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Play with your brain! Head in the stars

From Bruce Willis to Robin Williams: five cases of cognitive decline in Hollywood

Alessandra Dodich, Selene Schintu

Product: Book

Trim size in cm: 19x24cm

Pages: 96

ISBN: 9788859041238

Publication date: 01/03/2025


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From Bruce Willis to Robin Williams, and even Federico Fellini—how were their lives turned upside down by brain injuries or neurodegenerative diseases?

Through discussions, stories, anecdotes, and accessible scientific insights, Play with Your Brain! Head in the Stars takes readers on a journey into the minds of Hollywood stars. More than just a popular science book, like all volumes in the Play with Your Brain! series, this book also invites readers to challenge themselves with fun and engaging activities.

Play With Your Brain!
From the collaboration between Edizioni Erickson and the researchers of CIMEC, the Interdepartmental Center for Mind and Brain of the University of Trento, the series Play with your brain! was born, which takes up the challenge of making neuroscience simple, engaging and accessible to everyone. In recent years, neuroscience is a topic that has gained widespread and heterogeneous interest, which has gone beyond the confines of university classrooms and specialist conferences to reach a curious, passionate and transversal public, fueling dissemination in publishing as well as in the media.



  1. The brain is a black box
    • Despite the mystery
    • Neuropsychology and us
    • Seneca’s slave
    • Eating music with a newspaper egg
    • From neuroimaging to AI
    DEBATES: Four disciplines to study the brain
    DEBATES: A criminal mind (and brain)
    CHALLENGE YOURSELF



  1. Michael J. Fox: for the future, every moment counts
    • The boy on the skateboard
    • A wax-like face
    • Working memory and cognitive flexibility
    • And your control tower?
    • From diagnosis to treatment
    • Risks and excesses
    LAB DIVE: How much dopamine do you have?
    SPECIES JUMP: Complex, sophisticated, and unique humans
    CHALLENGE YOURSELF



  1. Bruce Willis: Hollywood without words
    • Cryptic nonsense
    • One diagnosis, three variants
    • When the orchestra loses its conductor
    • Lost empathy
    • How social are you?
    • I’ve lost my words
    • Testing language
    LAB DIVE: Sugar and the brain
    DEBATES: It’s not courage, it’s the amygdala
    SPECIES JUMP: Even monkeys get indignant
    CHALLENGE YOURSELF



  1. Robin Williams: when a terrorist takes over your husband’s mind
    • The brain in hostage
    • Lewy body disease
    • Perceiving space, distinguishing objects
    • A world without faces
    • Mistaking drills for guns
    • Cognitive reserve
    LAB DIVE: Analysing brain tissue
    SPECIES JUMP: The dance of the bees
    CHALLENGE YOURSELF



  1. Federico Fellini: a bunch of swollen, moist asparagus
    • An Oscar-winning craftsman
    • Stroke and the brain
    • Fellini’s brain
    • The "imagined space"
    • Selectively inattentive
    • Why the left side?
    • Measuring what we forget
    • Rehabilitating deficits
    LAB DIVE: How does a CT scan work?
    SPECIES JUMP: Even mice forget
    CHALLENGE YOURSELF



  1. Glen Campbell: I’m here, but I’ve already left
    • Westerns and country music
    • Ask me what I ate yesterday
    • Memory is not a monolith
    • How many types of memory do we have?
    • How do we measure memory?
    • When a memory doesn’t exist
    • Loci, acronyms, and acrostics
    DEBATES: A diagnosis duel
    CHALLENGE YOURSELF


Solutions

References



Play with your brain!


 

Play with your brain!, the editorial series that takes up the challenge of making neuroscience simple, engaging and within everyone's reach, a topic that has gained particularly broad and heterogeneous diffusion and interest in recent years.

Every day we experience how the mind works: our behaviors, emotions, language, and interactions with other people are all actions influenced by how our brain works. Despite its complexity and apparent hostility, the topic has finally left university classrooms and specialist conferences, reaching a curious, passionate and transversal audience, including publishers and various media.

Born in collaboration with researchers from CIMeC, the Interdepartmental Mind and Brain Center of the University of Trento, the new Erickson series Play your brain! talks about neuroscience in an easy way, for those who are not experts or are not familiar with the more specialized vocabulary.

THE VOLUMES IN THE SERIES

Play with your brain! Little Minds

STEFANIA BENETTI, EUGENIO PARISE

Did you know that by just three months, newborns are already able to distinguish and categorise objects? That just 30 minutes after birth, they can recognise a face? And that long before learning to speak, they develop countless ways to communicate?

The book Play with Your Brain! Little Brains takes us on a journey into the minds of newborns, explaining how, even at such a young age, they begin to take their first steps in both the physical and social worlds. The book combines simple, accessible language with analyses, discussions, tests, anecdotes, and stories, followed by fun activities that will challenge readers. Will it be easy to step into the shoes of babies? You’ll have to find out!

Find out more!

Leaf through some selected pages from the book that have been translated into English to facilitate your evaluation:

Play with your brain! Forever plastic

YURI BOZZI, GABRIELE CHELINI

Play with your brain! Forever plastic tells the infinite adventure of the mind in all its forms, revealing the secrets of what happens to the brain in the different phases of life.

How does memory work? To what extent can a brain regenerate itself? Through a series of analyses, debates, experiments and anecdotes, but also games and activities, this book (which is also a workbook) explains how some cognitive functions actually work, providing advice on how to improve them and always keep them in shape.

Find out more!

Leaf through some selected pages from the book that have been translated into English to facilitate your evaluation:

Play with your brain! Listening to Deafness

FRANCESCO PAVANI

Did you know that we hear with our ears but listen with our brains? And that white cats with blue eyes are deaf from birth? That there are languages without sound and that the ear cells that enable us to hear are exactly our age and do not regenerate?

Through analysis, debates, experiments and anecdotes – but also games and activities – we learn about the infinite adventure of listening in all its forms, because deafness is described here by going beyond the mere description of how the ear works. This volume of the Play With Your Brain! series takes us into the world of neuroprosthetics and the multisensory perspective to help us discover how they have changed the way we think about hearing. 

Find out more!

Leaf through some selected pages from the book that have been translated into English to facilitate your evaluation:

THE AUTHORS

Yuri Bozzi, professor of Physiology at the University of Trento. He is director of CIMeC – Interdepartmental Mind and Brain Center of the University of Trento.

Gabriele Chelini, research fellow at CIMec – Interdepartmental Mind and Brain Center of the University of Trento.

Francesco Pavani, Full Professor of General Psychology at the University of Trento and Deputy Director of the Interdepartmental Mind/Brain Center – CIMEC.

Eugenio Parise graduated in Psychology in Rome, where he also completed a PhD in Developmental Psychology, studying the development of communication in newborns. He then spent four years in Leipzig, working at the Max Planck Institute for Human Cognitive and Brain Sciences, four years in Budapest at the Cognitive Development Center of the Central European University, and eight years in Lancaster at Lancaster University.

Stefania Benetti is a researcher in Cognitive Neuroscience at CIMeC – the Interdepartmental Centre for Mind/Brain Studies at the University of Trento. With a PhD from King’s College London, she has dedicated her career to studying how experience and genetic predispositions interact in shaping brain development and multisensory perception.