Co-Theme Leader for Functional Imaging on the Nanoscale
The Center for Nanophase Materials Sciences, Oak Ridge National Laboratory
Oak Ridge National Laboratory
M.S. 8610, Oak Ridge
PH: 1 (865) 5744986
Email: [email protected]
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Sergei V. Kalinin is currently a senior research staff member at Oak Ridge National Laboratory and co-theme leader for scanning probe microscopy at the Center for Nanophase Materials Sciences at ORNL (since 2007), following an Eugene P. Wigner fellow appointment at ORNL (2002–2004). He is also adjunct faculty at Pennsylvania State University and adjunct associate professor at the Department of Materials Sciences and Engineering at the University of Tennessee, Knoxville.
His research is focused on local bias-induced phase transitions and electrochemical transformation in ferroelectric, ionic, and macromolecular systems. It is well recognized that functionality of these materials is dominated by defects that act as nucleation centers for a new phase or pinning centers for moving transformation fronts. Using scanning probe microscopy tip, it is possible to confine the probing electric field on the nanometer scale of single defect, and probe bias-induced transformation through strain or current signal. Sergei's work has demonstrated the possibility for probing bias-induced phase transitions in ferroelectric and multiferroic materials on a single defect level, and deciphering corresponding mesoscopic mechanisms. Furthermore, the phase transition can be guided between several possible pathways, resolving a longstanding control problem for magnetoelectric materials. These methods have recently been extended to map electrochemical reactivity and diffusivity in energy storage materials on the 10 nanometer level, providing a previously unavailable view of electrochemical functionality below the micron level.
The key element of his work is scanning probe microscopy (SPM) of electromechanical and transport phenomena, with specific emphasis of multidimensional and artificial-intelligence–assisted SPM methods. Several of his developments has been adopted and licensed by the SPM industry.
Kalinin received his PhD degree in materials science at the University of Pennsylvania in 2002. During his academic career, he has been the recipient of the Presidential Early Career Award for scientists and Engineers (PECASE 2009), Burton Medal of American Microscopy Society (2010), IEEE-TUFFC Young Investigator Award (2010), the Robert L. Coble (2009) and Ross Coffin Purdy (2003) Awards of American Ceramics Society, AVS Peter Mark Memorial Award (2008), and 2 R&D100 awards (2010 and 2008), as well as Wigner Fellowship of Oak Ridge National Laboratory. He is the author of more than 200 scientific papers (including 1 in Science, 7 in Nature family journals, and 45 in Phys. Rev. Lett., Adv. Mat., PNAS, Nano Lett, and ACS Nano) and 14 patents and patent disclosures on different aspects of SPM and ferroelectric materials applications. He has organized a series of international workshops on piezoresponse force microscopy and SPM for energy storage materials.
Author of more than 200 scientific papers (including 1 in Science, 7 in Nature family journals, and 45 in Phys. Rev. Lett., Adv. Mat., PNAS, Nano Lett, and ACS Nano) and 14 patents and patent disclosures on different aspects of SPM and ferroelectric materials applications. Organiser of a series of international workshops on piezoresponse force microscopy and SPM for energy storage materials.