The Current Group
Dr. Deepak Dange
Deepak hails from India, where he completed his B.Sc and M.Sc degrees in chemistry from Pune University. Afterwards he had a three year stint with the Halliburton company, working on technology development for the oil and gas industry. He finished his PhD at Monash University in the Jones group in 2012, and is currently working as a Postdoctoral Research Fellow, in addition to being the group Laboratory Manager. His research is currently focused on the design and synthesis of inorganic, coordination or organometallic molecules with unusual structures and properties. These typically have catalytic properties; can be used as hydrogen storage systems, and as replacements for expensive/toxic d-block metal complexes in synthesis and catalysis.
Dr. Albert Paparo
Albert is Bulgarian by birth. He carried out his PhD at Aachen University, Germany, under the supervision of Prof. Dr. Jun Okuda. This degree included a six month stint at MIT, working under Prof. Kit Cummins. Albert has bravely decided to work on the synthesis of low oxidation state beryllium compounds, and their application in synthesis and catalysis. He will also take control of the group's Metal Vapour Synthesis apparatus.
Yuvaraj obtained his PhD from IIT Madras in 2017. He was awarded a prestigious SERB Fellowship from the Indian government to work in the Jones group. In his time here he will work on the development of chiral N-donor ligands and derived main group metal complexes for use in enantioselective synthetic transformations.
Amelia completed her undergraduate studies (BScAdvHon) at Monash University in 2012 after undertaking her Honours project in the Jones Group, investigating the reactivity of a singly bonded amido-substituted digermynes with small molecules. She continued on in the Jones group, starting her PhD in the area of low-oxidation state Main Group chemistry.
Aaron completed a BSc(Hons) degree in the Jones group, and subsequently commenced his PhD studies in early 2014. He is investigating the stabilisation and reactivity of sub-valent Group 2 compounds. We are hoping his research will turn into a pile of CaCa. . . compounds.
Despite his Egyptian-Russian-Italian ancestry, Jacques is Australian by birth. He commenced studies as a PhD student in the Jones group in early 2016. He is investigating the use of bulky mododentate ligands for the kinetic stabilisation of very low oxidation state silicon compounds. He will also explore the application of these systems to small molecule activation processes.
Palak joined the group in early 2017 from the IIT Bhubaneswar as a PhD student. Palak is working on the design of extremely bulky ligands for the stabilisation of low oxidation state p-block complexes.
Dafydd obtained his undergraduate degree from the University of Oxford in 2017. He joined the group in January 2018, and will be carrying out his PhD studies on the application of low oxidation state s-block complexes to stoichiometric and catalytic organic synthetic transformations previously requiring d-block metal complexes to proceed.
Cory obtained his undergraduate degree from the University of Oxford in 2017. He joined the group in January 2018, and will be carrying out his PhD studies on synthesis of bulky chiral amidinate ligands for the stabilisation of low oxidation state group 13 complexes.
Arif joined the group in March 2018 from IIT Mumbai as a PhD student. He is working on the development of bulky chiral ligands for use in enantioselective catalytic transformations involving main group metals.
Sneha joined the group in February 2019 from The Indian Institute of Science Education and Research (IISER), Thiruvananthapuram as a PhD student. She is working on the development of chiral ligands for the stabilisation of low oxidation state main group and transition metal complexes.
Aidan commenced his BSc(Hons) studies in the group in February 2019 after undertaking his third year project in the Jones Group, investigating the reactivity of the magnesium dimers with boranes. His will be investigating the stabilisation and reactivity of low oxidation state group 2 complexes.
Sam has joined the group from Cardiff University for 1 year, as an undergraduate exchange research student. He will be working on development of new chiral multidentate ligands for the stabilization of low oxidation state metal complexes.