Synthetic Methodology Making molecules faster and cleaner using new methods & catalysis Challis, Chaplin, Clark, Fox, Pike, Scott, Shipman, Tosin, Wills
	Medicinal Chemistry Molecules for health; cancer, infection and inflammation Bugg, Challis, Clark, Corre, Fox, Sadler, Scott, Shipman, Tosin, Wills
	Solid State & Molecular Materials Porous solids, MOFs & solar cells for device and energy appllications Pike, Scott, Shipman, Walton
	Sustainable chemistry Catalysis, renewable & sustainable sources for life after oil  Bugg, Challis, Chaplin, Clark, Pike, Wills
	Polymer Chemistry Functional macromolecules for healthcare and energy Bon, Clark, Gibson, Haddleton
	Organometallics New architectures for catalysis, reactivity and medicines Chaplin, Pike, Sadler, Scott, Wills
	Physical Organic Chemistry Understanding catalysis, mechanism, processes and reaction kinetics Chaplin, Fox, Pike, Scott, Wills
	Biotransformations Learning from nature: enzymes, total synthesis, natural products Bugg, Challis, Corre, Shipman, Tosin, Wills

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Why choose Synthesis & Catalysis? This fundamental research area has enormous economic & societal impact. Our approach is interdisciplinary and highly collaborative Facilities Click the below links to view our outstanding facilities Excellent Analytical & workshop facilities MAS Materials and Analytical Science Building Also see Warwick Centre for Analytical Science