µMAG Standard Problem #5 Results

See the problem specification.

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µMAG could not succeed without the contributions of colleagues working outside NIST. Although we value the contributions made by these colleagues, NIST does not necessarily endorse the views expressed or the data presented in the submitted solutions shown below.

Solution directory

Submitted Solution

G. Finocchio, A. Giordano
V. Puliafito, G. Siracusano, B. Azzerboni
University of Messina, Italy
R. Tomasello
University of Perugia, Italy
M. Carpentieri
Politecnico di Bari, Italy

Contact: Giovanni Finocchio

These solutions have been computed using petaspin. For a detailed description of the computation of the contributed solutions, see this report. Solutions have been computed at two spatial resolutions. The solutions computed are presented below.

2.5 nm cubic cells

u_T = -72.45 m/s; β = 0
Final Magnetization State Trajectory Data: u_T = -72.45 m/s; β = 0.05
Final Magnetization State Trajectory Data: u_T = -72.45 m/s; β = 0.1
Final Magnetization State Trajectory Data: u_T = -72.45 m/s; β = 0.5
Final Magnetization State Trajectory Data

1.25 nm cubic cells

u_T = -72.45 m/s; β = 0
Final Magnetization State Trajectory Data: u_T = -72.45 m/s; β = 0.05
Final Magnetization State Trajectory Data: u_T = -72.45 m/s; β = 0.1
Final Magnetization State Trajectory Data: u_T = -72.45 m/s; β = 0.5
Final Magnetization State Trajectory Data

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27-DEC-2017