Table of Contents
Hannes C. Schniepp
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Email: | schniepp@wm.edu | ![]() |
Phone: | 757-221-2559 | ||
Fax: | 757-221-2050 | ||
Room: | ISC 0285 | ||
Full Address: | see Contact page. | ||
LinkedIn: | www.linkedin.com/in/schniepp | ||
Professional Positions
2021— | VMEC Professor of Applied Science — William & Mary, Nano & Biomaterials Lab | |
2020— | Professor of Applied Science— William & Mary, Nano & Biomaterials Lab | |
2015–2018 | Adina Allen Term Distinguished Associate Professor — William & Mary Department of Applied Science |
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2016— | Courtesy Associate Professor of Physics — William & Mary | |
2014–2015 | Guest Professor —
Swiss Federal Institute of Technology (ETH) Department of Materials Science (D-MATL). Host: Prof. André Studart |
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2014–2020 | Associate Professor — William & Mary Department of Applied Science, Nano & Biomaterials Lab |
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2008–2014 | Assistant Professor — William & Mary Department of Applied Science, Nano & Biomaterials Lab |
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2004–2008 | Associate Research Scholar —
Princeton University Chemical Engineering Department http://www.princeton.edu/ |
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Education
2004 | Dr. sc. nat. — Swiss Federal Institute of Technology (ETH) Department of Chemistry and Applied Biosciences |
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1999 | Dipl. Phys. —
Universität Konstanz, Germany Physics Department |
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Awards and Honors
2021 | VMEC Professor of Applied Science (Eminent Scholar Appointment) | |
2018 | Plumeri Award for Faculty Excellence (William & Mary) | |
2015 | Adina Allen Term Distinguished Associate Professor of Applied Science | |
2014–2015 | Guest Professor — Swiss Federal Institute of Technology (ETH) | |
2014 | NSF CAREER Award (National Science Foundation) |
Publications
Link: Full publication List
Publication Highlights
- 48 accepted peer reviewed publications, 11 other publications
- >19,000 total citations, h-index=30 (according to google scholar, as of 3/1/2023)
- 5 "Highly Cited" papers according to Thomson/Reuters as of Aug 2016
(top 1% papers in the fields of materials science, chemistry, and physics) - 1 issued U.S. patent, several pending patents
- Keynote Lectures at conferences, 60 Invited Talks
- 48 talks and 25 posters at national and international conferences
- 2 published Data sets
- 1 published piece of Software (free and open source)
Verified Publication, Citation, and Activity Repositories
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Funding
- 15 grants from federal and state institutions, from industry, and from foundations
- Hannes C. Schniepp is Principal Investigator on 13 of these 15 grants
- Total extramural funding > $1,800,000
Teaching
Service
Professional Service
Peer Reviewing
- Peer reviewer for 189 manuscripts in 63 journals
- Editor for 25 manuscripts (mostly JOM and PLOS ONE)
- Certified reviewer and editor reports on Publons
Proposal Reviewing
- Proposal reviewer for NSF, ACS Petroleum Research Fund, ETH Zürich, TU Wien, and many more.
Research at Previous Institutions
2004–2008 | Postdoctoral position — Princeton University, Chemical Engineering Department Supervisors: Prof. Ilhan Aksay and Prof. Dudley Saville “BIO-INSPIRED NANO-MATERIALS” A) Self-assembly and self-healing at the molecular scale [3], [5], [6], [9], [11] B) Graphene-based nano-materials [4], [7], [8], [10] C) Nanoscopic building blocks of bio-materials D) Advancement of scanning probe techniques [5], [6] |
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1999–2004 | Ph.D. thesis — Swiss Federal Institute of Technology (ETH), Zürich, Switzerland Supervisor: Prof. Vahid Sandoghdar “FROM NANO-OPTICS TO BIOPHYSICS” A) Optical investigation and spectroscopy of single nanoparticles [1], [2] B) Developing combined optical and scanning probe tools [1] C) Application of optical and scanning probe tools in biophysics |
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1998–1999 | Diploma thesis — Universität Konstanz, Konstanz, Germany Supervisor: Prof. Dr. Jürgen Mlynek “EXPERIMENTAL QUANTUM OPTICS WITH NANOSTRUCTURES” A) Light–Matter interaction at the nanoscale [1] B) Tools for optical investigation of single particles [1] |
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1997 | Summer scholarship — Universität Konstanz, Konstanz, Germany Supervisor: Prof. Dr. Jürgen Mlynek Topic: “Nano-structuring of WO3 coated glass surfaces” with hydrogen gas by means of pulled micro-/nano-pipettes. |
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