| Patent |
Patent Number |
Innovators |
| Microfiber Supported Nanofiber Membrane | 7,591,883 | Jun Kameoka, Keiyo Nakano |
| Group III Nitride Compositions | 7,569,206 | Huaqiang Wu, Francis J. DiSalvo, Michael G. Spencer |
| Event-Synchronization Protocol for Parallel Simulation of Large-Scale Wireless Networks | 7,564,809 | Rajit Manohar, Clinton Kelly, IV |
| Electro-Optic Modulator on Rib Waveguide | 7,555,173 | Michal Lipson, Vilson Rosa de Almeida, Carlos Angulo Barrios |
| All-Optical, Continuously Tunable Pulse Delay Generator Using Wavelength Conversion and Dispersion | 7,538,935 | Alexander L. Gaeta, Chunhui (Chris) Xu, Jay E. Sharping |
| Scanned Source Oriented Nanofiber Formation | 7,537,807 | Jun Kameoka, Harold Craighead |
| Light Scattering Optical Resonator | 7,536,070 | Roberto Ricardo Panepucci, Michal Lipson, Vilson de Almeida, Carlos Angulo Barrios |
| Lateral Error Correction for Time-Critical Multicast | 7,532,621 | Kenneth P. Birman, Mahesh Balakrishnan |
| Waveguide Strucuture for Guiding Light in Low-Index Material | 7,519,257 | Roberto Ricardo Panepucci, Qianfan Xu, Michal Lipson, Vilson Rosa de Almeida, Carlos Angulo Barrios |
| Multi-Finger Z-Actuator | 7,504,757 | Noel C. MacDonald, Kanakasabapathi Subramanian, Xiaojun T. Huang |
| System, Method and Apparatus for Small Pulmonary Nodule Computer Aided Diagnosis from Computed Tomography Scans | 7,499,578 | Anthony P. Reeves, Claudia Henschke, David Yankelevitz, Antoni Chan |
| Relay-connected Semiconductor Transistors | 7,495,952 | Amit Lal, Shankar Radhakrishnan, Norimasa Yoshimizu, Serhan Mehmet Ardanuc |
| Methods and Systems for Cooperative Transmission in Multi-hop Ad Hoc Networks | 7,493,080 | Anna Scaglione, Yao-Win Hong |
| Highly Doped III-Nitride Semiconductors | 7,485,901 | William J. Schaff, Jeonghyun Hwang |
| Labeled Nucleotide Phosphate (NP) Probes | 7,485,424 | Mathieu F. Foquet, Jonas Korlach, Watt W. Webb, Stephen W. Turner, Harold G. Craighead, Michael Levene |
| Multi-Wavelength Pulse Generator Using Time-Lens Compression | 7,483,635 | Chunhui (Chris) Xu |
| Highly Doped III-Nitride Semiconductors | 7,482,191 | William J. Schaff, Jeonghyun Hwang |
| Radioactive Decay Based Stable Time or Frequency Reference Signal Source | 7,476,865 | Amit Lal, Hui Li, Hang Guo, Shankar Radhakrishnan |
| Diffusion-Based Molecular Separation in Structured Microfluidic Devices | 7,473,361 | Jennifer Gaudioso, Harold G. Craighead, Stephen W. Turner |
| Patent |
Patent Number |
Innovators |
| Asynchronous Analog-to-Digital Converter and Method | 7,466,258 | Rajit Manohar, Alyssa Apsel, Filipp Akopyan |
| Molecular Glass Photoresists | 7,452,658 | Christopher K. Ober, Anuja De Silva, Drew C. Fornan |
| Self-Similar Laser Oscillator | 7,436,862 | Fatih Omer Ilday, Frank W. Wise |
| Dielectrically Transduced Single-Ended to Differential MEMS Filters | 7,436,271 | Dana Weinstein, Sunil Ashok Bhave |
| Entropic Trapping and Sieving of Molecules | 7,427,343 | Harold G. Craighead, Jongyoon Han |
| Composition for Nucleic Acid Sequencing | 7,416,844 | Mathieu E. Foquet, Jonas Korlach, Watt W. Webb, Harold G. Craighead, Stephen W. Turner, Michael Levene |
| Self-Timed Thermally-Aware Circuits and Methods of Use Thereof | 7,411,436 | Rajit Manohar, Filipp Akopyan, David Fang |
| Detection of Small Bound Mass | 7,409,851 | Harold G. Craighead, Bojan Ilic |
| Fibrous Micro-Composite Material | 7,405,854 | Shahyaan Desai, Anil N. Netravali, Michael O. Thompson, Stuart Leigh Phoenix |
| Quantum Dot Conjugates in a Sub-Micrometer Fluidic Channel | 7,405,434 | Harold G. Craighead, Samuel M. Stavis, Kevan T. Samiee, Joshua B. Edel |
| Optically Controlled Photonic Switch | 7,400,798 | Roberto Ricardo Panepucci, Michal Lipson, Vilson Rosa de Almeida, Carlos Angulo Barrios |
| Environmentally Friendly Photoacid Generators (PAGs) with no Perfluorooctyl Sulfonates (PFOS) | 7,393,627 | Kyung-Min Kim, Ramakrishnan Ayothi, Christopher K. Ober, Xiang Qian Liu |
| Method for Making Group III Nitrides | 7,381,391 | Huaqiang Wu, Francis J. Disalvo, Michael G. Spencer |
| Compact SRAMS and Other Multiple Transistor Structures | 7,365,398 | Sandip Tiwari, Arvind Kumar |
| Nucleic Acid Analysis Using Terminal-Phosphate-Labeled Nucleotides | 7,361,466 | Mathieu E. Foquet, Jonas Korlach, Watt W. Webb, Harold G. Craighead, Stephen W. Turner, Michael Levene |
| MEMS Oscillator Drive | 7,358,822 | Harold G. Craighead, Bojan Ilic, Keith Aubin, Jeevak Parpia, Maxim Zalalutdinov, Robert B. Reichenbach |
| Small Scale Wires with Microelectromechanical Devices | 7,339,244 | Noel C. MacDonald, Kanakasabapathi Subramanian |
| Organoelement Resists for EUV Lithography and Methods of Making the Same | 7,326,514 | Christopher K. Ober, Paul Nealey, Franco Cerrina, Junyan Dai, Lin Wang |
| Apparatus and Method for Elevated Temperature Electrospinning | 7,326,043 | Yong Lak Joo, Huajun Zhou |
| Length-Dependent Recoil Separation of Long Molecules | 7,316,769 | Harold G. Craighead, Stephen W. Turner |
| Volume Phase Transition to Induce Gel Movement | 7,313,917 | Lilit L. Yeghiazarian, Carlo D. Montemagno, Ulrich B. Wiesner |
| Patent |
Patent Number |
Innovators |
| Methods for Continuous Casting of a Molten Material | 7,306,025 | Paul Steen |
| Methods and System for Equalizing Data | 7,305,028 | C. Richard Johnson, Jr., Jaiganesh Balakrishnan, Richard K. Martin |
| Real-Time Software Receiver | 7,305,021 | Steven Powell, Paul Kintner, Mark Psiaki, Brent Ledvina |
| Permeability Loaded Transmission Lines for High-Speed Interconnect Applications | 7,304,555 | Pingshan Wang, Edwin C. Kan |
| High Efficiency Radioisotope Energy Converters Using Both Charge and Kinetic Energy of Emitted Particles | 7,301,254 | Amit Lal, Rajesh Duggirala, Hui Li |
| Waveguides for Performing Enzymatic Reactions | 7,292,742 | Jonas Korlach, Watt W. Webb, Stephen W. Turner, Harold G. Craighead, Michael Levene |
| Devices and Methods for Pharmacokinetic-Based Cell Culture System | 7,288,405 | Aaron Sin, Michael L. Shuler, Gregory T. Baxter, R. Andrew Harrison, Scott C. Meyers |
| Optical Waveguide Displacement Sensor | 7,274,835 | Roberto Ricardo Panepucci, Michal Lipson, Vilson Rosa de Almeida, Bojan Ilic |
| System and Method for Three-Dimensional Image Rendering and Analysis | 7,274,810 | Anthony P. Reeves, William J. Kostis, Claudia Henschke, David Yankelevitz |
| Nanofabricated Photon Tunneling Based Chemical/Biological Sensor | 7,267,797 | Jun Kameoka, Harold G. Craighead |
| Multibit Metal Nanocrystal Memories and Fabrication | 7,259,984 | Zengtao Liu, Chungho Lee, Edwin C. Kan |
| Femtosecond Ytterbium Fiber Laser with Photonic Crystal Fiber for Dispersion Control | 7,251,258 | Fatih Omer Ilday, Frank W. Wise, Hyungsik Lim |
| Single Step, High Temperature Nucleation Process for a Lattice Mismatched Substrate | 7,250,360 | James Richard Shealy, Joseph A. Smart |
| Methods and System for Equalizing Data in Multicarrier Receiver Systems | 7,230,984 | C. Richard Johnson, Jr., William A. Sethares, Jaiganesh Balakrishnan, Richard K. Martin, Wonzoo Chung |
| Broad Spectrum Solar Cell | 7,217,882 | William J. Schaff, Hai Lu, Wladyslaw Walukiewicz, Kin-Man Yu, Jungiao Wu |
| Extended Bandwidth Amplifier and Oscillator Using Positive Current Feedback Through Inductive Load | 7,215,194 | Daniel Kucharski, Kevin T. Kornegay |
| Light Scattering Optical Resonator | 7,184,632 | Roberto Ricardo Panepucci, Michal Lipson, Vilson Rosa de Almeida, Carlos Angulo Barrios |
| Zero-Mode Waveguides | 7,181,122 | Jonas Korlach, Watt W. Webb, Stephen W. Turner, Harold G. Craighead, Michael Levene |
| Method for Monolithically Integrating Silicon Carbide Microelectromechanical Devices with Electronic Circuitry | 7,170,141 | Ce Li, Kevin T. Kornegay, Jon S. Duster, Eskinder Hailu, Andrew Atwell, Mihaela Balseanu |
| Programmable Asynchronous Pipeline Arrays | 7,157,934 | Rajit Manohar, John Teifel |
| Patent |
Patent Number |
Innovators |
| Composite of High Melting Polymer and Nanoclay with Enhanced Properties | 7,148,282 | Jin Zhu, Byoung Kyeu Park, Kyung Hoon Seo, Emmanuel P. Giannelis |
| High Sensitivity Mechanical Resonant Sensor | 7,148,017 | Harold G. Craighead, Bojan Ilic, Robert Hall, David Czaplewski |
| Continuous Transesterfication Process | 7,145,026 | Andras Nady, Christian Wood, Alfred M. Center, Eric Johnson |
| High-Index Contrast Distributed Bragg Reflector | 7,113,673 | Michal Lipson, Vilson Rosa de Almeida |
| Electrospray Emitter for Microfluidic Channel | 7,105,810 | Jun Kameoka, Harold G. Craighead |
| Low Voltage High-Speed Differential Logic Devices and Method of Use Thereof | 7,098,697 | Daniel Kucharski, Kevin T. Kornegay |
| High Temperature SiCN and SiC-Type Nanostructured Ceramic Material from Block Copolymer Mesophases | 7,087,656 | Carlos Garcia, Ulrich B. Wiesner |
| Fibers from Polymer Nanoclay Nanocomposites by Electrospinning | 7,083,854 | Yong Lak Joo, Huajun Zhou |
| A System and Method for Continuous Casting of a Molten Material | 7,082,986 | Paul Steen |
| Electrospray Emitter for Microfluidic Channel | 7,081,622 | Jun Kameoka, Harold G. Craighead |
| Systems and Methods for Optimal Distribution of Symbols in a Fixed Size Data Packet to Improve Receiver Performance | 7,079,586 | Lang Tong, Shihari Adireddy |
| Scalable Nano-transistor and Memory Using Back-side Trapping | 7,057,234 | Sandip Tiwari |
| Method for Sequencing Nucleic Acid Molecules | 7,056,676 | Mathieu E. Foquet, Jonas Korlach, Watt W. Webb, Harold G. Craighead, Stephen W. Turner, Michael Levene |
| Method for Sequencing Nucleic Acid Molecules | 7,056,661 | Mathieu E. Foquet, Jonas Korlach, Watt W. Webb, Harold G. Craighead, Stephen W. Turner, Michael Levene |
| Chemoreceptive Semiconductor Structure | 7,053,439 | Bradley A. Minch, Edwin C. Kan |
| Method for Sequencing Nucleic Acid Molecules | 7,052,847 | Mathieu E. Foquet, Jonas Korlach, Watt W. Webb, Harold G. Craighead, Stephen W. Turner, Michael Levene |
| Three Dimensional High Aspect Ratio Micromachining | 7,045,466 | Noel C. MacDonald, Kanakasabapathi Subramanian, Xiaojun Trent Huang |
| Low-Voltage, Low-Power Transimpedance Amplifier Architecture | 7,042,295 | Kevin T. Kornegay, Drew A. Guckenberger |
| Independent-Tree AdHoc Multicast Routing | 7,035,937 | Zygmunt J. Haas, S. Sajama |
| Method for Sequencing Nucleic Acid Molecules | 7,033,764 | Mathieu E. Foquet, Jonas Korlach, Watt W. Webb, Harold G. Craighead, Stephen W. Turner, Michael Levene |
| Methods & Systems for Concurrent Paging of Mobile Users in Cellular Networks | 7,031,731 | Rung-Hung Gau, Zygmunt J. Haas |
| Controlled Nucleic Acid Delivery Systems | 7,030,097 | Nadya Belcheva, Hong Shen, W. Mark Saltzman, Dan Luo, Kim Woodrow-Mumford |
| Small Scale Wires with Microelectromechanical Devices | 7,022,617 | Noel C. MacDonald, Kanakasabapathi Subramanian |
| Waveguides for Performing Spectroscopy with Confined Effective Observation Volumes | 7,013,054 | Jonas Korlach, Watt W. Webb, Harold G. Craighead, Stephen W. Turner, Michael Levene |
| Real-Time Software Receiver | 7,010,060 | Steven P. Powell, Paul M. Kintner, Mark L. Psiaki, Brent M. Ledvina |
| Patent |
Patent Number |
Innovators |
| Electronic Gain Cell Based Charge Sensor | 6,953,958 | Sandip Tiwari, Gregory T. Baxter |
| Highly Doped III-Nitride Semiconductors | 6,953,740 | Jeonghyun Hwang, William J. Schaff |
| Electrical Device Including Dielectric Layer Formed by Direct Patterning Process | 6,946,736 | Karen K. Gleason, Daniel Herr, Christopher K. Ober |
| Miniaturized Holographic Fourier Transform Spectrometer with Digital Aberration Correction | 6,930,781 | Albert J. Sievers, Nikolay I. Agladze |
| Dual Chamber Micropump Having Checkvalves | 6,921,253 | Aaron Sin, Michael L. Shuler |
| Zero-Mode Clad Waveguides for Performing Spectroscopy with Confined Effective Observation Volumes | 6,917,726 | Jonas Korlach, Watt W. Webb, Harold G. Craighead, Stephen W. Turner, Michael Levene |
| System and Methods for Precursor Cancellation of Intersymbol Interference in a Receiver | 6,912,250 | Lang Tong, Shihari Adireddy |
| Multiple Mechanical Resonator Parametric Device | 6,900,575 | Harold G. Craighead, Dustin Carr, Jeevak Parpia, Anatoli Olkhovets |
| Highly Doped III-Nitride Semiconductors | 6,888,170 | Jeonghyun Hwang, William J. Schaff |
| Multiphoton Excitation Through Optical Fibers for the Fluorescence Spectroscopy in Conjunction with Optical Biopsy Needles and Endoscopes | 6,839,586 | Watt W. Webb |
| Patent |
Patent Number |
Innovators |
| Single Crystal Silicon Micromirror and Array | 6,794,217 | Noel C. MacDonald, Seung-Bok Chris Lee |
| Dual Exposure Glass Layer Structures | 6,773,950 | Yi-Fan Chen, David M. Tanenbaum |
| Dual Equalizer for Use in a Receiver and Method of Operation | 6,754,294 | Lang Tong, Shihari Adireddy |
| Monolithic Nanofluid Sieving Structures for DNA Manipulation | 6,753,200 | Harold G. Craighead, Stephen W. Turner |
| Polymer Material with Stable Non-Wetting Surface | 6,750,296 | Maoliang Xiang, Kenneth Wynne, Christopher K. Ober |
| System and Method for Fast Approximate Energy Minimization via Graph Cuts | 6,744,923 | Yuri Boykov, Olga Veksler, Ramin Zabih |
| Embedded Metal Nanocrystals | 6,743,709 | Zengtao Liu, Venkatasubraman Narayanan, Edwin C. Kan |
| Heat-Depolymerizable Polycarbonate Sacrificial Layer | 6,743,570 | Harold G. Craighead, Geoffrey W. Coates, Cindy K. Harnett |
| Methods for Modulation of Oocyte Activation | 6,737,272 | Richard C. Kuo, Thompson Stuart, David Epel, Gregory T. Baxter |
| Heartbeat Failure Detection Method and Apparatus | 6,728,781 | Sam Toueg, Marcos K. Aguilera, Wei Chen |
| Transmission Line Structures for Use as Phase Shifters and Switches | 6,727,778 | Noel C. MacDonald, Thomas Kudrle, Damien Rodger, Hercules P. Neves |
| Failure Detector with Consensus Protocol | 6,687,847 | Sam Toueg, Marcos K. Aguilera, Wei Chen |
| Patent |
Patent Number |
Innovators |
| High-Energy Pulse Compression Using Phase Shifts Produced by the Cascade Quadriatic Nonlinearity | 6,650,466 | Xiang Liu, Lie-jia Qian, Frank W. Wise |
| Embedded Metal Nanocrystals | 6,646,302 | Zengtao Liu, Venkatasubraman Narayanan, Edwin C. Kan |
| Superparamagnetic Nanostructured Material | 6,645,626 | Carlos Garcia, Ulrich B. Wiesner |
| System and Method for Sensing Magnetic Fields | 6,639,403 | Alexander Temnykh, Richard Lovelace |
| Entropic Trapping and Sieving of Molecules | 6,635,163 | Harold G. Craighead, Jongyoon Han |
| Multihelical Composite Spring | 6,612,556 | Petru Petrina |
| Folded Floating-Gate Differential Pair Amplifier (Previosly a formal application) | 6,600,363 | Bradley A. Minch |
| Low Temperature Semiconductor Layering & Three-Dimensional Electronic Circuits Using the Layering | 6,600,173 | Sandip Tiwari |
| Electrostatically Charged Microstructures | 6,597,048 | Edwin C. Kan |
| Use of Multiphoton Excitation Through Optical Fibers for Fluorescence Spectroscopy in Conjunction with Optical Biopsy Needles and Endoscopes | 6,580,941 | Watt W. Webb |
| Method for Topographical Patterning of Materials | 6,559,474 | Harold G. Craighead, Bojan Ilic |
| Single Crystal Silicon Micromirror Arrays | 6,541,831 | Noel C. MacDonald, Seung-Bok Chris Lee |
| A Dense Back-Plane Cell for Configurable Logic | 6,534,819 | Sandip Tiwari, Arvind Kumar |
| Measurement of Nanomechanical Resonant Structures in Single-Crystal Silicon | 6,515,751 | Lidija Sekaric, Harold G. Craighead, Dustin Carr |
| Solventless, Resistless, Direct Dielectric Patterning | 6,509,138 | Karen K. Gleason, Daniel Herr, Christopher K. Ober |
| Patent |
Patent Number |
Innovators |
| Method & Apparatus for Altering Materials (See D-1649-01) | RE37,537 | Dale C. McIntyre, Eugene L. Neau, Regan W. Stinnett, Douglas Bloomquist, Rudy Buchheit, John B. Greenly |
| Parametric Resonance in Microeletromechanical Structures | 6,497,141 | Noel C. MacDonald, Kimberly Turner |
| Single Step, Single Temperature Process for Epitaxial Lateral Over-Growth of GaN on Patterned Substrates | 6,478,871 | James Richard Shealy, Joseph A. Smart |
| Suspended Moving Channel Actuators for Microfluidic Applications and Method for Making | 6,462,391 | Noel C. MacDonald, John Chong |
| Optoelectronic Packaging | 6,456,766 | James A. Sutherland, Kevin A. Shaw |
| Unitary Microcapillary and Waveguide Structure and Method of Fabrication | 6,438,279 | Mathieu E. Foquet, Harold G. Craighead, Warren Wright |
| Image Subregion Querying Using Color Correlograms | 6,430,312 | Jing Huang, Mandar Mitra, S. Ravi Kumar, Wei-Jing Zhu |
| Sensor-Assisted Aloha for Wireless Networks | 6,404,750 | Stephen B. Wicker, Terrence L. Fine |
| Reliable Time Delay-Constrained Cluster Computing | 6,393,581 | Srinivasan Keshav, Kenneth P. Birman, Werner Vogels, Roy Friedman |
| Microfabrication of Nuclear Transfer Array for High-Throughput Animal Cloning | 6,383,813 | Richard C. Kuo, Gregory T. Baxter |
| Using Block Copolymers as Supercritical CO2 Developable Photoresists | 6,379,874 | Christopher K. Ober, Jianguo Wang |
| Data-Centric Multi-Level Blocking | 6,357,041 | Keshav Pingali, Induprakas Kodukula, Nawaaz Ahmed |
| Acyclic Monomers Which When Cured are Reworkable Through Thermal Decomposition | 6,355,702 | Christopher K. Ober, Kenji Ogino |
| Multi-Photon Laser Microscopy | 6,344,653 | Watt W. Webb, Chris Xu |
| Trench Isolation for Micromechanical Devices | 6,342,430 | Noel C. MacDonald, Scott G. Adams, Kevin A. Shaw, Timothy J. Davis, Russel Y Webb, Bryan W. Reed |
| Patent |
Patent Number |
Innovators |
| Pulsed Ion Beam Source (See D-1668-01) | RE37,100 | John B. Greenly |
| High Throughput OMVPE Apparatus | 6,332,928 | James Richard Shealy, Barry P. Butterfield |
| Method of Enhancing the Delivery of Nucleic Acids Using Nanoparticles | 6,319,715 | Ernest Han, W. Mark Saltzman, Dan Luo, Nadya Belcheva |
| Motion Amplification Based Sensors | 6,309,077 | Noel C. MacDonald, Muhammed T.A. Saif |
| Routing and Mobility Management Protocols for AD-HOC Networks | 6,304,556 | Zygmunt J. Haas |
| Image Indexing Using Color Correlograms | 6,246,790 | Jing Huang, Mandar Mitra, S. Ravi Kumar, Wei-Jing Zhu |
| Trench Isolation for Micromechanical Devices | 6,239,473 | Noel C. MacDonald, Scott G. Adams, Kevin A. Shaw, Timothy J. Davis, Russel Y Webb, Bryan W. Reed |
| Method of Preparing Silicate-Polymer Composite | 6,225,374 | Oliver K. Tse, Richard Vaia, Emmanuel P. Giannelis |
| High Throughput OMVPE Apparatus | 6,217,937 | James Richard Shealy |
| Multiple Optical Channels for Chemical Analysis | 6,214,246 | Harold G. Craighead |
| Micromechanical Accelerometer for Automotive Applications | 6,199,874 | Timothy J. Davis, Noel C. MacDonald, Gregory Galvin |
| Compounds with Substituted Hydrocarbon Moieties Linked by Secondary or Tertiary Oxycarbonyl Containing Moiety... | 6,197,122 | Hilmar Koerner, Christopher K. Ober |
| Optical Polarization Sensing Apparatus and Method | 6,188,477 | Yu-Hwa Lo, Chuan Pu |
| Motion Amplification Based Sensors | 6,183,097 | Noel C. MacDonald, Muhammed T.A. Saif |
| Method and System for Comparing Data Objects Using Joint Histograms | 6,181,817 | Gregory S. Pass, Ramin Zabih |
| Suspended Moving Channel Actuators for Microfluidic Applications and Method for Making | 6,180,536 | John Chong, Noel C. MacDonald |
| Micromechanical Accelerometer for Automotive Applications | 6,170,332 | Noel C. MacDonald, Scott G. Adams, Kevin A. Shaw |
| Patent |
Patent Number |
Innovators |
| Method & Apparatus for Altering Materials (See D-1649-02) | RE36,760 | Dale C. McIntyre, Eugene L. Neau, Regan W. Stinnett, Douglas Bloomquist, Rudy Buchheit, John B. Greenly |
| Multi-Photon Laser Microscopy | 6,166,385 | Watt W. Webb, Chris Xu |
| Concatenated Trellis Coded Modulation and Linear Block Codes | 6,160,854 | Chris Heegard, David J. Rowe |
| Micromechanical Accelerometer for Automotive Applications | 6,149,190 | Noel C. MacDonald, Timothy J. Davis, Gregory Galvin |
| Method and System for Optimizing Layered Communication Protocols | 6,134,244 | Mark Hayden, Robbert VanRenesse |
| Fluorinated Polymers for Providing a Surface Coating with Stable Low Surface Energy Properties | 6,114,467 | Edward J. Kramer, Christopher K. Ober, Jianguo Wang |
| Variable-Coupling Quasioptical Electron Resonance Apparatus | 6,101,015 | Keith Earle, David Budil, James Anderson, Jack Freed |
| Microfabrication Process for Enclosed Microstructures | 6,093,330 | Scott G. Adams, Kevin A. Shaw, John Chong, Noel C. MacDonald |
| Microfabricated Torsional Catnilevers fro Sensitive Force Detection | 6,073,484 | Yang Xu, Scott A. Miller, Noel C. MacDonald |
| Microstructures and Single Mask, Single-Crystal Process for Fabrication Thereof | 6,051,866 | Noel C. MacDonald, Kevin A. Shaw, Zuoying Lisa Zhang |
| Multiple-Issue Static Speculative Instruction Scheduling with Path Tag and Precise Interrupt Handling | 6,032,244 | Mayan Moudgill |
| Method of Making High Aspect Ratio Probes with Self-Aligned Control Electrodes | 6,027,951 | Zuoying Lisa Zhang, Noel C. MacDonald |
| A Reservoir-Slit Rheometer for the Viscosity Measurement of Fast-Curing Thermosetting Polymers | 6,023,962 | Sejin Han, Kuo K. Wang |
| Patent |
Patent Number |
Innovators |
| Drive Electrodes for Microfabricated Torsional Cantilevers | 6,000,280 | Scott A. Miller, Kimberly Turner, Noel C. MacDonald |
| A Machine for Processing Interrupted Out-of-Order Instructions | 5,974,522 | Martin Day, Hwa Chung Torng |
| Byte-Based Prefix Coding | 5,973,626 | Yi-Jen Chiu, Toby Berger, Mikio Kawahara |
| Compounds with Substituted Cyclic Hydrocarbon Moieties Linked by Secondary or Tertiary Oxycarbonyl Containing... | 5,973,033 | Hilmar Koerner, Christopher K. Ober |
| Solventless Intercalation of Polymers into Matrix Layers | 5,955,535 | Oliver K. Tse, Richard Vaia, Emmanuel P. Giannelis |
| Light-Emitting, Nanometer-Scale Micromachined Silicon Tips | 5,949,182 | James Richard Shealy, Noel C. MacDonald |
| Compounds with Substituted Cyclic Hydrocarbon Moieties Linked by Secondary or Tertiary Oxycarbonyl Containing... | 5,948,922 | Hilmar Koerner, Christopher K. Ober |
| Multistable Tunable Micromechanical Resonators | 5,914,553 | Scott G. Adams, Yongmei Wang, James S. Thorp, Noel C. MacDonald |
| Fluorinated Polymers for Providing a Surface Coating with Stable Low Surface Energy Properties | 5,907,017 | Edward J. Kramer, Christopher K. Ober, Jianguo Wang |
| Electroless CU Deposition on a Barrier Layer by CU Contact Displacement for ULSI Applications | 5,891,513 | Yosef Shacham-Diamand, Bin Zhao, Valery M. Dubin, Chiu H. Ting, Prahalad K. Vasudev |
| Distributed Architecture for an Intelligent Networking Coprocessor | 5,883,939 | Kenneth P. Birman, Roy Friedman |
| Multiple Optical Channels for Chemical Analysis | 5,867,266 | Harold G. Craighead |
| Micromotion Amplifier | 5,862,003 | X-Trent Huang, Noel C. MacDonald, Muhammed T.A. Saif |
| Microelectromechanics-Based Freqeunt Signature Sensor | 5,856,722 | Dan Haronian, Noel C. MacDonald |
| Patent |
Patent Number |
Innovators |
| Microstructures and Single Mask, Single-Crystal Process for Fabrication Thereof | 5,847,454 | Kevin A. Shaw, Zuoying Lisa Zhang, Noel C. MacDonald |
| Microstructures and Single-Mask Single-Crystal Process for Fabrication Thereof | 5,846,849 | Kevin A. Shaw, Zuoying Lisa Zhang, Noel C. MacDonald |
| High Aspect Ratio Probes with Self Aligning Control Electrodes | 5,844,251 | Zuoying Lisa Zhang, Noel C. MacDonald |
| Microlithographic Array for Macromolecule and Cell Fractionation | 5,837,115 | Robert H. Austin, Lynne C. Rathbun, Wayne Volkmuth |
| Electroless Deposition Equipment or Apparatus & Method of Performing Electroless Deposition | 5,830,805 | Yosef Shacham-Diamand, Bin Zhao, Valery M. Dubin, Chiu H. Ting, Prahalad K. Vasudev |
| Protected Encapuslation of Catalytic Layer for Electroless Copper Interconnect | 5,824,599 | Yosef Shacham-Diamand, Valery M. Dubin |
| Dynamic Method for Preventing Voltage Collapse in Electrical Power Systems | 5,796,628 | Hsiao-Dong Chiang, Cheng-Shan Wang |
| Concatenated Trellis Coded Modulation and Linear Block Codes | 5,790,570 | Chris Heegard, David J. Rowe |
| Microelectromechancial Integrated Microloading Device | 5,786,621 | Noel C. MacDonald, Muhammed T.A. Saif |
| Multiply Detected Macrodiversity Method and System for Wireless Communications | 5,774,814 | Zygmunt J. Haas |
| Trench-Filling Etch-Masking Microfabrication Technique | 5,770,465 | X-Trent Huang, Liang-Yuh Chen, Noel C. MacDonald |
| Apparatus & Process for Detecting Scene Breaks in a Sequence Of Video Frames | 5,767,922 | Kevin Mai, Justin Miller, Ramin Zabih |
| Directional Control Method and Apparatus for Ring Laser | 5,764,681 | Stanley T. Lau, Jim J. Liang, Joseph M. Ballantyne |
| Cascaded Self-Induced Holography | 5,760,960 | Chih-Hsien Jason Lin, Yu-Hwa Lo |
| Facsimile-Based Video Compression Method and System | 5,740,278 | Toby Berger, Yi-Jen Chiu |
| System for Achieving Optimal Steady State in Power Distribution Networks | 5,734,586 | Hsiao-Dong Chiang, Jin-Cheng Wang |
| Method of Forming Compound Stage MEM Actuator Suspended for Multidimensional Motion | 5,726,073 | Zuoying Lisa Zhang, Noel C. MacDonald |
| Method for On-Line Dynamic Contingency Screening of Electric Power Systems | 5,719,787 | Cheng-Shan Wang, Hsiao-Dong Chiang |
| Microstructures and Single Mask, Single-Crystal Process for Fabrication Thereof | 5,719,073 | Kevin A. Shaw, Zuoying Lisa Zhang, Noel C. MacDonald |
| Patent |
Patent Number |
Innovators |
| Use of Cobalt Tungsten Phosphide as a Barrier Material for Copper Metallization | 5,695,810 | Yosef Shacham-Diamand, Bin Zhao, Valery M. Dubin, Chiu H. Ting, Prahalad K. Vasudev |
| Method for Preventing Power Collapse in Electric Power Systems | 5,642,000 | Rene Jean-Jumeau, Hsiao-Dong Chiang |
| Capacitance Based Tunable Micromechanical Resonators | 5,640,133 | Scott G. Adams, Kevin A. Shaw, Fred M. Bertsch, Noel C. MacDonald |
| Masking Process for Fabricating Ultra-High Aspect Ratio, Wafer-Free Micro-Opto-Electromechanical Structures | 5,628,917 | Ali Jazairy, Noel C. MacDonald |
| Silicon Tip Field Emission Cathodes | 5,627,427 | James W. Mayer, James P. Spallas, John H. Das, Noel C. MacDonald |
| Strain-Compensated Multiple Quantum Well Laser Structures | 5,617,436 | Yu-Hwa Lo |
| Optomechanical Terabit Data Storage System | 5,615,143 | Yu-Hwa Lo, Noel C. MacDonald |
| Laminated Composite Reinforcing Bar and Method of Manufacture | 5,613,334 | Petru Petrina |
| Automated, Multicompartmental Cell Culture System | 5,612,188 | Brian Johnson, John G. Babish, Michael L. Shuler, Lisa Sweeney |
| Microelectromechanical Lateral Accelerometer | 5,610,335 | Scott G. Adams, Kevin A. Shaw, Timothy J. Davis, Noel C. MacDonald, Gregory Galvin |
| Patent |
Patent Number |
Innovators |
| Method for Generating Audio Renderings of Digitized Works Having Highly Technical Contents | 5,572,625 | T. V. Raman, David Gries |
| Microelectromechanical Lateral Accelerometer | 5,563,343 | Scott G. Adams, Kevin A. Shaw, Noel C. MacDonald |
| Guarded Capacitance Probes for Measuring Particle | 5,546,006 | Michel Y. Louge |
| Compound Stage MEM Actuator Suspended for Multidimensional Motion | 5,536,988 | Zuoying Lisa Zhang, Noel C. MacDonald |
| Method & Apparatus for Altering Material Using Ion Beams | 5,532,495 | Dale C. McIntyre, Eugene L. Neau, Regan W. Stinnett, Douglas Bloomquist, Rudy Buchheit, John B. Greenly |
| Method of Forming Compound State MEM Actuator Suspended for Multidimensional Motion | 5,506,175 | Zuoying Lisa Zhang, Noel C. MacDonald |
| Method and Apparatus for Injection Molding of Semi-Solid Metals | 5,501,266 | Shaupoh Wang, Hsuan Peng, Kuo K. Wang, Nan Wang |
| Strain-Compensated Multiple Quantum Well Lasers Structrue | 5,491,710 | Yu-Hwa Lo |
| On-Line Method for Determining Power System Transient Stability | 5,483,462 | Hsiao-Dong Chiang |
| Patent |
Patent Number |
Innovators |
| Guarded Capacitance Probes for Measuring Particle Concentration and Flow | 5,459,406 | Michel Y. Louge |
| Method and Apparatus for CVD Using Liquid Delivery System with an Ultrasonic Nozzle | 5,451,260 | C Thomas Avedisian, Rishi Raj, Vera Versteeg |
| Methods of Fabricating Integrated Aligned Tunneling Tip Pairs | 5,449,903 | Susanne Arney, Jun Jason Yao, Noel C. MacDonald |
| Microlethographic Array for Macromolecule and Cell Fractionation | 5,427,663 | Robert H. Austin, Lynne C. Rathbun, Wayne Volkmuth |
| Microstructures and High Temperature Isolation Process Forfabrication Thereof | 5,426,070 | Kevin A. Shaw, Zuoying Lisa Zhang, Noel C. MacDonald |
| Intracavity-Doubled Tunable Optical Parametric Oscillator | 5,406,408 | Chung L. Tang, Randall J. Ellingson |
| Isolated Tungsten Microelectromechanical Structures | 5,399,415 | Noel C. MacDonald, Liang-Yuh Chen |
| Transistor Microwave Structure | 5,397,904 | Susanne Arney, Jun Jason Yao, Noel C. MacDonald |
| Process for Fabricating Submicron Single Crystal Electromechanical Structures | 5,393,375 | Zuoying Lisa Zhang, Noel C. MacDonald, Gyorgy A. Porkolab |
| Patent |
Patent Number |
Innovators |
| TI:Sapphire-Pumped High Repetition Rate Femtosecond Optical Parametric Oscillator | 5,377,043 | Chung L. Tang, Wayne S. Pelouch, Peter Powers |
| Multi-Dimensional Precision Micro-Actuator | 5,375,033 | Noel C. MacDonald |
| Optical Parametric Oscillation Using KTA NonLinear Crystals | 5,371,752 | Chung L. Tang, Wayne S. Pelouch, Peter Powers, S. Ramakrishna, Lap Kin Cheng |
| Massively Parallel Addressable Array Cathode | 5,363,021 | Noel C. MacDonald |
| Rie Process for Fabricating Submicron, Silicon Electromechanical Structures | 5,316,979 | Zuoying Lisa Zhang, Noel C. MacDonald |
| Intractivity-Doubled Tunable Optical Parametric Oscillator | 5,296,960 | Chung L. Tang, Randall J. Ellingson |
| Bilayer Resist and Process for Preparing Same | 5,290,397 | Christopher K. Ober, Allen H. Gabor, Eric A. Lenher, Guoping Mao, Liza Schneggenburger |
| Submicron Isolated, Released Resistor Structure | 5,287,082 | Susanne Arney, Jun Jason Yao, Noel C. MacDonald |
| Patent |
Patent Number |
Innovators |
| Quantum Well Optical Device on Silicon | 5,075,743 | Alex A. Behfar |
| Microdynamic Release Structure | 5,072,288 | Zuoying Lisa Zhang, Noel C. MacDonald, Liang-Yuh Chen |
| Tunable Optical Parametric Oscillator | 5,053,641 | Chung L. Tang, Walter Bosenberg, Lap Kin Cheng |
| Optical Walkoff Compensation in Critically Phase-Matched Three-Wave Frequency Conversion System | 5,047,668 | Walter Bosenberg |
| Two-Photon Laser Microscopy | 5,034,613 | Watt W. Webb, James Strickler, Winfried Denk |
| Pump Steering Mirror Cavity | 5,033,057 | Chung L. Tang, Walter Bosenberg, Lap Kin Cheng |
| Broadly Tunable High Repetition Rate Femtosecond Optical Parametric Oscillator | 5,017,806 | Chung L. Tang, Daniel C. Edelstein, Elliot S. Wachman |
