Jordan’s research focuses on semiconductor material growth and device physics. He received his B.S. in Engineering Physics from the University of California, Berkeley in 2007 and Ph.D. in Materials from the University of California, Santa Barbara in 2012. At Berkeley, he worked on the growth and characterization of Perovskite oxide thin films under Profs. Yuri Suzuki and R. Ramesh in the multifunctional oxides group. Following this, he worked briefly at SunPower Corporation in San Jose, CA – a maker of high efficiency silicon photovoltaics. He then went on to UCSB under Prof.
Changing people’s carbon emission patterns requires first understanding the differences in behaviors and corresponding emissions levels between different groups of people. A recent paper by Chancel in the journal Ecological Economics investigated the differences in carbon emissions between different generations in the U.S. and France. The author examined carbon emissions by American and French…
Transportation sector greenhouse gas reductions do more than save energy: greener public transportation alternatives can reduce traffic congestion, lessen US dependence on foreign oil and make the US more economically competitive. In addition to these benefits, policies that reduce GHG emissions by encouraging more active modes of transportation can have additional…
In 1961, the Nobel Prize-winning co-inventor of the transistor, William Shockley, and his colleague, Hans Quisser, identified the theoretical maximum conversion efficiency of a solar cell. They called this the “detailed balance limit,” because maximum efficiency would occur when photons absorbed from and emitted to the sun were in the proper balance. This theoretical limit has been beyond the…
Luke Tonachel, Senior Vehicles Analyst, Energy & Transportation Program for the NRDC discusses the progress made in fuel efficiency standards in the last six years, and the work remaining to reduce transportation sector oil and gas dependence in order to meet CO2 reduction goals.
The power grid is a massively complicated network of generators, power converters, and transmission lines controlled through the cooperation of numerous private corporations and local and international agencies. Grid operators rely on long and short-term “to-the-minute” weather predictions and other inputs to predict demand and prevent disruption. Government policies and economic constraints of the coming decades require the grid in the United States (and elsewhere) to become even more intelligent, interconnected, and efficient.
Dramatically lower prices for raw silicon (Si) have reduced the cost of solar power modules (panels). For total power system cost to continue to fall, however, new methods are required to produce high efficiency silicon solar cells that minimize material costs and processing complexity. Researchers at Fraunhofer Institute for Solar Energy recently demonstrated a method for high-efficiency silicon that may do just this.
In celebration of Engineering Week: 2014, Mr. J. Brett Williams- Senior Vice President and General Manager for the Northeast region - and Mr. David Boers – Associate and Program Manager in Burns & McDonnell’s Transmission and Distribution division- will provide students with a comprehensive view of the electric generation and transmission market and its evolution into the 21st century.
For years the U.S.