Unibo Magazine

231 Articles

The major eruption at the Phlegraean Fields 40,000 years ago did not affect the cultural development of the early Homo sapiens

A new study on the artefacts found in the Grotta di Castelcivita, in the Salerno province, shows that the crucial shift from the Proto-Aurignacian culture to the Early Aurignacian occurred before the major eruptive event that marked the Mediterranean region. This contradicts previous hypotheses on the relevance of sudden natural hazards for technological development in prehistoric times

Dialogue with the 'other brain' through astrocytes and graphene

Research involving the University of Bologna, found that graphene has properties that can control and modulate the activities of astrocytes, a type of brain cell. The work, published in Nature Nanotechnology, has the potential to have positive implications for the study of brain diseases such as epilepsy and stroke

Innovative Materials: Over One Million Euros Awarded to the University of Bologna for Spoke 11 Projects at the MOST Centre

Aluminum alloys produced through additive manufacturing, new carbon fiber-based structures, renewable solutions for solar-powered cars, and the reuse of exhausted vegetable oils in the automotive industry. These are some of the themes that University of Bologna researchers will focus on as part of the PNRR initiative on "Innovative Materials & Lightweighting" from the National Centre for Sustainable Mobility

If you yawn, I yawn too: new mechanisms behind imitative behaviour revealed

A study led by scientists at the University of Bologna has uncovered new insights into how the brain regulates automatic imitation - a behaviour that underlies many complex social interactions. The findings could lead to therapeutic applications for patients with neurological impairments and social dysfunction

Brain-machine interfaces: decoding neural states for movement control

A research group at the University of Bologna has demonstrated that when we move our arms, very similar neural states are activated in three areas of the posterior parietal cortex, but with different results with respect to the accuracy of the movement target decoding process. The results could be useful for the development of prostheses in direct communication with the brain