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  • congrevelab.stanford.edu
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We are a laboratory studying nanoscale materials and devices in the Electrical Engineering Department at Stanford University. We seek to better understand the physics of nanoscale materials and use that knowledge to build more efficient devices such..
Relevance: 29.051174
  • plasmamate.org
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Our research covers the development of processes, materials and devices with impact in a wide range of applications. In particular we study plasma processes and materials at the nanoscale that are of interest for energy and environmental..
Relevance: 27.790163
  • www.appnd.org
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Our research group is interested in engineering of organic and inorganic functional materials to study novel functions from materials engineering in nanoscale and to probe their functions for potential electronic applications. Recently, we are..
Relevance: 27.319141
  • www.wanexlab.net
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Research in the Wanekaya Lab focuses on unraveling fundamentals of science and applying those principles and concepts to design and develop new materials at the macro and nano scale levels. At the nanoscale domain, we are interested in exploiting..
Relevance: 27.03164
  • sboriskina.mit.edu
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We study light-matter interactions on nanoscale and develop new smart materials and devices for solar energy harvesting, personal thermal comfort, night vision, space exploration, and bio-chemical sensing...
Relevance: 26.146645
  • qnano.materials.ox.ac.uk
We are a collaboration of several groups working in quantum research at Oxford University. Our goal is to create nanoscale devices and materials in which the power of quantum mechanics can be harnessed for technology and fundamental science...
Relevance: 25.555323
  • www.mtl.mit.edu
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MTL is predicated on the notion that nanoscale science and technology can help solve some of the world's greatest problems in areas of energy, communications, water, health, information, and transportation, among others. In this regard, MTL's mission..
Relevance: 24.241592
  • sotirioulab.org
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Our mission is to develop materials, devices, tools and methods for medicine using engineering sciences. Our key focus is on flame aerosol engineering of smart nanoscale materials and devices investigating the parameters that influence their..
Relevance: 23.840483
  • www.m2lab.se
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The Laboratory of Molecular Materials is a unit at the Division of Biophysics and Biotechnology at Linköping University. We are a multidisciplinary team with a passion for science. Our research is focused on design and development of molecules, soft..
Relevance: 23.745287
  • jablab2.case.edu
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The Berezovsky research group in the Department of Physics at Case Western Reserve University focuses on exploring the quantum interactions that take place between spins and photons in solid state devices. We are currently studying these interactions..
Relevance: 23.69439
  • nano.illinois.edu
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The Center for Nanoscale Science and Technology works toward a seamless integration of interdisciplinary research from atoms and materials to devices and systems. Campus faculty members, graduate and undergraduate students, industry partners and..
Relevance: 23.079176
  • aida-todri-sanial.com
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Welcome to our NanoComputing Research Lab, where we delve into materials, devices, and circuits to pioneer energy-efficient computing solutions. My research activities are focused on nanoscale device and interconnects with advanced CMOS and novel..
Relevance: 22.642881
  • nanolab.ucla.edu
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The UCLA NanoLab provides open-access to advanced research infrastructure for fabrication and characterization of nanoscale materials, systems and devices. With over 15,000 square feet of class 10, 100 and 1000 cleanroom space, the NanoLab integrates..
Relevance: 22.471964
  • www.nestlaboratory.com
The Nanoscale Engineering Science and Technology Laboratory is a multi-user facility with state-of-the-art equipment that enables research and development through the interrogation, characterization and manipulation of materials at the nanoscale...
Relevance: 22.165499
  • nano.case.edu
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We are working to explore fundamental physics and new engineering of nanoscale solid-state structures and devices. Our group's research efforts are primarily focused upon emerging nanoscale devices that have strong potential for enabling building..
Relevance: 22.018106
  • niroui.mit.edu
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Our research pushes the limits of nanoscale engineering by enabling deterministic fabrication and dynamic tuning of designer materials and structures with an unprecedented control reaching the atomic level. As a result, unique properties and..
Relevance: 21.912529
  • www.nano-science.com
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Extreme density of power dissipation in modern electronics nanoscale devices needs suitable methods for exploring heat generation and management. We have developed a suite of Scanning Thermal Microscopy (SThM) based approaches using HV environment..
Relevance: 21.895374
  • vandegroeplab.com
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Our goal is to study the fundamental physics that governs the optical properties of these quantum materials, and leverage their highly tunable 2D nature to realize dynamic nanophotonic devices. By combining optically-resonant metallic and..
Relevance: 21.846512
  • nnci.net
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Did you know that the nanoscale properties of the lotus leaf are the inspiration for many easy-clean and water-repellant materials? The lotus leaf has nanoscale waxy bumps that cause water to bead up and roll off, taking dirt with it...
Relevance: 21.724947
  • rengroupnano.com
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Our nanophotonics research seeks to uncover the underlying physics in structured light-matter interactions at nanoscale. We aim to develop advanced optical materials and nanotechnology to unleash the full potential of structured light in optical and..
Relevance: 21.67082
  • www.cdp.ncsu.edu
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CDP is a joint collaboration between North Carolina State University (NCSU) and The Pennsylvania State University (PSU) and is supported by the National Science Foundation and CDP members. An affiliate partnership has been established between the..
Relevance: 21.623997
  • hutchisonlab.org
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The Hutchison research group in the Department of Chemistry at the University of Pittsburgh develops new materials, as well as functional microscale and nanoscale devices. We focus on building electronic materials from molecular subunits, both..
Relevance: 21.525599
  • www.optomechanics.nl
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We study light-matter interactions at the nanoscale, in particular the coupling between photons and phonons in nano-optomechanical systems. We seek to understand how the behavior of light and sound in nanoscale devices is governed by fundamental..
Relevance: 21.24714
  • www.stefikgroup.com
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The Stefik group is developing new polymer derived nanomaterials for energy devices. Our novel self-assembly methods enable nuanced precision by using non-equilibrium processing. Such kinetic-control is historically difficult to reproduce, a..
Relevance: 21.043806
  • www.ledermanlab.org
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The Lederman group in the Physics Department at the University of California, Santa Cruz seeks to understand the fundamental properties of materials in reduced dimensions. Of particular interest are properties resulting from interfaces between..
Relevance: 20.85551
  • www.primenanoinc.com
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A world leader in measuring the electrical properties of materials at the nanoscale...
Relevance: 20.73329
  • www.nanopathy.com
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ï¿¿Energetic: When materials are reduced to nanoscale .. ï¿¿ Effective: Medicine processed at nanoscale are highly.. ï¿¿ Economical: Since a fraction of material is needed to.. ï¿¿ Environmental: Most conventional drugs pose a dire.. ï¿¿ Ecological:..
Relevance: 20.709816
  • sirbuly.ucsd.edu
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The Sirbuly Research Group is interested in exploiting the unique optical, mechanical and electrical properties of nanoscale materials to develop novel integrated systems for various applications including sensing, biodiagnostics, energy conversion,..
Relevance: 20.633326
  • schulmanlab.jhu.edu
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We are interested in building integrated machines and materials where chemical information processing mechanisms inspired by biology enable new form and function. In a typical cell or organism, matter is precisely manipulated across scales ranging..
Relevance: 20.628416
  • www.qusemde.com
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Qusemde is also developing software for the simulation of circuits based on nanoelectronic devices... Qusemde was founded to develop the new and novel devices that become possible as silicon fabrication technology enters the nanoscale regime. The..
Relevance: 20.603703