home › people
PEOPLE:
|
- materials, fabrication, circuits, and systems
- a-Si, p-Si, and novel inorganic semiconductors
- 37 issued U.S. patents and 76 publications
- technology licensed to several companies
- Ph.D., M.S., Stanford University; B.S., U.C. Berkeley
|
- electrical, mechanical, and software systems for a-Si flexible electronics
- superconductivity in novel materials and systems
- Ph.D., Stanford University; B.A., Princeton University
|
- MEMS, packaging, and printing
- microsprings for integrated circuit packaging and testing; novel viscous liquid printing concepts; xerographic micro-chip assembly
- thin-film transistor integration with MEMS; large-area printed organic electronics research
- Ph.D. and M.S., Electrical Engineering, & M.S. in management science and engineering, Stanford University; B.S., engineering physics, U.C. Berkeley
|
- microsystems work situated where physics, semiconductor technology, materials science, electrical engineering, and chemical engineering intersect
- applications of "StressedMetal" MEMS to chip packaging, micro-optics, and micro-switches
- fabricated calorimetric enthalpy arrays for proteomics and drug discovery and introduced novel He also introduced novel microfluidic drop mixing technique
|
- leads client services sales and transaction team for all of PARC
- helps create new opportunities, shape and spearhead commercial partnerships, and enable the commercialization of PARC’s breakthrough technologies
-
M.S. in Intellectual Capital Management and a B.S. in Industrial Engineering and Management from Chalmers University of Technology in Gothenburg, Sweden
|
- plastic electronics patterned by inkjet printing
- sensor electronics applications including bendable image sensors for x-ray medical imaging, electronics for printed blast dosimeter sensor tape, and printed logic for memory
- Ph.D., Physical Chemistry, Cornell University
|
- high-accuracy ink jet printing
- a-, poly-, and crystalline silicon and associated applications
- large-area arrays for optical and x-ray imaging, displays, and organic semiconductor materials and devices
|
- analog and digital CMOS circuit design, biosensing, and software engineering
- interface between electrical engineering, biochemistry, electrochemistry
- B.S., Mathematics, Brown University; Ph.D., Electrical Engineering, Columbia University
|
- large-area electronic materials and devices
- printing technologies to replace photolithographic techniques
- solution-based organic materials to create large-area transistor and sensor arrays
- previous work on digital x-ray imaging commercialized through PARC spin-off dPix
- holds 53 patents and published more than 350 papers
- American Physical Society David Adler Award; American Institute of Physics prize for Industrial Applications of Physics
- Ph.D., B.S., Physics, Cambridge University
|
- flexible, printed, and hybrid electronics from development to commercialization
- disruptive device and process technologies based on printing and coating
- expert in the physics of organic semiconductor materials
- PhD, Solid State Electronics, Imperial College
|
- novel applications, fabrication, and patterning methods for electronic devices that can be processed from solution
- materials science and surface chemistry for thin-film devices
- B.S., UC Berkeley; Ph.D., Cambridge University
show profiles by
show profiles by focus area
- Big Data
- Clean Water
- Cleantech and Energy
- Content-Centric Networking
- Contextual Intelligence
- Design and Digital Manufacturing
- Health and Wellness
- Innovation Services
- Intelligent Automation
- Optoelectronics and Optics
- Printed and Flexible Electronics