research.engineering.cornell.edu

pollack.research.engineering.cornell.edu

Pollack Lab | Pushing the envelope!

Charge and biological molecules: why RNA folds and DNA condenses. Detecting Functional Motions of Proteins. Developing and applying new methods to study the biological macromolecules: RNA, DNA and proteins. Ions Around DNA and RNA. DNA and RNA Condensation. Conformational Dynamics of Proteins. Prospective Students and Postdoctorates. Welcome to the Pollack Lab–a biophysics research group in the School of Applied and Engineering Physics at Cornell University. Our interests are two-fold:. Dec 17, 2014.

cnet.research.engineering.cornell.edu

Center for Nanomaterials Engineering & Technology – Solving the world's grand challenges with nanomaterials

Accelerated Surface Area and Porosimetry Systems. Lindberg Blue M Vacuum Oven. TA Instrument TGA Q500. Thermo Fisher Nicolet iS10. Zetasizer Nano ZS90 (DLS). Lab Frequently Asked Questions (FAQs). Lab Requirements and Processes. News & Events. CNET is located on the Engineering Quad of Cornell University. Schedule time in the CNET Lab. Read more ». Become a CNET User. Join us in the CNET Facility! A simple three step process. Read more ». Read more ». Powered by Paяabola.

wise.research.engineering.cornell.edu

Wise Research Group

Guide to Modelocked Pulse Evolutions. We are currently focused on nonlinear wave phenomena in optical fibers. In one project, we develop fiber lasers that generate ultrashort light pulses. In another, we investigate nonlinear wave propagation in multimode fibers. See below for our most recent publications. Self-similar pulse evolution in a fiber laser with a comb-like dispersion-decreasing fiber. Self-similar pulse evolution in a fiber laser with a comb-like dispersion-decreasing fiber. Multimode fiber a...

kourkoutis.research.engineering.cornell.edu

Kourkoutis Electron Microscopy Group | Lena Kourkoutis Research Cornell

The Kourkoutis electron microscopy group focuses on understanding and controlling nanostructured materials, from complex oxide heterostructures to materials for battery and photovoltaic applications to biological systems. Electron microscopy is at the heart of each of our projects. The advancement of existing or the development of new electron microscopy techniques is therefore integral part of our research. 2014 picnic at Robert H. Treman state park. Si QD network for all-Si solar cells. Superlattice gr...

bonassar.research.engineering.cornell.edu

The Bonassar Research Group — Focusing on regeneration and analysis of musculoskeletal tissue

The Bonassar Research Group. Focusing on regeneration and analysis of musculoskeletal tissue. Welcome to the Bonassar Group. The Bonassar Group focuses on the regeneration and analysis of musculoskeletal tissues, including bone and cartilage. The approach involves a multidisciplinary strategy using techniques in biomechanics, biomaterials, cell biology, and biochemistry. 3D printing of an ear. Click the image to learn more. August 5th, 2015, Nizeet Aguilar receives her Ph.D. April 10, 2014, Jennifer Puet...

fuchs.research.engineering.cornell.edu

Fuchs Group | Spin Dynamics at the Nanoscale

Isaiah Gray chosen for the Watt. W. Webb KIC graduate fellowship! Our first paper on radical polymers is out in collaboration with the Ober group. Our phase sensitive FMR imaging paper is out on arXiv. Congratulations to graduating seniors Hung-Shen Chang and Jack Jiang! Jason Bartell a Finalist in Cornell's Three Minute Thesis Competition. Block copolymers with stable radical and fluorinated groups by ATRP. Phase-sensitive imaging of ferromagnetic resonance using ultrafast heat pulses.

muller.research.engineering.cornell.edu

Muller Group | Understanding Materials, Atom by Atom

Understanding Materials, Atom by Atom. Cornell Applied and Engineering Physics AEP Graduate Research. Welcome to the Muller lab! If you enjoy both physics theory and experiment, can think in both real and reciprocal space, and care about both why things are and what they might be used for, then this is the research group for you. For more information about David A. Muller's AEP research group at Cornell University, contact:. School of Applied and Engineering Physics. M E Holtz, Y. Yu, D. Gunceler...Direc...

nishimura.research.engineering.cornell.edu

The Nishimura Lab

Skip to main content. Department of Biomedical Engineering. Welcome to the Nishimura Lab. How do the vascular, immune, inflammatory systems interact with an organ in diseases? We use time-lapsed, simultaneous, multiphoton imaging of multiple cell types in rodents to identify the cellular players and map interactions that lead to disease progression or regression. We are part of the Schaffer-Nishimura Lab. 2015 The Nishimura Lab. Powered by Edublogs Campus.

buhrman.research.engineering.cornell.edu

Buhrman Research Group -- Home

Welcome to the Buhrman group! Our current research involves studying electron spin dynamics in thin film magnetic nanostructures. Much of our work focuses on the spin transfer torque (STT) and on the STT-induced magnetization domain reversal and high frequency (GHz) magnetization dynamics of these nanomagnets. STT-induced magnetic dynamics have immense applicability in both the evolution of memory technology as well as in the development of highly tunable microwave oscillators. And Bruce van Dover.

xu.research.engineering.cornell.edu

Welcome to Chris Xu Group | Xu Research Group

Welcome to Chris Xu Group. Our research has two main thrusts: biomedical imaging and fiber optics. We are exploring new concepts and techniques for in vivo imaging deep into scattering biological specimens, such as mouse brain. We are developing new medical endoscopes for non-invasive real-time diagnostics of tissues without any exogenous contrast agent. We are developing novel optical fibers and fiber-based devices for biomedical imaging and optical communications. Multi-path, multi-magnification, non-c...