Matthias Morzfeld

Assistant Professor

Department of Mathematics

University of Arizona

Member, Program in Applied Mathematics

Member, Statistics GIDP

2016 Sloan Research Fellow


My research interests are Monte Carlo methods, data assimilation, controls and model order reduction. I create and analyze methods and algorithms that are useful in applications in science and engineering, for example in numerical weather prediction or for studying geomagnetic dipole reversals.

My research is supported by NSF, NRL and the Alfred P. Sloan Foundation

Please download my publications here.

Teaching at the University of Arizona

  • Spring 2017: Applied Linear Algebra (Math310), Website,
  • Fall 2016: Linear Algebra(Math313), Website.
  • Spring 2016: Calculus II (Math129), Website.
  • Fall 2015: Calculus I (Math125), Website.

Teaching at the University of California at Berkeley

  • Spring 2014: Numerical Analysis (Math128b), Website.

Teaching Assistant

I have been a teaching assistant for undergraduate classes in the Department of Mechanical Engineering and the Department of Physics at the University of California at Berkeley, and for the Department of Electrical Engineering at TU Darmstadt (Germany).

  • Introductory Physics I (with Prof. Speliotopoulos), Department of Physics, UC Berkeley. Newtonian mechanics, fluid mechanics, thermodynamics (Spring 2009).
  • Introductory Physics I (with Prof. Jacobsen), Department of Physics, UC Berkeley (Fall 2008).
  • Engineering Mechanics II (with Prof. Ma), Department of Mechanical Engineering, UC Berkeley. Introduction to Newtonian mechanics (Spring 2008).
  • Engineering Mechanics II (with Prof. O‚ÄôReilly), Department of Mechanical Engineering, UC Berkeley. Outstanding GSI Award (Fall 2007).
  • Control Design for Mechatronic Systems (with Prof. Isermann), Department of Electrical Engineering, TU Darmstadt (Germany). Lab based course on control design (Fall 2005).

Please download my CV here.

Students

Jesse Adams, Applied Mathematics. Projects: studying super-chrons and the geomagnetic polartiy time-scale by feature-based data assimilation; inverse problems arising from high-energy x-rays.

Travis Harty, Applied Mathematics. Project: forecasting global horizontal irradiance on multiple time-scales.

Andrew Leach, Applied Mathematics (co-advised with Kevin Lin). Project: small noise analysis of symmetrized importance sampling.

Antonio Lorenzo, Optics (co-advised with Alex Cronin). Project: forecasting global horizontal irradiance for solar power applications.

Spencer Lunderman, Mathematics. Project: feature-based data assimilation.

Undergraduate students

Tene Carter

Rafael Orozco

Friends and affiliates

UQ Working Group, with Kevin Lin and Shankar Venkataramani

William Holmgren

Articles

UA News story about geomagnetic reversals (2017)

UA News story about Sloan Research Fellowship (2016)

Contact information

Office: ENR2 S331

Email: mmo [at] math [dot] arizona [dot] edu

Phone: 520-621-0673

Mail: 617 N. Santa Rita Ave., P.O. Box 210089 Tucson, AZ 85721-0089, USA