Clara Piccirillo, PhD

About Clara Piccirillo, PhD

Clara Piccirillo has a PhD in Material Science, and has been working in the fields of Materials Science and Microbiology for more than 10 years.


Clara also has experience of teaching sciences at school and university level. During her career as a researcher, she has written publications in peer-reviewed journals, including Biomaterials, Journal of Materials Chemistry, Journal of Applied Physics and Chemistry of Materials.




Clara is interested in the communication of sciences to the general public. She writes for several journals and/or websites (see her suite101 articles here), focusing on the links between scientific principles and their practical applications.



Food Bacterial Contamination from Kitchen Surfaces

Food can get contaminated by bacteria. Photo by Cesarharada.

Food cross-contamination causes many people to get sick or die from food poisoning yearly. A new study raises questions about wet and dry kitchen surfaces.

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Graphene-based Materials for Solar Cell Applications

WS2 has a bandgap in the visible region. Photo by Clara Piccirillo.

Researchers have developed a new solar energy device, made of graphene and the semiconductor, tungsten disulfide, which shows very good photovoltaic efficiency.

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The Chemistry Behind the Florida High School Explosion

Plastic can be deformed by high pressure. Photo by David Monniaux on Wikimedia.

A Florida student mixed toilet cleaner and aluminum foil while at school; forming gaseous hydrogen inside the bottle. The explosion resulted in the student’s expulsion.

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Coal as Fuel: Impact on the Environment and Environmentalists

Pollutants can be emitted during coal combustion. Photo by Brentdanley.

Are the Greenpeace protests a logical use of time and resources? Coal pollutes, but there are currently no practical ways to completely stop using this fossil fuel.

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Synthesis of Butanol: Towards a Better Biofuel

Structure of the catalyst. Photo by D. Wass, from the ACS Meeting presentation.

Researchers have developed a catalyst to convert ethanol into butanol with high selectivity, potentially allowing butanol to replace ethanol as a biofuel.

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