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Nanorex Grants Powerful Molecular Modeling Software to Clarkson
[A photograph for media use is available at http://www.clarkson.edu/news/photos/ccetinkaya.jpg]
Nanorex Inc., the world's first developer of tools for the design, simulation and analysis of atomically precise molecular machine systems, has provided a one-year grant of NanoEngineer-1 software to Cetin Cetinkaya, associate professor of Mechanical and Aeronautical Engineering at Clarkson University. The $8,000 gift includes associated technical support. Cetinkaya will use the Computer-aided design (CAD) software in his senior level course Nano/Micro-Systems Engineering and in his nanotechnology research.
The grant to Clarkson is not the company's first academic outreach. An early prerelease version of NanoEngineer-1 was provided to the Nanotechnology and Robotics Class at the California State Summer School for Mathematics and Science (COSMOS) at UC Santa Cruz. Students attending the class were introduced to the fundamentals of molecular modeling and molecular dynamics simulations.
Founded in 2004 by Mark Sims, Nanorex develops computational modeling tools made specifically for the design and analysis of productive nanosystems. "The members of the NanoEngineer-1 development team share a common vision -- to create compelling and reliable engineering software for engineers interested in the emerging realm of molecular nanotechnology and productive systems," Sims stated in the grant letter to Clarkson University. "Nanorex's mission is to develop and provide 3-D computational modeling tools for nanomechanical engineering, enabling a new generation of scientists and engineers to design, model, simulate and analyze productive nanosystems." The company is located in Bloomfield Hills, Michigan.
NanoEngineer-1, Nanorex's first product, is a 3D nanomechanical engineering program. It includes both a sophisticated CAD module for the design and modeling of atomically precise components and assemblies, and a molecular dynamics module for setting up and simulating mechanical nanosystems.
K. Eric Drexler, often referred to as the "father of nanotechnology" serves as Nanorex Inc.'s chief technical advisor. Drexler is a researcher, author and policy advocate focused on emerging technologies and their consequences for the future. He pioneered studies of productive nanosystems and their products. In 1991, Drexler received a doctoral degree in the field of molecular nanotechnology from MIT, the first degree of its kind.
One of Nanorex's senior scientists is Dr. Damian G. Allis, a theorist-in-residence at Syracuse University and research fellow in the U.S. Intelligence Community. Allis' research interests include quantum chemical applications in molecular manufacturing, solid-state computational methods in vibrational spectroscopy and materials detection, computation drug design and modeling with Molecular Insight Inc., and numerous independent research efforts. Allis will present a seminar and workshop for Professor Cetinkaya's ME 591 Nano/Micro-Systems Engineering class on February 8, 2007.
"This generous grant from Nanorex will play a critical role for us in nanomechanics education at Clarkson. The software will enable our students to design and simulate nano-scale machines -- only a few years ago this capability was a dream," remarked Cetinkaya.
PHOTO CAPTION: Cetin Cetinkaya, associate professor of Mechanical & Aeronautical Engineering at Clarkson University, has been granted a powerful software program for use in his senior level nanoengineering course and his own nanotechnology research by Nanorex, Inc. The one-year grant is valued at $8,000.