Tech Transfer
Email information requests to UMass Amherst Office of Commercial Ventures and Intellectual Property cvip@research.umass.edu
UMass Amherst Technologies Available for Licensing in Nanotechnology
| UMA 09-47 UMA 08-47 |
New Methods to Generate 10-Terabit-per-Square-Inch Arrays of Nanoscopic Elements with Long-Range Lateral Order |
| UMA 08-11 | Novel Cleavable Block Copolymers and Functionalized Nanoporous Materials |
| UMA 08-10 | High-Resolution Sensor Devices Comprising Nanoscale Materials Having Piezoelectric and/or Pyroelectric Properties |
| UMA 08-07 | A Simple Method to Generate Ultrahigh-Density Ferromagnetic Materials |
| UMA 08-03 | Detection of Proteins using Nanoparticle-Fluorescent Polymer Sensors |
| UMA 07-43 | Novel Sensors for Detection of Pathogens |
| UMA 07-39 | Rapid 3D Patterning of Nanoparticle Materials Using Direct Incident Beam Lithography |
| UMA 07-35 | Nanopatterned Surfaces for Highly Selective Adhesion, Sensing and Separation |
| UMA 07-27 | A Simple Route for Preparation of Nanoporous Templates |
| UMA 07-26 | Preparation of Mesoporous Materials with Highly Condensed Network Structures |
| UMA 07-21 | Process for Forming Patterned Metal Layers Using a Polymer as a Lift-Off Layer |
| UMA 07-15 | Index-tuned Anti-reflective Coating Using a Nanostructured Metamaterial |
| UMA 07-12 | BUMP: Buckled Microlens Patterns for Optics and Adhesion |
| UMA 07-07 | Colorant-Free Color Filter |
| UMA 06-31 | Anti-fouling Graft Copolymer Coatings on Commercial Membranes |
| UMA 06-27 | Functionalizing Nanoporous Membranes for Protein Separation (FnMPS) |
| UMA 06-12 | Production of Reduced Fat Foods using Gelled Biopolymer Particle Double Emulsions |
| UMA 06-08 | Method of Imparting Nanoscopic Topography to Materials |
| UMA 06-06 | Snapping Surfaces for Sensors and Adhesion Control |
| UMA 05-27 | Novel Procedure for Creating Nano-Laminated Edible Films |
| UMA 05-22 | Novel Procedure for Improving Encapsulation of Particulate Materials |
| UMA 05-10 | Patchy Surfaces for Selective Adhesion, Sensing and Separations |
| UMA 05-09 | Geobacter sulfurreducens Conductive Pili as Biological Nanowires and Uses Thereof |
| UMA 05-01 | Amphiphilic Monomers and Polymers Derived Therefrom |
| UMA 04-24 | Direct Surface Attachment Methods for the Preparation of Light Emitting quantum Dot Nanoparticle - Poly(phenylene vinylene) Composite Materials |
| UMA 04-18 | Designing Stiff Hydrogels from Biodegradable and Biocompatible Polymers |
| UMA 04-14 | Porous Hydroxyapatite Networks for Synthetic Bone Material by Spinodal Decomposition |
| UMA 04-10 | Rapid Production of Structured Materials |
| UMA 04-02 | A Masking Method for Nanotemplated Surfaces |
| UMA 03-25 | Novel Polymer Capsules Prepared by Interfacial Crosslinking of Amphiphilic Graft Copolymers |
| UMA 03-11 | Process for Synthesis of Oriented Molecular Sieve Membranes with Improved Separation Performance |
| UMA 03-04 | Design of Polymer Surfaces with High Affinities Toward Biological Cells |
| UMA 02-31 | Novel Ligands and Functionalized Nanoparticle Compositions Compatible in Either Organic or Aqueous Solutions |
| UMA 02-26 | A Method of the Synthesis of a Novel Layered Silicate with Three-Dimensionally Microporous Layers |
| UMA 02-12 | A Rapid Interfacial Route to Produce Water Dispersible Nanoparticles |
| UMA 01-26 | Nanofabrication |
| UMA 01-14A | Classification, Separation, and Capture of Ultra- Fine Particles by Impact Separation |
| UMA 00-12 | Ultra-High-Density Magnetic Arrays |
| UMA 00-05 | Formation of Submicron Patterns on Films |
| UMA 99-36 | Benign Process for Creating Micro-Porous Polymer |
| UMA 99-23 | A Method for Surface Functionalization of Titanium and Other Metals |
| UMA 97-22 | Reversible Hydrogels |
