0009-0009-0851-0834 About
A. Halder is a Ph.D. scholar working under the supervision of Dr. Sharad Dwivedi. Her research mainly focuses on the mathematical study of domain wall dynamics in ferromagnetic heterostructures.
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Publications (10)
- Curved domain wall dynamics in hexagonal magnetostrictive materials: Effects of oscillatory magnetic field, dry friction, and inertial damping Save
- Dynamics of transverse domain wall in bilayer ferromagnetic-heavy metal nanostructures: Interplay of spin-orbit torque, dry-friction dissipation, and the interfacial Dzyaloshinskii-Moriya interaction Save
- Dynamics of curved domain walls in hexagonal magnetostrictive materials with nonlinear dissipation and Rashba effects Save
- Tuning curved domain wall dynamics in bilayer nanostructures using dry-friction dissipation, spin–orbit torque, and inertial effects Save
- Impact of inertial and nonlinear damping effects on the strain-induced domain wall motion in bilayer composite structure Save
- Voltage-controlled motion of transverse domain walls in cubic magnetostrictive materials under transverse magnetic field Save
- Tuning planar transverse domain wall dynamics in bilayer nanostructures using transverse magnetic fields, Rashba, and spin-Hall effects Save
- Ultrafast domain wall motion in hexagonal magnetostrictive materials: role of inertial damping, magnetostriction, and dry-friction dissipation Save
- Strain‐controlled dynamics of transverse domain walls in hybrid piezoelectric–magnetostrictive heterostructures: An asymptotic approach Save
- Role of nonlinear viscous dissipation on the magnetic domain wall motion in multiferroic heterostructures Save