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Welcome! The MOE Lab at Michigan State University† focuses on inorganic and organic excitonic materials for solar energy production and utilization.† We look to exploit oriented, crystalline, nanostructured, and excitonic films through organic-inorganic and organic-organic interactions while studying fundamental relationships between structure and photophysical properties. Ultimately we aim to apply this understanding to enhance device† efficiencies, lifetime, and functionality.†




With the increased awareness for the environmental impact of energy production, and carbon emission in particular, much focus has been placed on renewable energy sources.† It has been shown that solar energy is one of only several alternative energy sources capable of offsetting a major portion of worldwide energy consumption, as shown above.† The full solar potential striking the earth (174,000TW) is† so far off this plot it is outside of whatever building you are in.† To fit the practical potential in the plot we assume modules will have 10% efficiency covering only 1-2% of all land area.† Data is adapted from N. Lewis, "Global Energy Perspective" 2007 (available online: http://nsl.caltech.edu/files/energy.ppt).† While a multifaceted approach is required to transition away from fossil fuels, solar energy will surely be key to a sustainable future.


4/20/17: Mattís paper on organic salt photovoltaics is accepted in Sustainable Energy & Fuels.† Congratulations!

4/18/17: Dr. Lunt awarded the Outstanding Faculty Award by the MSU Senior Class Council!

3/30/17:† Margaret Young awarded the second place Fitch Beach Award from the College of Engineering.† Congratulations!††

3/18/17: Dr. Lunt honored for his service to student organizations at the Engineering Awards Luncheon!†

3/7/17: The MOE Lab is featured on the BIG 10 Network!

12/6/16: Zach Smith joins the MOE Lab.† Welcome aboard!

12/6/16: Peiís paper on the homoepitaxy of metal halide crystals is published in Scientific Reports.† Congratulations!

11/28/16: Chenchenís paper on the limits of visibly transparent LSCs is accepted in Advanced Optical Materials.† Congratulations!

11/15/16: MSU listed as one of the Top 3 Energy Engineering schools in the country by New Engineer!

10/15/16: Matthew Bates joins the MOE Lab.† Welcome aboard!

9/8/16: Peiís paper on Edge-Nucleation Driven Hetero-Quasiepitaxial Growth of Organic Multilayer Films is featured on the Front Cover of Advanced Materials Interfaces!† Congratulations!

8/21/16: Dhanashreeís paper on air stable lead-free CsSnBr3 perovskite solar cells is published in Nano Energy.† Congratulations!

7/26/16: Dr. Lunt named the Johansen Crosby Endowed Associate Professor

7/1/16: Yimuís article on Transparent Solar Concentrators continues to be Most Accessed article in Advanced Optical Materials for 2014 and 2015.




© 2011-2017 Richard Lunt, MSU

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