Pavanello Group Research Makes the Cover of JCP
|The latest paper by the Pavanello research group on Periodic Subsystem Density-Functional Theory was selected as the Featured Article of Issue 7 of Volume 141 of The Journal of Chemical Physics. One figure from the article was placed on the cover of the issue! Read the full paper to learn how their research will improve computational studies of molecules interacting with metal and semiconductor surfaces.|
Award Competition: Herbert C. Cheung Scholarships, Anna and Bernard Senkowski Scholarships
Each spring, the Chemistry Department runs an award competition open to all freshmen, sophomore, and junior chemistry majors currently enrolled at Rutgers-Newark. To be eligible, a student must be a declared chemistry major by June of this year. Award winners are selected based upon the evaluation of grade-point average, financial need, and two letters of recommendation. The deadline for submitting application forms is June 10.
BORAM XIV at Rutgers University-Newark in June
|The Boron in the Americas conference (BORAM XIV) will take place on the Newark campus of Rutgers University from June 15-19, 2014. Check the conference website for the schedule, registration, accommodations, and other details.|
Frieder Jäkle Joins the Organometallics Advisory Board
New Luminescent Triaryl Borane Polymers As Dual Responsive Fluoride Ion Sensors
|The Jäkle group has prepared the first luminescent triarylborane block copolymers with well-defined chain architectures. Using these amphiphilic polymers, they developed a dual-responsive fluoride sensor by taking advantage of their ability to self-assemble reversibly. In addition to practical applications for anion sensing, this new class of electron-deficient block copolymers could prove useful for biological imaging and in the area of organic electronics. Read more in their recent JACS communication.|
Recent Graduate Student Awards
For the 2012-2013 academic year, Hetalaben Patel won a Graduate Student Excellence Award from the Graduate School Government, and Fei Cheng won the Graduate School Dean's Doctoral Dissertation Award. Ms. Patel is studying for a Ph.D. in Prof. Jordan's research group; Dr. Cheng recently completed his degree working in Prof. Jäkle's group.
Intermediates Detected in TDP-dependent Enzymes Point to Catalytic Mechanisms
|Prof. Jordan and his co-workers have established techniques to detect covalent intermediates and products in thiamin diphosphate (TDP)-dependent enymatic pathways. Using these techniques, they have succeeded in monitoring key chemical species as reactions catalyzed separately by six different enzymes progress in time. Read the details about the mechanistic implications of their findings for pyruvate decarboxylase, the pyruvate dehydrogenase multienzyme complex, and other enzymes in their recent publications:      .|
Recent Faculty Awards to Profs. Mendelsohn, Jäkle, Piotrowiak, and Jordan
Chemistry faculty winning recent awards include Prof. Mendelsohn who won the 2012 Gold Medal from the NY Section of the Society for Applied Spectroscopy, and Prof. Jäkle who won the Boron in the Americas Award along with the 2012 Akron ACS Section Award. Additionally, Prof. Piotrowiak was awarded the Donald H. Jacobs Chair in Applied Physics and Prof. Jordan won the Chancellor's Excellence in Research Award.
Efficient New Procedure for Highly Conductive Graphene
|Professor He and her co-workers have developed a rapid, simple, and scalable method to produce large conductive sheets of graphene. The solution-processible sheets, formed in the presence of nitronium ion with microwave heating, could be used in a broad spectrum of applications. Read the details in their JACS article.|
Fluorescence Enhancement from Constrained Spaces
|The Galoppini and Piotrowiak groups recently reported an unprecedented fluorescence enhancement observed in aqueous solutions of complexes formed by a viologen derivative in a molecular host or in a polymer matrix. The emission can be turned off and on by electrochemical reactions. Calculations show the behavior derives from conformational constraints of the complex. Read how these findings could be used to develop electrochromic materials and fluorescent switches in their recent JACS article.|