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Office of the Vice President for Research

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Non-Centralized Research Cores

USC is home to a wide variety of labs, centers, equipment and other facilities available to researchers across many fields of study.

Many USC research cores have not been centralized under the Office of the Vice President for Research. These cores are distributed among many USC colleges and departments, and they are available for use by USC researchers just like centralized cores. Below is a list of USC's non-centralized research cores available for easy access by our research community.

 

Non-Centralized Core Facilities

Core Facility Campus Home Unit Service Area Keywords
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A.C. Moore Herbarium

Contact: Herrick Brown

Columbia McCausland College of Arts & Sciences, Department of Biological Sciences

Biological Sciences

Botanical preservation & education

biology botanicals plants

Baruch Marine Wet Lab

Contact: Jill Stewart, Ph.D.

Columbia McCausland College of Arts & Sciences

Environmental Sciences

Marine and coastal sciences

marine ocean baruch coastal

Center for Applied Research & Evaluation (CARE)

Contact: Pamela Gillam, MPA

Columbia Arnold School of Public Health

Public Health 

Public health practices & systems

care health community

Center for Experimental Nanoscale Physics (CENPhys)

Contact: Rongying Jin, Ph.D.

Columbia McCausland College of Arts & Sciences, Department of Physics & Astronomy

Materials Sciences

Condensed matter physics & materials science

materials crystal

Digital Research Services

Contact: Kate Boyd

Columbia University Libraries

Digital Research

Data management, analysis & visualization

library data AI publishing archive

Drug Design and Synthesis Core

Contact: Campbell McInnes, Ph.D.

Columbia College of Pharmacy

Chemistry & Chemical Engineering

Design & synthetic organic chemistry

organic ligand

Machine Shop

Contract: Bill Bradley

Columbia Molinaroli College of Engineering & Computing

Fabrication & Machining

Student training

 

Microscopy and Flow Cytometry Core

Contact: Vitali Sikirzhytski, Ph.D. & Chang-uk Lim, Ph.D.

Columbia College of Pharmacy

Biomedical & Medical Sciences

Microscopy & Flow Cytometry

 

Mass Spectrometry Center

Contact: Bill Cotham, Ph.D.

Columbia McCausland College of Arts & Sciences, Department of Chemistry & Biochemistry

Chemistry and Chemical Engineering

Mass Spectrometry & NMR

 

McCausland Center for Brain Imaging

Contact: Roger Newman-Norlund

Prisma Health McCausland College of Arts and Sciences

Biomedical and Medical Sciences

Brain Imaging and Neuroscience

resonance

McNair Aerospace Center

Contact: Joshua Widawsky

Columbia Molinaroli College of Engineering & Computing

Mechanical & Aerospace Engineering

Aerospace Engineering

AFP composite curing milling

Nuclear Magnetic Resonance Facility (NMR)

Contact: Perry J. Pellechia, Ph.D.

Columbia McCausland College of Arts & Sciences, Department of Chemistry & Biochemistry

Chemistry and Chemical Engineering

Mass Spectrometry & NMR

 

Patient Engagement Studio

Contact: Ann Blair Kennedy, Ph.D.

School of Medicine - Greenville School of Medicine - Greenville

Public Health

Health Systems Science

community health

Peromyscus Genetic Stock Center

Contact: Hippokratis Kiaris, Ph.D.

Columbia College of Pharmacy

Biomedical and Medical Sciences

In Vivo Research and Genetics

gene genetic

Research Computing

Contact: Paul Sagona

Columbia Division of Information Technology

 Information Technology

Computing technology & Data Storage

data systems HPC linux

Single Crystal X-ray Diffraction Facility

Contact: Mark Smith

Columbia McCausland College of Arts & Sciences, Department of Chemistry and Biochemistry

Chemistry & Chemical Engineering

X-ray Diffraction and Materials Electron Microscopy

organic inorganic polymers 

Small-Angle X-Ray Scattering (SAXS)

Contact: Morgan Stefik, Ph.D.

Columbia McCausland College of Arts & Sciences, Department of Chemistry and Biochemistry

Chemistry & Chemical Engineering

Materials Sciences

x-ray microfocus pilatus

Strategic Approaches to the Generation of Electricity (SAGE) Center

Contact: Jochen Lauterbach, Ph.D.

Columbia Molinaroli College of Engineering & Computing, Department of Chemical Engineering

Chemical Engineering

Energy technologies

catalysis nanomaterials XRD

Viral Vector Core

Contact: Sujit Pujhari

School of Medicine - Columbia School of Medicine - Columbia

Biomedical & Medical Sciences

Genomics, Bioinformatics and Biostatistics

virus gene vectors dna

 


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