2013-2017: PhD from Department of Materials and Environmental Chemistry, Stockholm University, Sweden. Title ʺLanthanide Metal-Organic Frameworks and Hierarchical Porous Zeolitic Imidazolate Frameworks: Synthesis, Properties, and Applicationsʺ
2011-2013: M.Sc in Nanobiomedicine, National Sun-Yat Sen University, China (ROC)
2009-2010: Pre-Master–Physical Organic Chemistry-Assuit University, Egypt, Grade: 3.4 (87.71%).
2003-2007: B.Sc Chemistry Department–Assuit University- Egypt, Grade: 3.32 (84.059%)
Research Experience & interest
The research interest of Hani Abdelhamid is focused broadly on science and technology at the nanoscale and for material science to push scientific boundaries in diverse areas of biochemistry, biology, biomedicine biotechnology, nanocatalysis and laser based analytical. The main thrusts are concentrated on the topics as below:
1) Nanotechnology: synthesis, characterization, and applications.
2) Material Chemistry, synthesis, characterization, and applications.
3) Metal-Organic Frameworks (MOFs), synthesis, characterization, and applications.
4) Inorganic and structural chemistry.
5) Analytical Chemistry.
6) Solar cells and Nanocatalysis.
7) Nano-Biomedicine and Nano-Biotechnology.
8) Biochemistry and Biochemical research methods.
9) Metallodrug-protein interactions using Nanomaterials based- laser analytical tools.
10) Biosensor based on nanomaterials for pathogenic bacteria and biomolecules.
My professional goals center around the intertwined areas of research and education within science. I am passionate about discovering new science that addresses global needs and sharing these discoveries with a broad audience. I'm committed to technical excellence and exploration in the laboratory and enjoy learning new techniques that increase the breadth of my interdisciplinary background. As a scientist and educator, I want to promote the power of the scientific method through discussion of scientific literacy across disciplines and increase the general awareness of the importance of critical thinking. I seek to develop a balance between my professional life and my personal life in order to maintain a well-rounded view which will result in increased communication, productivity, and organizational skills, as well as to being open to new ideas and cultures, and, ultimately, to contribute to my community and society.
Jordi Cirera (Barcelona, 1979) graduated in Chemistry from the University of Barcelona (2002) and received his doctorate with honors from the same university in 2006. His first postdoctoral stage was at Stanford University (2007-2010) working on spectroscopic studies and theoretical modeling of copper metalloproteins, under the supervision of Prof. Edward I Solomon. Later, he moved to the University of California, San Diego (UCSD), for a second postdoctoral stage at Prof. Francesco Paesani ́s group, working in the development and implementation of novel methodologies for the computational modeling of spin-crossover processes in Metal-Organic Frameworks (MOFs). He has been visiting researcher at the Max-Planck Institute für Festkörperforschung (MPG-FKF) in Stuttgart and the Institut de Physique et Chimie des Matériaux (ICPMS) in Strasbourg, under the supervision of Prof. Jens Kortus, developing new methods for the calculation of the zero-field splitting parameters in transition metal compounds. Dr. Cirera has been awarded with several grants, including a PhD grant from the Spanish government, a grant from Generalitat de Catalunya for his first postdoctoral stage, and a Beatriu de Pinos/Marie Curie COFUND fellowship grant. He has been speaker at 32 conferences and invited speaker at 5 seminars in international research centers, and is co-author of 36 publications in peer review journals (h-index 21, total citations 2371, 7 as a corresponding author) and two book chapters.
I am a senior staff scientist at the Institute of Materials Science of Aragón, within the Spanish National Research Council (CSIC), and I am affiliated to the Department of Condensed Matter Physics at the University of Zaragoza.
I hold a Laurea (Bachelor’s degree) from the University of Camerino (1996) and a joint PhD degree awarded by the Universities of Leiden and Zaragoza (2001). I worked as a postdoctoral researcher at the University of Leiden (2001–2004) and the CNR Institute of Nanoscience in Modena (2004–2009), before joining the Institute of Materials Science of Aragón as a "Ramón y Cajal" CSIC Fellow. I tenured as a CSIC scientist in 2010, becoming senior scientist in 2017.
I am an experimental physicist with a keen interest in magnetocaloric and electrocaloric materials and in the development of advanced instrumentation.
Steven N. Girard is an Assistant Professor at the University of Wisconsin–Whitewater, where he teaches general and inorganic chemistry courses. He earned undergraduate degrees in chemistry and music from Lawrence University and a Ph.D. in inorganic chemistry from Northwestern University, and later was an NSF Science, Engineering, and Education for Sustainability Postdoctoral Fellow at UW–Madison. Buoyed by astute and enthusiastic undergraduate researchers, the Girard lab at UWW investigates nanostructured thermoelectric materials, sustainable synthesis of inorganic and nanostructured compounds, innovative new ways of blowing things up, and flux chemistry.
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.
I received my Ph.D. degree from Indian Institute of Science Education and Research, Pune in 2015 on functional properties of biomolecule-based coordination polymers. I was an AITF postdoctoral researcher with Prof. George Shimizu at University of Calgary. Currently, I am a JSPS postdoctoral fellow at Kyushu University, Japan. My current research endeavors are focused on the development of inorganic and organic hybrid porous materials for energy and environmental applications.
Professor of Chemistry and the Dean of the Faculty of Science at Carleton University in Ottawa, Ontario, Canada and Adjunct Professor of Chemistry at the University of Windsor.
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.
Maura Pellei is Associate Professor of General and Inorganic Chemistry at the University of Camerino. In 1993 she graduated in biological science at the University of l′Aquila. She obtained her degree in chemistry in 2003 and her Ph.D. in chemical sciences in 2010 at the University of Camerino. Her research interests are in coordination
chemistry, bioinorganic systems, and metal-based drugs.
I graduated in Chemistry at University of Alcalá (Madrid, Spain) and received my PhD degree in chemistry from the University of Sussex (Brighton, UK) in 1993 working with Prof. M. F. Lappert. After PhD, I moved to University of Alcalá as Assistant Professor (1993-94), and later as a Researcher Professor. In 1997, I joined the group of C. Romão in ITQB NOVA (Lisbon, Portugal). Since 2004, I am the Head of the Organometallic Catalysis group at ITQB NOVA (http://www.itqb.unl.pt/research/chemistry/organometallic-catalysis). I have been involved for years in organometallic chemistry research, working with main group, early and late transition metals. The activities of my research group focus on the design and synthesis of bio-relevant metal-based compounds with specific properties for their use in catalysis. Currently, I am the Head of the Chemistry Division at ITQB NOVA.
Since October 2014 AT is Associate Professor in the Chemistry Department of University of Pavia, sector CHIM/03.
He has been tutor of about 25 thesis degree and of two PhD students. He is a referee for several international journals. In December 2013 he obtained the scientific abilitation as “Professore Ordinario” .
Here are briefly listed some of his research interests.
(i) design, synthesis and characterization of systems able to work as fluorescent sensors for analytes of biological interest;
(ii) kinetic characterization of demetallation or translocation processes involving polyamminic complexes of transition metal ions;
(iii) design, synthesis and characterization of systems able to perform controlled translocation of transition metal cations inside poli-aza ligands;
(iv) design, synthesis and characterization of devices containing transition metal ions able to perform supramolecular functions;
(v) functionalization of surfaces and polymeric samples with inorganic (Au, Ag, CuS) nano-objects and/or transition metal complexes with microbicidal action, in order to build antibacterial materials;
(vi) synthesis of anisotropic noble metal (Ag, Au) nano-objects, their surface functionalization for sensing and theranostic applications, study of their SERS (Surface Enhanced Raman Spectroscopy) activity;
(vii) green synthesis of noble metal nanoparticles exploiting agricultural waste materials.