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How molecules sit on surfaces drives energy and electron transfer


How molecules sit on surfaces drives energy and electron transfer
Florida State University researchers seeking to make newer, more energy efficient materials have made a breakthrough in understanding how structure dictates electron transfer across surfaces. 
It all has to do with how the molecules are positioned. 
Ken Hanson, associate professor of chemistry, and his colleagues found that the way molecules assemble on an inorganic material plays a key role in how energy and electrical current move across these interfaces, thus driving the functionality. 
  
“Natural systems like photosynthesis and millions of years of evolution have been able to control the orientation of molecules to make energy and electron transfer very efficient,” Hanson said. “We would love to attain the same level of structural control with human made assemblies.”  ....

Wendi Zhang , Ashley Arcidiacono , Scott Saavedra , Ken Hanson , Jeffrey Ellison , Suliman Ayad , Florida State University , Army Research Office , University Of Arizona , Physical Chemistry , Biochemistry Wei Yang , Pani Varanasi , Combat Capabilities Development Command , Army Research , Autumn Peters , வெண்டி ஜாங் , ஸ்காட் ஸாவிட்ர , கேன் ஹான்சன் , ஜெஃப்ரி எலிசன் , சுலிமான் அயத் , புளோரிடா நிலை பல்கலைக்கழகம் , இராணுவம் ஆராய்ச்சி அலுவலகம் , பல்கலைக்கழகம் ஆஃப் அரிசோனா , உடல் வேதியியல் , உயிர் வேதியியல் வெய் யாங் , பானி வாரணாசி ,

Strategic position: How molecules sit on surfaces drives energy and electron transfer


Kenneth Hanson is an associate professor of chemistry and biochemistry.
The study showed that the way molecules are oriented toward each other plays a key role in how electron transfer occurs.
Florida State University researchers seeking to make newer, more energy efficient materials have made a breakthrough in understanding how structure dictates electron transfer across surfaces.
It all has to do with how the molecules are positioned.
Ken Hanson, associate professor of chemistry, and his colleagues found that the way molecules assemble on an inorganic material plays a key role in how energy and electrical current move across these interfaces, thus driving the functionality. ....

Wendi Zhang , Scott Saavedra , Ken Hanson , Kenneth Hanson , Erica Knoff , Ashley Arcidiacono , Lianqing Zheng , Jeffrey Ellison , Suliman Ayad , Florida State University , Army Research Office , University Of Arizona , State University , Physical Chemistry , Biochemistry Wei Yang , Pani Varanasi , Combat Capabilities Development Command , Army Research , Autumn Peters , வெண்டி ஜாங் , ஸ்காட் ஸாவிட்ர , கேன் ஹான்சன் , கெநெத் ஹான்சன் , எரிகா க்னோப்ப் , ஜெஃப்ரி எலிசன் , சுலிமான் அயத் ,