Copernicus Programme Teams Excel in Mathematics Olympics, Advance to Cesenatico Challenge
Teams representing the Copernicus Programme have demonstrated exceptional mathematical prowess, securing podium finishes in competitions held in Lucca, Arezzo, and Bologna, and qualifying for the upcoming challenge in Cesenatico from May 8th to 10th.
Competition Results
The success stems from dedicated preparation, with students attending lessons since September. Teacher Lucia Grossi explained that three teams were fielded across the competitions.
- Lucca: The team achieved second place, engaging in a close contest with Castelnuovo di Firenze. They successfully solved fifteen out of twenty-one problems and delivered a unique “wild card” problem that no other team could solve.
- Arezzo: The second team secured first place after quickly taking the lead, solving fifteen problems including the joker.
- Bologna: Composed of many new recruits, the Bologna team also performed admirably, initially taking first place and maintaining a strong position to finish second with thirteen problems solved and a successful joker.
Team Rosters
The following students participated in the competitions:
- Lucca Team: Captain Cristiana Xiao, Fabrizio Dai, Davide Bencini, Dilaver Kokalari, Lin Vicky, Lorenzo Schiavone. Reserves: Thomas Browe, Alessandro Basto.
- Arezzo Team: Captain Andrii Kosenko, Gioia Qu, Alex Feng Ye, Gioele Sang, Jason Wang, Francesco Moggi, Martino Loglio. Reserves: Ginevra Chini, Elettra Mancini.
- Bologna Team: Captain Pier Maria Lisanti, Eva Li, Yuri Xinhao Wang, Francesco Massimo, Huang Steven, Zifan Zhou, Ting Li. Reserves: Niccolò Bartolozzi, Greta Messeri.
About the Copernicus Programme
The Copernicus Programme, named in homage to Renaissance polymath Nicolaus Copernicus, is an ambitious Earth observation initiative. Copernicus, who formulated a model of the universe with the Sun at its center (Wikipedia), is a fitting namesake for a program focused on observation and understanding our planet. The programme aims to provide accurate and timely environmental information, mitigate the effects of climate change, and enhance civil security. (Copernicus Programme Website)
Recent advancements in numerical modelling, such as those detailed in research published in 2026, are crucial for accurately assessing coastal hazards and informing protective measures (Numerical modelling framework for assessing dune effectiveness against…).