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Special Issue - Dance and the Brain: The Neural and Social Bases of Creative Movement

Guest Editors

Shihab Shamma, PhD, University of Maryland, USA
Jonathan Fritz, PhD, University of Maryland, USA

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This Special Issue features contributions from an interdisciplinary Workshop on the “Neural and Social Bases of Creative Movement” (2022). Dance is one of the most ancient art forms and prevalent in every culture around the world. The origins of dance go back even further in evolutionary time since many animals also engage in ritualized displays. Human dance is rich in diversity and its essence is expressive, creative sequences of movement shared in a vibrant social context. Neuroscientists have recently begun to explore how dance is encoded, embodied and perceived in the brains of choreographers, dancers and dance audiences. The articles in this Special Issue highlight the exciting interaction between the communities of dance artists and scientists at the Workshop.  


Meet the Guest Editors

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Shihab Shamma, PhD, University of Maryland, USA

Dr Shamma is a Professor of Electrical and Computer Engineering and the Institute for Systems Research, and the Cognitive Studies Department at the Ecole Normale Superieure (Paris). He is a Fellow of the Acoustical Society of America and of the Institute for Electrical and Electronic Engineers. He has conducted research into the neural basis of auditory cognition from many viewpoints, and with interdisciplinary approaches combining neuroscience, psychoacoustics, and computational modeling and engineering. Recent projects have focused on rapid neuroplasticity of speech and music perception, their decoding during imagination from EEG and MEG signals, and exploring the neurobiology underlying auditory-motor interactions while speaking and playing musical. On the computational side, he has developed signal processing algorithms inspired by the auditory system that have been applied in audio systems of speech segregation and recognition, diagnostics in industrial manufacturing, and underwater acoustics. Other research interests include design of neuromorphic hardware and robotic systems for auditory tasks.
 

Jonathan Fritz, PhD, University of Maryland, USA

Jonathan is a behavioral neuroscientist whose research has focused on the neural basis of auditory perception, attention, learning, and memory. He received his PhD on the cortical computations underlying bat echolocation, and has also worked on auditory processing, sensorimotor interactions, and brain plasticity in animal models at NIH and University of Maryland. He served as a Program Director in Cognitive Neuroscience at the National Science Foundation and is currently a Visiting Scholar at New York University. Admittedly a dance neophyte, Jonathan’s modest dance background arises from being an amateur naturalist, fascinated by dance in the animal world, as an enthusiastic folk dancer for years, and as a terpsichorean aficionado who enjoys attending traditional and modern dance performances. Notwithstanding his lack of dance expertise, it was a sheer joy to help organize the Workshop, edit the contributions, and meet and learn from the extraordinary community of wonderful artists and dancers and scientists who came together for this Workshop.

 

About the Collection

This Special Issue features contributions from an interdisciplinary Workshop on the “Neural and Social Bases of Creative Movement” (2022). Dance is one of the most ancient art forms and prevalent in every culture around the world. The origins of dance go back even further in evolutionary time since many animals also engage in ritualized displays. Human dance is rich in diversity and its essence is expressive, creative sequences of movement shared in a vibrant social context. Neuroscientists have recently begun to explore how dance is encoded, embodied and perceived in the brains of choreographers, dancers and dance audiences. The articles in this Special Issue highlight the exciting interaction between the communities of dance artists and scientists at the Workshop.  
 
Image: Three women with child dancing

Relief  ~490 B.C. - According to some archaeologists the three women are the Aglaurides, the child is Erichthonios and the flutist is the god Hermes. Greece, Athens.

  1. This editorial provides a background and overview of the interdisciplinary workshop on “The Social and Neural Bases of Creative Movement,” bringing together dancers, choreographers, musicians, artists, kinesio...

    Authors: Shihab Shamma, Jose Contreras-Vidal, Jonathan Fritz, Soo-Siang Lim, Betty Tuller, Emmeline Edwards and Sunil Iyengar
    Citation: BMC Neuroscience 2024 25:68
  2. Cerebral palsy (CP) is considered the most prevalent developmental motor disorder in children. There is a need for training programs that enhance motor abilities and normalize function from an early age. Previ...

    Authors: Citlali López-Ortiz, Maxine He, Deborah Gaebler-Spira and Mindy F. Levin
    Citation: BMC Neuroscience 2024 25:66
  3. Dancing to music is ancient and widespread in human cultures. While dance shows great cultural diversity, it often involves nonvocal rhythmic movements synchronized to musical beats in a predictive and tempo-f...

    Authors: Aniruddh D. Patel
    Citation: BMC Neuroscience 2024 25:65

    The Comment to this article has been published in BMC Neuroscience 2024 25:61

  4. Each commentary on my article raises important points and new ideas for research on rhythmic processing in humans and other species. Here I respond to points concerning the role of social factors in the ontoge...

    Authors: Aniruddh D. Patel
    Citation: BMC Neuroscience 2024 25:64

    The original article was published in BMC Neuroscience 2024 25:65

  5. In this article, I present three main points that could benefit the “vocal learning and rhythmic synchronization hypothesis”, encompassing neurogenetic mechanisms of gene expression transmission and single mot...

    Authors: Constantina Theofanopoulou
    Citation: BMC Neuroscience 2024 25:63

    The original article was published in BMC Neuroscience 2024 25:65

  6. Dissecting the neurobiology of dance would shed light on a complex, yet ubiquitous, form of human communication. In this experiment, we sought to study, via mobile electroencephalography (EEG), the brain activ...

    Authors: Constantina Theofanopoulou, Sadye Paez, Derek Huber, Eric Todd, Mauricio A. Ramírez-Moreno, Badie Khaleghian, Alberto Muñoz Sánchez, Leah Barceló, Vangeline Gand and José L. Contreras-Vidal
    Citation: BMC Neuroscience 2024 25:62
  7. We propose that while examining homologies and convergences in auditory-motor synchronization between humans and non-human animals is informative, examining differences in behaviour and brain mechanisms can he...

    Authors: Virginia B. Penhune
    Citation: BMC Neuroscience 2024 25:61

    The original article was published in BMC Neuroscience 2024 25:65

  8. BPS provides unique opportunities for comparative studies to understand the mechanism(s) of beat perception and its translation into synchronous motor output. We argue that an evolutionary perspective of this ...

    Authors: Marc F Schmidt and Michael Kaplan
    Citation: BMC Neuroscience 2024 25:60

    The original article was published in BMC Neuroscience 2024 25:65

  9. Patel proposes a viable hypothesis regarding the relation between vocal learning and beat-based dancing but it is not without problems. I highlight these problems and propose a solution, the “coordination conj...

    Authors: Gregory Hickok
    Citation: BMC Neuroscience 2024 25:59

    The original article was published in BMC Neuroscience 2024 25:65

  10. This editorial outlines the outcome of an interdisciplinary session on collective sense-making through dance improvisation, which took place during the ‘Neural and Social Bases of Creative Movement’ workshop. ...

    Authors: Lisa Nelson, Julien Laroche, Nara Figueiredo, João Fiadeiro, Joseph Dumit and Asaf Bachrach
    Citation: BMC Neuroscience 2024 25:51