1. JOSEPH M. GRANGE, PhD
Argonne National Laboratory • grange@anl.gov • 630.252.6313 • https://www.hep.anl.gov/grange/
PROFESSIONAL AFFILATION AND EDUCATION
July 2016 – Present, Argonne National Laboratory Argonne, IL
Senior Research Associate, High Energy Physics Division
July 2013 – July 2016, Argonne National Laboratory Argonne, IL
Research Associate, High Energy Physics Division
Aug. 2007 – Apr. 2013, University of Florida Gainesville, FL
Doctorate of Philosophy, Physics
May 2006, University of Puget Sound Tacoma, WA
Bachelor of Science, Physics; Minor: Mathematics
HONORS
Postdoctoral Performance Award Honorable Mention, Argonne National Laboratory 2016
• Nine awardees out of nearly 300 potential postdoc candidates (link)
Fermilab and Universities Research Association Outstanding Doctoral Thesis Award
• 2013 most outstanding thesis executed in association with Fermilab (link)
Doctoral thesis published in Springer Theses Series
• Confirmed by international experts as an important document in neutrino physics (link)
Charles F. Hooper Jr. Memorial Award, University of Florida Physics Department
• Recognizes excellence in research and teaching
American Physical Society and Indo-US Science and Technology Forum student visitation award
Universities Research Association Visiting Scholarship
MAJOR PUBLICATIONS (FULL LIST HERE)
J. Grange et al. [Muon g-2 Collaboration], “Muon g-2 Technical Design Report” FERMILAB-DESIGN-2014-02
[arxiv:1501.06858].
J. Grange and T. Katori, “Charged current quasi-elastic cross-section measurements in MiniBooNE”, Mod. Phys.
Lett. A 29, 1430011 (2014).
J. Grange et al., “Discrimination of parametrizations for nuclear effects in neutrino scattering through comparisons of
low (∼ 700 MeV) and medium (∼ 3 GeV) energy cross-section data”, Physical Review D89: 073018 (2014) [arxiv:
1311.6053].
A. A. Aguilar-Arevalo et al. [MiniBooNE Collaboration], “First Measurement of the Anti-Muon Neutrino Double
Differential Charged-Current Quasi-Elastic Cross Section” Physical Review D88: 032001 (2013) [arxiv: 1301.7067].
A. A. Aguilar-Arevalo et al. [MiniBooNE Collaboration], “Measurement of the Neutrino Component of an Anti-
neutrino Beam Observed by a Non-Magnetized Detector” Physical Review D84: 072005 (2011) [arxiv: 1102.1964]
RESEARCH EXPERIENCE
Fermilab Muon g-2 Experiment
• Technical manager for installation and alignment of the vacuum chamber system (Level-3 Project Manager,
$1M total budget across materials and labor)
• Leader of a small and excellent team of ten total students, scientists, technicians and engineers
dedicated to the construction, alignment, and installation of the muon g-2 vacuum chamber system.
• Designed and executed many activities to meet or exceed the alignment tolerances relevant for the
extraction of new physics with the muon g-2 experiment
• Critical member of the magnetic field team, including hardware development as well as establishing many C+
+-based software analysis routines.

2. • Author of four internally-reviewed physics notes exploring various systematic effects related to the
extraction of the magnetic field as well as necessary mitigating actions.
MiniBooNE Neutrino Experiment
• Analysis leader for the world’s first observation of mono-energetic neutrinos produced from decay-at-rest
kaons.
• Extracted the first anti-neutrino double-differential charged-current quasi-elastic cross section. This is also
the first anti-neutrino charged-current cross section below 1 GeV.
• Executed the world’s first measurement of the neutrino component of an anti-neutrino beam with a non-
magnetized detector using three independent techniques.
• Designed and carried out the most sensitive measurement of neutrino interactions produced external to the
detector.
LEADERSHIP AND SERVICE ROLES
Oct. 2016 – present: Deputy Run Coordinator, muon g-2 experiment Fermilab
• High-level coordination role overseeing the preparedness schedule of over 100 scientists
and more than 30 detector systems
June 2015 – present: Level-3 Project Manager, muon g-2 experiment Fermilab
• Sole postdoc in a Project Manager role
Dec. 2015 – Dec. 2016: Committee Member, Young Scientist Symposium Series Argonne, IL
• New symposium series charged with exposing and promoting the work of young scientists
Dec. 2015 – Dec. 2016: Committee Member, High Energy Physics Lunch Seminar Series Argonne, IL
• Traditional symposium series charged with bringing engaging physics speakers to interact
with our division
RECENT INVITED TALKS (FULL LIST HERE)
Nov. 2016, “Opportunities with Kaon Decay-at-Rest Neutrinos” Aligarh, India
• Frontiers in Electroweak Interactions of Leptons and Hadrons
Oct. 2016, “The physics and technology of the muon g-2 experiment” Fermilab
• INFIERI conference (Intelligent, Fast, Interconnected and Efficient devices for
Frontier Exploitation in Research and Industry
Nov. 2015, “The new muon g-2 measurement at Fermilab” Ann Arbor, MI
• University of Michigan HEP-Astro seminar
Aug. 2015, “Status of the new muon g-2 measurement at Fermilab” Ann Arbor, MI
• 2015 meeting of Division of Particles & Fields
March 2015, “Magnetic field measurement for the new muon g-2 measurement at Fermilab” Chicago, IL
• University of Illinois at Chicago HEP seminar
March 2015, “Magnetic field determination to 70 ppb for the new muon g-2 measurement
at Fermilab” Chicago, IL
• University of Chicago HEP seminar
TECHNICAL SKILLS
Proficient: C++ • ROOT (C++ data analysis framework for high energy physics data analysis and visualization) •
NUANCE neutrino event generator (based in Fortran and C++) • MIDAS data acquisition system (C++-based) •
ROME online monitor software (C++-based) • LaTeX (scientific typesetting language
Intermediate: MySQL • Python • R statistical analysis tools • Mathematica