The National Science Foundation (NSF) is funding Purdue University at a level of $14.5 million for the operation and advancement of nanoHUB.org, a national nanotechnology infrastructure. Two other independent NSF grants, each at a level of $3.5 million to Purdue and the University of Illinois, Urbana Champaign, will advance nanoelectronic and nano-bioengineering while using nanoHUB to engage a global community. The resulting Network for Computational Nanotechnology (NCN) is now funded at a level of $21.9 million for five years.
The NCN cyber platform plans to expand its widely used nanoHUB online science and engineering gateway, developing a virtual society that shares simulation software, data, and other innovative content that provide engineers and scientists with the fundamental knowledge required to advance nanoscience into nanotechnology. The NCN cyber platform is led by Gerhard Klimeck, principal investigator and professor of electrical and computer engineering at Purdue University.
Annually, over 255,000 users in 172 countries participate in nanoHUB, an online meeting place for simulation, research, collaboration, teaching, learning, and publishing. The nanoHUB provides a library of 267 simulation tools, free from the limitations of running software locally. Over 12,000 people annually use simulation tools on nanoHUB in the scientific computing cloud.
The nanoHUB provides over 3,000 resources from more than 1,000 authors for research and education, including courses, tutorials, seminars, discussions, and facilities to foster nano-research collaboration.
NCN founding director Mark Lundstrom, the Don and Carol Scifres Distinguished Professor of Electrical and Computer Engineering at Purdue, launched the effort in 2002 with a five-year, $10.5 million NSF grant. The NSF funding was distributed among six partner universities to seed the infrastructure creation and develop nanoHUB content.
Impact on teaching
– Over 14,000 students in 760 classes in 185 institutions have utilized nanoHUB tools in formal University teaching (homeworks, projects).
– Over 70% of the published tools have been adopted in formal university teaching (homeworks, projects).
– Most of these tools are adopted for formal education in less than six months. As a comparison, the average time for scientific textbook editions is 3.8 years.
Impact on research
– Over 966 scientific papers cite nanoHUB. Over 8,000 secondary citations result in an h-index of 45. The papers cover nano research, nano education, and cyberinfrastructure.
– Over 34% of the published tools have been cited for research usage.
– 36% of the nano research papers involve experimental data.
Impact on industry
– 6.6% of the students of nanoHUB-U are from industry.
– 9% of the nanoHUB-citing paper authors are from industry.
Impact on computing
– nanoHUB is a software-as-a-service, end-to-end user-oriented computing cloud.
– Users do not need to install any software.
– nanoHUB delivers the tools/models, the user interfaces, and the compute cycles.
– Simulation instances can be shared among users for collaborations.