON, Texas (July 7, 2005) – Scientists from The University of Texas at Dallas (UTD) High Energy Physics (HEP) Group were instrumental in a discovery disclosed to the scientific community last week of a mysterious new subatomic particle – dubbed Y(4260). The researchers are part of the BaBar experiment, a United States Department of Energy (DOE) particle physics collaborative research program being conducted at the Stanford Linear Accelerator Center (SLAC).
The discovery could ultimately provide scientists with a deeper understanding of the makeup of the universe.
Details of the breakthrough are contained in a paper that was submitted to the journal Physical Review Letters. In addition, the discovery was reported last week at a research conference in Uppsalla, Sweden, and an announcement was made, also last week, by SLAC (http://www.slac.stanford.edu/gen/pubinfo/pr/20050701/).
Major contributors to the discovery include four researchers from UTD – HEP Group scientist Dr. Shuwei Ye, Professor and Physics Department head Dr. Xinchou Lou, Physics Professor Dr. Joseph Izen and Ph.D. student Glenn Williams. The group’s research is funded by the DOE.
Physicists Join Massive Collider in Search for Truths
The device that may answer how the universe came to be is the largest and one of the most expensive devices ever created.
The Large Hadron Collider (LHC) sits beneath the surface of the earth along the Franco-Swiss border outside Geneva. The arms of the world’s largest particle accelerator form a 17-mile tunnel beneath the earth. Within this tunnel, protons are accelerated to almost the speed of light before being slammed against an opposing stream of protons in a head-on crash of cosmic proportions.
The goal? To answer such fundamental physics questions as, What is the origin of mass? What is dark matter? And, what happens to matter when it’s heated to 100,000 times the temperature at the center of the sun?
UTD Physics Department to Host Monthly Meetings of Texas Astronomical Society
RICHARDSON, Texas (Dec. 12, 2005) – The Texas Astronomical Society (TAS) of Dallas, one of the premier amateur astronomy organizations in the country, will begin holding its monthly meetings on the campus of The University of Texas at Dallas (UTD) starting in January. The new cooperative arrangement between the two organizations should prove beneficial to students and members of the public, according to a UTD professor involved in bringing the group to the school.
“We believe this partnership will provide tangible benefits to UTD students with an interest, professional or otherwise, in astronomy, as well as to Dallas-area high school students and members of the general public who become involved in joint astronomy-related outreach programs envisioned by the university and TAS,” said Dr. Joe Izen, a professor in UTD’s physics department, which will host the monthly meetings. “We look forward to working with TAS, and are excited to be able to welcome many of the society’s nearly 600 members to campus each month.”
UT Dallas' High Energy Physics Group Receives $600,000 in DOE Research Funding
RICHARDSON, Texas (May 25, 2001) - The U.S. Department of Energy (DOE) has renewed research funding for the High Energy Physics Group at The University of Texas at Dallas with a $600,000 award for the period 2001-2004.
It is the fourth three-year award DOE has granted the group, with funding increasing each period.
The grant will enable two UTD faculty members - Joseph M. Izen, professor of physics, and Xinchou Lou, associate professor of physics - to study the differences between the behavior of particles known technically as "Bmesons" and their anti-matter counterparts, one of the top priorities in DOE's particle physics research program. The BaBar experiment, as it is called, is taking place in California, utilizing an experimental facility at the Stanford Linear Accelerator Center at Stanford University which smashes together electrons and their anti-matter, positrons.
The Additional Information section describes any other topics you wish to display on your profile that is not in another section. Research Explorer's search engine indexes data in this field for keyword searches. Please click here for available slides.
Dr. Izen is an high energy particle physics experimentalist exploring high-energy proton collisions produced at CERN's Large Hadron collider and electron-positron collisions at the Stanford Linear Accelerator Center (SLAC) . He is Principal Investigator of a Department of Energy grant supporting the UT Dallas' High Energy Physics Group work on the ATLAS and BaBar experiments.
Henri D. Dickinson Fund Prize, best record of B.S. recipients, Cooper Union, 1977
Cooper Union Alumni Association Award, 1977
Eli Lilly Teaching Fellow, 1987-1988
National Science Foundation – Center for Global Partnership Fellow, 1997-1998
University of Texas Regents’ Outstanding Teaching Award, 2012
CERN Scientific Associate, 2013-2014
Professional Service Activities
Service to the University
Faculty Senate (2007-2010, 2011-present)
Academic Council (2007-2008)
GEMS Math and Science Education Council (2008-2010)
Service to the School of Natural Sciences and Mathematics
Chair, Advisory Committee (the “shepherd”) during the design and construction of the UTD
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