My work involves numerical modelling of air pollution chemistry, mainly in the indoor environment, and to a lesser extent, outdoors. My indoor air chemistry work involves investigating the chemical processes that cause high concentrations of air pollutants indoors, particularly those pollutants that are likely to be harmful to health. Topics of interest are the impacts of human activities on indoor air quality, such as cooking, cleaning and DIY activities such as painting. We also investigate the impact of emissions from common indoor materials such as carpet and wooden furnishings on indoor air quality.
I obtained my PhD from the University of Valencia (Spain) focused on Supramolecular & Bioinorganic Chemistry, in which I worked in metalloenzymes mimetics and anion receptors. Upon completing my PhD in 2013, I performed several postdoctoral research positions in the University of Kansas (USA) and Institute Curie (France), in which I specialized in the development of drugs for non-canonical nucleic acids such as G-quadruplexes, triplexes or i-motifs. Then, I joined the Department of Chemistry at Imperial College London as Newton Fellow to develop new tools to target and visualize G-quadruplexes in cells. I continued my projects as IdEx Fellow in the European Institute of Chemistry and Biology in Bordeaux (France). Actually, I’ve started my team in the Institute of Molecular Science in the University of Valencia, where I’ve developed novel systems and methodologies to target non-canonical DNA structures and unravel their biological roles.
Dr. Debabrata Goswami is the Prof. S. Sampath Endowed Chair Professor of Chemistry and Adjunct Professor of Center for Lasers and Photonics, Center for Cognitive Science and the Design Program of IIT Kanpur. He is the elected Fellow of the Royal Society of Chemistry, the Institute of Physics (UK), the Optical Society (OSA) and the SPIE. He is the winner of the 2018 Galileo Galilei Prize of the International Commission of Optics, the Thatachary Award, the Wellcome Trust Senior Research Fellowship, and the Swarnajayanti Fellow. He is the Vice President of the IEEE Photonics Society India, Past Chairman, Photonics-2016. He has written over 200 papers and was in the Editorial Board of the Rev of Scientific Reports (AIP).
Dr Jennings obtained his PhD in Physical Chemistry from the University of Bath, United Kingdom in 2009. From 2009 to 2014 he worked as Research Fellow and then Senior Research Fellow in the Department of Materials Science and Engineering at the National University of Singapore. In mid-2014 he was appointed as Lecturer in Applied Physics at Universiti Brunei Darussalam and has since been promoted to Assistant Professor and Interim Programme Leader at the same institution. His research to date has included characterization and modelling of mesoscopic solar cells (especially dye-sensitized solar cells), solar water splitting cells and water oxidation electrocatalysts, redox flow Li-ion batteries, and novel electrochromic devices.
Zhiqiang Li was born in Shandong, China, in 1985. He obtained his PhD degree from Nankai University under the guidance of Prof. Yu Liu in 2014. Then he joined School of Chemical Engineering and Technology, Hebei University of Technology. He was promoted as an Associate Professor in 2016. His current research interest is soft luminescent materials by integrating lanthanide complexes and matrices; Molecular recognition utilizing functional macrocycles
Charles Weston Professor of Chemistry, Bowdoin College.
Our work is centered on the photochemistry and photophysics of luminescent platinum group molecules. Much of this effort is devoted to understanding excited state electron, energy, and atom transfer reactions, as well as exciplex (excited state complex) and excimer (excited state dimer) formation. Excited state reactions play a key role in molecular-based solar energy conversion schemes, including photosynthesis. We use optical (absorption, emission, and excitation) spectroscopies, pulsed-laser excited state lifetime measurements, and cyclic voltammetry to evaluate potential photocatalysts in such schemes and to test modern theories of electron transfer.
Dr. Jovan Nedeljković got his bachelor degree at the Faculty of the physical chemistry of the Belgrade University in 1984, and since then he has been employed in the Institute of nuclear sciences Vinča in Belgrade. Dr. Nedeljković obtained his Ph.D. degree in 1991 at the Clarkson University, Potsdam, USA. After that Dr. Nedeljković returned to the Institute of nuclear sciences Vinča, and in 1999 he was appointed as researcher professor. Dr. Nedeljković is the principal investigator in the field of nanomaterials. He has extensive international collaboration, and he worked in Argonne National Laboratories, and National Renewable Energy Laboratory. Under his supervision, 12 Ph.D. students graduated. Dr. Jovan Nedeljković published more than 170 scientific papers. Papers published by Dr. Nedeljković have been cited more than 6000 times, and his h-index is 40. Dr. Nedeljković is a referee for many journals. Dr. Nedeljković main research interest includes the development of colloidal methods for synthesis of nanoparticles of different type of materials. His research goal is to obtain nanoparticles with high uniformity and controllable shape (spheres, rods, wires, tubes), as well as to understand the size- and shape-dependent properties of materials at nano-scale. Also, the research interest of Dr. Nedeljković is a synthesis of nanocomposite materials using nanoparticles as building blocks (polymer-based nanocomposites, functionalized textile fibers, thin films, etc.).
Senior Lecturer in Natural Sciences and Academic Director of the Analytical Centre at Thornton. University of Chester.
Specialising in environmental science, chemical analysis and air chemistry. He is programme leader for the BSc Chemistry programme. His research interests include developing instrumentation, air chemistry and smart cities infrastructure. He is also the academic director of the Analytical Centre at Thornton, a facility where undergraduates can work with industrial partners on projects and gain valuable hands-on experience with state-of-the-art instrumentation.
Alexander M. Puziy is Head of Department of Carbon Adsorbents for Medicine and Protection of Environment at Institute for Sorption and Problems of Endoecology, National Academy of Sciences of Ukraine. His research interests include development of new advanced carbon adsorbents and catalysts with enhanced performance for medical and environmental use as well as for energy storage. Alexander M. Puziy is expert in synthesis of highly porous carbon adsorbents using polymer and natural (coal, agricultural by-products) precursors, developing porosity in desired pore size range, functionalization of carbon adsorbents as well as characterization of texture, porous structure and surface chemistry.
I graduated in Chemistry from the Universidade de Santiago de Compostela in 1996 (with honors), and from 1996 to 2001 worked on my PhD under the supervision of Prof. José Luis Mascareñas developing new synthetic DNA-binding peptides. In 2001 I received the Human Frontier Science Program long-term fellowship and joined the group of Prof. Barbara Imperiali at the Massachusetts Institute of Technology, where I worked for three years (2001-2004) on the development of caged compounds and fluorescent probes as tools to understand complex phosphorylation pathways involved in cell motility.
I returned to Santiago with a Ramón y Cajal contract in 2004, and was habilitated three years after in 2007. Since 2010 I am enjoying an Associate Professor position at the Organic Chemistry Department, and in 2011 I became a member of the Center for Research in Biological Chemistry and Molecular Materials (CiQUS).
Jian obtained his Ph.D in inorganic chemistry at Technical University of Munich (Germany) in 2014. He was a research scientist at Southwest University of Science and Technology (China) from 2015-2016. Currently he is a chemist at Pacific Northwest National Laboratory (USA). Research interests: Development and implementation of in situ spectroscopic techniques to characterize Metal–Organic Framework-Based catalysts and catalytic processes.