NSAM-ML Consortium

Photo Gallery

Overview
Vision
Consortium Thrusts
Research Highlights
Education and Training
Publications and Conferences
Research Dissemination
Photo Gallery

 

Photo Gallery

 

Dr. Karoui and his team in the nanomaterial characterization laboratory at NCCU. Dr. Akram teaches Ruth Oluwatoyin, a graduate student, the characterization of piezoelectric and ferroelectric materials.
Dr. Karoui and his team in the nanomaterial characterization laboratory at NCCU. Dr. Akram teaches Ruth Oluwatoyin, a graduate student, the characterization of piezoelectric and ferroelectric materials.
Dr. Karoui and Dr. Akram discussing with Physics graduate student, Ruth, and Chemistry student, Kristen, about fabricated piezoelectric being characterized with Raman Confocal spectroscopy.
 Dr. Akram is training graduate student Taiwo on the use of the WITec Integrated Optical Nanoscope (ION).
Dr. Karoui and Dr. Akram discussing with Physics graduate student, Ruth, and Chemistry student, Kristen, about fabricated piezoelectric being characterized with Raman Confocal spectroscopy. Dr. Akram is training graduate student Taiwo on the use of the WITec Integrated Optical Nanoscope (ION).
Brandon Ma joined the training on Scanning Raman Spectroscopy.
 Protecting the Eagle Nest has been our motto during the Covid pandemic, and pursuing our research endeavor has never been halted during the pandemic.
Brandon Ma joined the training on Scanning Raman Spectroscopy. Protecting the Eagle Nest has been our motto during the Covid pandemic, and pursuing our research endeavor has never been halted during the pandemic.
Local Supercomputing infrastructure at SUBR, fully available to Dr. Yang’s group. The computing emphasis of Yang’s group includes atomistic simulation, thermodynamics of alloys to generate phase diagrams, material simulations and machine learning.
 Dr. Yang research group includes two undergraduates, three graduate students, one postdoc, and one professor. The undergraduate and graduate students are trained on computational simulations and machine learning. The group also carries out critical experimentations on high-entropy alloys to generate fresh data or to validate computational predictions.
Local Supercomputing infrastructure at SUBR, fully available to Dr. Yang’s group. The computing emphasis of Yang’s group includes atomistic simulation, thermodynamics of alloys to generate phase diagrams, material simulations and machine learning. Dr. Yang research group includes two undergraduates, three graduate students, one postdoc, and one professor. The undergraduate and graduate students are trained on computational simulations and machine learning. The group also carries out critical experimentations on high-entropy alloys to generate fresh data or to validate computational predictions.
Seminar on simulation of high-entropy alloys offered by Dr. Zhang, SUBR. Dr. Yang’s group meeting is hosted every Friday.
 Undergraduate and graduate students are trained to use a high-quality microscope for loading samples into diamond anvil cell (DAC), which is used for the high-pressure and high-temperature experimentations. After the trainings, the students get fully involved with the senior scientists.
Seminar on simulation of high-entropy alloys offered by Dr. Zhang, SUBR. Dr. Yang’s group meeting is hosted every Friday. Undergraduate and graduate students are trained to use a high-quality microscope for loading samples into diamond anvil cell (DAC), which is used for the high-pressure and high-temperature experimentations. After the trainings, the students get fully involved with the senior scientists.
Highly qualified student, Briana, at ECSU training her peers on electrochemistry techniques.
 Highly qualified student, Briana, at ECSU training her peers on electrochemistry techniques.
Highly qualified student, Briana, at ECSU training her peers on electrochemistry techniques. Highly qualified student, Briana, at ECSU training her peers on electrochemistry techniques.
Dr. Kumar, ESU, after teaching an electrochemistry class, and after a conference virtual session.
 Dr. Kumar, ESU, after teaching an electrochemistry class, and after a conference virtual session.
Dr. Kumar, ESU, after teaching an electrochemistry class, and after a conference virtual session. Dr. Kumar, ESU, after teaching an electrochemistry class, and after a conference virtual session.
Newly acquired, $900,000 equipment for NSOM, 3D Raman spectroscopy, TERS, scanning PL, fluorescence spectroscopy, AFM, conductive AFM, KPFM, KSP, and some proprietary nanoscale optoelectronic characterization methods of ultra-high purity semiconductors.
 One area of the new piezoelectric and ferroelectric laboratory being set up thanks in part to the NSAM-ML project.
Newly acquired, $900,000 equipment for NSOM, 3D Raman spectroscopy, TERS, scanning PL, fluorescence spectroscopy, AFM, conductive AFM, KPFM, KSP, and some proprietary nanoscale optoelectronic characterization methods of ultra-high purity semiconductors. One area of the new piezoelectric and ferroelectric laboratory being set up thanks in part to the NSAM-ML project.