Jul 2012 to Present Box Truck DriverMears Transportation
Jun 2011 to Present Independent Contractor/Luxury ChauffeurCoffee Paradise Kissimmee, FL Jan 2010 to May 2011 Manager/Co-OwnerMarlene Family Care Home Kissimmee, FL Jul 2008 to Nov 2009 Child Care AssistantJawanio MRDD Pomona, NY Oct 2006 to Jul 2008 Driver/Direct Care WorkerSaintus Family Care of Hudson Valley DDSO New Hempstead, NY Jan 1993 to Dec 2006 Driver/Direct Care WorkerSaintus Family Care of Hudson Valley DDSO Spring Valley, NY Jun 2001 to Dec 2005 Co-Owner/Manager
Education:
Rockland Community College Spring Valley, NY Sep 2006 Computer Programming
Us Patents
Bottom-Up Ultra-Thin Functional Optoelectronic Films And Devices
- Cambridge MA, US Joel JEAN - Cambridge MA, US Annie I-Jen WANG - Cambridge MA, US
International Classification:
H01L 51/00 H01L 51/44
Abstract:
The embodiments disclosed herein are directed to optoelectronic devices based, on ultra-thin, lightweight and in-situ deposited parylene substrates, as well as methods of manufacture. Using a bottom-up approach, a readily releasable parylene thin film can be used for fabricating thin film electronic and optoelectronic systems on the thin and light substrates having thicknesses in the nanometer to low micron range. The disclosed method enables the integration of forming a parylene substrate with, the fabrication of a complete photovoltaic device under a fully contained, controlled environment.
It could be something else. You could use almost any material, said Joel Jean, a PhD student on the project. These latest proof of concept cells are part of the next generation of solar cells. In 2014, researchers at the University of Sheffield developed spray on solar cells which could be applabsorption, is only 1/50th as thick as one strand of hair. To prove this, the researchers placed the solar cell on top of a soap bubble, and if that wasnt enough to prove how light and thin it is, study author Joel Jean stressed in MITs press statement that breathing too hard might blow it away.
Date: Feb 29, 2016
Category: Sci/Tech
Source: Google
Next-gen solar cells likely to be as light as a soap bubble
MIT professor Vladimir Bulovic, research scientist Annie Wang, and doctoral student Joel Jean have described their new process in the journal Organic Electronics. The technology has so huge a potential that it can effectively revolutionize solar cells and energy harvesting from the Sun making way fo
Date: Feb 29, 2016
Category: Sci/Tech
Source: Google
How a MIT team made solar cells as thin as soap bubbles
cells measured at a thickness of only 1.3 micrometers and a surface density of 3.6 grams per square meter was described by MIT professor and associate innovation dean Vladimir Bulovi along with researcher Annie Wang and doctoral student Joel Jean in the April edition of Organic Electronics.
Date: Feb 29, 2016
Category: Sci/Tech
Source: Google
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Joel Jean
Work:
Massachusetts Institute of Technology (2011) Intel Corporation (2011-2011) US Air Force Research Laboratory (2006-2008)
Education:
Massachusetts Institute of Technology - MS/PhD in Electrical Engineering, Stanford University - BS in Electrical Engineering, Beavercreek High School
About:
Grew up in Beavercreek, OHUndergrad at Stanford University from 2007-2011EE PhD student at MIT from 2011-present