Spin Lab & techniques
Spin Lab & techniques
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Broad research perspective
Broad research perspective
Our research encompasses the following major areas:
(1) Growth of various types of quantum materials and ultra-thin film magnetic multilayers by UHVS, PLD and 2d material heterostructures by exfoliation techniques
(2) Fabrication of the nano-scale devices using optical/electron beam lithography, Argon-ion milling and lift-off techniques
(3) Characterization including DC, RF measurements in a wide temperature range, FMR, spin-torque measurements, magnetoresistance measurements, and thermally driven spin transport, among others
(4) Micromagnetic simulation of devices is actively pursued in our group
Characterization Facility
Characterization Facility
Electronics instruments:
(1) Keysight SMU, (2) Keysight Nanovoltmeter, (3) SR-860 Lock-in amplifier, (4) Keysight RF signal generator (15 dBm, 20 GHz,), (5) Kikosui bi-polar power supply, (6) Function Generator, (7) DAQ from NI, (8) RF-components, etc.
Probe Station with rotating electromagnet
Simulation Lab
Simulation Lab
GPU based computers
Students sitting, meeting, discussion, brain storming
Growth tool
Growth tool
UHVS: Ulta-high vacuum sputter (Vacuum level < 1E-8 Torr)
Tentative delivery: Oct 2026
Device Fabrication
Device Fabrication
The institute shared central facilities such as a clean room, optical, and Electron Beam Lithography
I invite aspiring students to take part in our research program, where they can acquire knowledge in the burgeoning field of spintronics and nanoscience. Participants will have the opportunity to set up various pieces of equipment, as detailed on this webpage, and engage in hands-on experiments
I invite aspiring students to take part in our research program, where they can acquire knowledge in the burgeoning field of spintronics and nanoscience. Participants will have the opportunity to set up various pieces of equipment, as detailed on this webpage, and engage in hands-on experiments
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