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Massimiliano Zecca, Ph.D.

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Self-harm

on May 24, 2022

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This is a frame on a video about Mental Health First Aid in Higher Educatio.

Does anyone else think of Brexit when reading this?

brexit regrexit

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New office, new adventures! 🤠

All is packed up now, as you can see in the picture. Just a bit over 3 years since I joined Loughborough University in 2014, it's time to leave my old W2.61 office and move to a new, exciting location! 😀 Starting from tomorrow (well, technically today, as it's just past 2AM now) these are my new contact info: Michael Pearson East, LP1.1.05 Sports Technology Institute Wolfson School of Mechanical, Electrical and Manufacturing Engineering Loughborough University Loughborough, Leics LE11 3TU, UK Tel: +44 (0)1509 227122 Sports tech, here I come! 😀

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This paper explores the use of dance as a way to communicate through movement, using classical ballet as an example. It examines how different approaches, such as linguistics, communication studies, and social semiotics, can be used to understand dance as a form of communication. The paper also discusses the use of technology, specifically motion capture technology, to track and study the physical movements of dance. It suggests that this approach can be used to better understand the relationship between movement and the meaning of dance, and can inform future research on the subject. The paper presents a specific method for studying ballet in this way and suggests how it can be applied to other forms of dance as well. You can read the paper on nature.com , and watch a couple of related videos on vimeo. Real-time FGD Concept video

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Electrical impedance tomography is a medical imaging technique that uses surface electrodes to measure the electrical conductivity, permittivity, and impedance of a part of the body. This information is then used to create a tomographic image of that part of the body, without the need for invasive procedures. In this study, part of Toby's PhD work, we looked at the accuracy of the math that's used to make those images. We collected data from different sources to evaluate the assumptions that the math is based on, and we wanted to see if those assumptions were true for all the different tissues in the head. Our results showed that the math assumptions were mostly accurate for the head tissues, but not for the brain tissues. In particular, when using electrical impedance tomography, we found that the capacitive effects are not negligible for the brain tissues. This means that using the wrong assumptions when making images of the brain can lead to greater errors and local dis...

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