Luca Dell'Amico (the Boss)
Principal Investigator
Associate Professor in Organic Chemistry
Small chiral organic molecules can be used to catalyse innovative synthetic transformations. We can use covalent or H-bonding enantioselective catalysis to access new chiral bioactive ingredients
We use various spectroscopic and analytical techniques to elucidate the intimate nature of diverse polar and radical processes
Photocatalysis allows unique reactivity pathways, often unaccesible under polar chemistry. We use light to develop unprecedented reactivity and new molecular scaffolds
My research is focused on the development of electrochemical and photocatalyzed novel transformations. In my free time I enjoy taking care of the NMR equipment.
I am involved in the development of novel organic photocatalytic processes. I am now working on synthesis of reactive substrates to trap carbon dioxide using new photocatalytic systems.
My research is focused on the rational design of new organo-photocatalysts and their application in synthesising bio-relevant molecules. I love tacos and mariachi.
I am interested in the exploitation of organophotoredox catalysis for the preparation of synthetically relevant intermediates through innovative methodologies. Twitch and Discord professional broadcaster.
My current efforts are focused on the activation of substrates via non-covalent interactions for the design of photocatalyzed transformations. On my free time I love taking the camera and play with lightpainting techniques.
I am interested on the use of ABB for the design of photocatalyzed transformations. I love cats and lighthouses.
My research focuses on the development of organocatalytic asymmetric dearomative photocycloadditions. And as extra comment "Pineapple doesn't go on pizza"
I am interested in developing novel free radical transformations guided by quantum mechanical calculation. In my free time , I enjoy watching movies and doing fitness training.
I am currently working in the development of new organic photocatalyzed transformations. I really like volleyball and water activities
My interests are focused on the rational design of novel organic photocatalysts. Swimmer and swimming coach in my free, time. Street magician on weekends.
I am currently involved in the synthesis of tailored-made organic photocatalysts and its application on innovative synthetic transformations. Go go go!
I am working in the merger of electricity and photocatalysis. In my spare time I play football and practice fencing. I broke my finger and my backbone last year, awarding my nickname.
Currently I am focused on the development of ATRA procesess using organic photocatalysts. I enjoy quiet but crazy parties.
My current scientific interests are related to the development of novel light-driven transformations having fluorine as principal element. I love wet raccoons.
I am currently working on electrochemistry for the synthesis of sophisticated organic derivatives. Hot-pot is my second name. I am passionate for column chromatography.
I am currently working on developing new photocatalytic reactivity on sugar moieties. In my free time I love reading, listening to music and playing chess.
My current research is related to the functionalization of polymers for photocatalytic applications.
My current research is focused on the functionalization of photoactive polymer brushes for catalytic applications. In my free time I enjoy social-events (especially at Malandrino).
I am interested on the functionalization of polymers with potential applications in photocatalysis. I support LA Lakers just because I like purple stuff.
My scientific interests are related to the design of organic photocatalysts. I enjoy F1, karting and wearing sunglasses.
I am currently working on the installation of fluorinated motifs into organic molecules. I hate McDonald's (for several reasons).