Other
JILA Physics Frontier Center Virtual Meeting
When
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A virtual meeting where JILA Fellows and some students and postdocs will present recent developments at JILA on research thrusts carried out by the JILA Physics Frontier Center. A Center funded by the NSF. You are all welcome and encouraged to join.
JILA Physics Frontier Center Virtual Meeting
When
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A virtual meeting where JILA Fellows and some students and postdocs will present recent developments at JILA on research thrusts carried out by the JILA Physics Frontier Center. A Center funded by the NSF. You are all welcome and encouraged to join.
JILA Mentoring in a Research Environment Training (day 2)
When
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Description: This training was developed by the Center for the Improvement of Mentored Experiences in Research (CIMER) at University of Wisconsin Madison and provides evidence-based, interactive mentor training curricula that engages mentors in collective problem solving and connects them with resources to optimize their mentoring practices. Mentors engage in activities, assignments, case studies, and facilitated discussions to solve mentoring dilemmas and share successful mentorship strategies.
Learning Objectives:
JILA Mentoring in a Research Environment Training (day 1)
When
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Description: This training was developed by the Center for the Improvement of Mentored Experiences in Research (CIMER) at University of Wisconsin Madison and provides evidence-based, interactive mentor training curricula that engages mentors in collective problem solving and connects them with resources to optimize their mentoring practices. Mentors engage in activities, assignments, case studies, and facilitated discussions to solve mentoring dilemmas and share successful mentorship strategies.
Learning Objectives:
Atomic scale thermal sciences: from molecular phononics to near-field probing of nonequilibrium heat flow
When
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Single atoms and molecules are the emerging frontier in engineering applications as they represent the ultimate limit of modern electronic and photonic devices. While controlling at these extremely small scales have become a reality, the understanding of energy transport, conversion, and dissipation properties of these systems is falling behind due to the lack of experimental tools.