Schniepp Group Home
In the nanomaterials & imaging lab, we investigate and develop high-performance lightweight nanomaterials of the next-generation. Such materials will be low-cost to produce, yet very versatile and multi-functional.
Principal Investigator of the Group is Prof. Hannes Schniepp.
Our Lab in the Media
|July 2019|| New Publication: Carbon (2019) — Zhang, Schniepp*, Adamson
"Characterization of graphene oxide: Variations in reported approaches". This review summarizes the current state of GO characterization and advocates for the development of more standard approaches to characterization. (paper).
|July 2019||Incoming PhD student Ben Skopic was awarded the Graduate Arts and Sciences Dean's Recruitment Fellowship. The fellowship is awarded for outstanding accomplishments and for future potential.|
|May 2019||Graduation: Will Dickinson graduated with his PhD on “Interfacial Forces of 2D Materials at the Oil-Water Interface”.|
|May 2019||Graduation: John Gardner graduated with his PhD on “Additive Manufacturing of Nanomaterials Based Hierarchical Structures”.|
|May 2019||Graduation: Undergraduate Ben Skopic graduated with his BS in Physics and doing senior research on “Mechanics of a Bio-Inspired One-Dimensional Thin-Film Mechanical Metamaterial”.|
|April 2019||Qijue Wang traveled to Phoenix, AZ to present his work on “Vibrational Spectroscopy of Nanofibrillar Spider Silk” at the MRS conference.|
|March 2019||PhD student Qijue Wang was the only Arts & Sciences winner of the International Student Achievement Award.|
|March 2019||PhD students Qijue Wang, Dinidu Perera, and Avishi Abeywickrama present at William and Mary's Graduate Research Symposium.|
|February 2019||12-minute radio feature of our silk research titled Bulletproof Spider Silk. Aired Feb. 15 on NPR's show “With Good Reason” hosted by Sarah McConnell. (Episode Link)|
|January 2019|| New Publication: JOM (2019) — Wang, Schniepp*
"Nanofibrils as Building Blocks of Silk Fibers: Critical Review of the Experimental Evidence". We experimentally determined that recluse silk is entirely made of nanofibrils. (paper).
|November 2018||Science Magazine produced a video featuring our recent breakthrough on the nanofibrillar structure of spider silk on Nov. 20. (Link to Video)|
|November 2018||Discussion of the recent ACS Macro Letters paper reaches #1 on the engineering subreddit for two days receiving over 32,000 upvotes and 800 comments. (Link to thread)|
|October 2018|| New Publication: ACS Macro Letters (2018) — Wang, Schniepp*
"Strength of Recluse Spider's Silk Originates from Nanofibrils". We experimentally determined that recluse silk is entirely made of nanofibrils. (paper).
|May 2018|| New Publication: Nanoscale (2018) — Dickinson, Kumar, Adamson, Schniepp*
"High-throughput optical thickness and size characterization of 2D materials". We developed a simple method to measure the thickness of many graphene sheets with atomic precision (press release).