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Researchers of the Institut de Ciència i Tecnologia Ambientals (ICTA-UAB) and the Centre de Recerca Matemàtica (CRM) have come together to promote collaborations amongst them. Pictures by: Isabel Lopera, ICTA-UAB Communication Officer

On the 23rd of May in the morning, around 20 researchers gathered in ICTA-UAB’s Sala Antoni Rossell for an informal meeting to create synergies.

After a welcome given by the directors, researchers from both centers, previously selected with shared research interests, presented their work in two series of short talks. In the presentation sessions researchers gained a general awareness of what kind of projects were going on in the neighbouring center and during the coffee breaks they were able to engage in deeper discussions.

ICTA-UAB is a multidisciplinary center that promotes research in environmental sciences and aims to improve our understanding of global environmental change, and the nature and causes of environmental problems. CRM is a center specialized in mathematical research in all mathematical areas with a focus on its applications and social impact. Some of the topics covered were climate change forecast and adaptation, urban mobility and green infrastructures. Work from both centers is highly complementary and teher are many opportunities to help in each other’s research. Next step will be a second Joint Workshop in which possible collaborations will be explored further.

Almost every automaton can be reset with a short word

Almost every automaton can be reset with a short word

Guillaume Chapuy (Université Paris Cité, CNRS) and Guillem Perarnau (UPC, CRM) have shown that a random finite automaton with n states can, with high probability, be reset by a word of length of order √n log n. The result, published in ACM Transactions on Algorithms, pins the exponent at 1/2, the lower end of a decade of numerical estimates, and addresses the random version of the synchronization problem behind a conjecture Ján Černý posed in 1964 and which still remains open.

ADA: Decoding Brain Signals Misaligned in Time

ADA: Decoding Brain Signals Misaligned in Time

The study addresses a key limitation of current brain decoding techniques: the difficulty of interpreting internal mental processes whose temporal dynamics vary from trial to trial.Decoding what is happening in a person’s mind from their brain activity is one of the...

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