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Field
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transport measurements to investigate how orbital currents transfer angular momentum to local magnetization and drive magnetic textures. Key Responsibilities: Depositing high quality magnetic thin films
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with fabrication techniques such as flexible substrates, and microelectronics. Familiarity with sensor integration and characterization methods, including for health monitoring/ wearable robotics
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orbital currents and local magnetization. Key Responsibilities: Depositing high quality magnetic thin films Performing structural and magnetic characterization Fabricating devices using lithography
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: The Microsystems and Nanotechnology Division at the National Institute of Standards and Technology (NIST), Gaithersburg, MD is searching for postdoctoral researchers who are motivated to develop novel electronic
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improve the performance, reliability, and thermal management in microelectronics packages and wide bandgap power electronics. The researcher will work closely with NIST experts in optics, thermal metrology
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substrates, and microelectronics. Familiarity with sensor integration and characterization methods, including for health monitoring/ wearable robotics applications. Ability to work independently and as part of
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of polarization and magnetization degrees of freedom. Efforts are also aimed at learning computationally lean and geometrically rich representations and designing methods for quantifying uncertainty of predictions
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, in particular, the quantum functions and magnetism Optimize the fabrication and mechanism exploration. Job Requirements: PhD in Physics Experience in material and device fabrication Experience in
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with fabrication techniques such as flexible substrates, and microelectronics. Familiarity with sensor integration and characterization methods, including for health monitoring/ wearable robotics
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/ Microelectronics/ EEE/ or related. Hands-on semiconductor process development in cleanroom (Cu interconnect/wafer or hybrid bonding; litho/etch/CMP/plasma/anneal). Characterization: optical/profilometry, SEM/TEM