19 Oct 2017 – 6:00pm to 21 Oct 2017 – 7:00pm
The International Association of Synaesthetes, Artists, and Scientists will host its first ever synaesthesia symposium at UCLA in conjunction with the Art|Sci Center, and in collaboration with Building Bridges Art Exchange. The full schedule of events may be found below:

Thursday, October 19th, 2017, 6pm: Reception, reading and book signing with Dr. Joel Salinas, author of Mirror-Touch: Notes from a doctor who can feel your pain

Building Bridges Art Exchange
Bergamot Station Art Center
2525 Michigan Avenue, Unit F2
Santa Monica, CA 90404

IASAS Synaesthesia Symposium

Watch the live stream of the symposium, Friday 10/20, 9:30 am pst
Friday, October 20th, 2017, 9:30am – 6pm: All day symposium including keynote lectures by Dr. Joel Salinas and Michael Banissy. Live stream link:

UCLA CNSI Auditorium
UCLA California NanoSystems Institute, 570 Westwood Plaza, Los Angeles, CA, 90095

Saturday, October 21st, 2017, 5pm – 7pm: Kaitlyn Hova in concert @ Building Bridges Art Exchange

Keynote Speaker: Joel Salinas, MD, MBA

Joel Salinas was born in Miami Beach, Florida. After studying the intersection of biology and sociology at Cornell University, he completed his medical degree at the University of Miami Miller School of Medicine followed by neurology residency at the Massachusetts General Hospital and the Brigham and Women’s Hospital. He subsequently completed a combined research and clinical fellowship in Behavioral Neurology and Neuropsychiatry at Massachusetts General Hospital, one of the top medical facilities in the United States.

Dr. Salinas lives in Cambridge, Massachusetts, and is an Instructor of Neurology at Harvard Medical School and Massachusetts General Hospital. He specializes in brain health, including neuropsychiatry and cognitive behavioral neurology, and conducts research in social and behavioral epidemiology to understand the complex neurobiological interplay between social relationships and brain health. He chronicles his experiences as a doctor living with synesthesia in his new book, Mirror Touch: Notes from a Doctor Who Can Feel Your Pain (from HarperOne, an imprint of HarperCollins).

Keynote Lecturer: Michael Banissy, PhD

Michael Banissy, PhD is an award-winning Cognitive Neuroscientist. In 2016, Michael was awarded the British Psychological Society Spearman Medal, and in 2017 the Bertelson Award for outstanding contributions to psychological research. After completing his PhD at Institute of Cognitive Neuroscience, University College London, Michael took a post at Goldsmiths College (University of London) and is now Director of Research in the Department of Psychology. He has contributed to several diverse research areas. In particular, Michael’s research and areas of expertise focus on synaesthesia, social perception (e.g. emotion perception), social interaction, and creativity and performance. The breadth of his work is not only seen in scientific contributions, but also in his engagement to bring science to the public and his effort in connecting science to art. This has resulted in him receiving a number of honours, including substantial external funding and prizes from major scientific bodies in the UK and internationally.

Special Guest Speaker: Richard Cytowic, MD, MFA

Richard Cytowic, M.D., M.F.A. is best known for returning synesthesia to mainstream science, winning the Montaigne Medal, with David Eagleman, for Wednesday is Indigo Blue, a book Oliver Sacks called “a unique and indispensable guide for anyone interested in how we perceive the world.” A subject of BBC documentaries, Dr. Cytowic has spoken at the Library of Congress, the Smithsonian, and cultural institutions worldwide. A Professor of Neurology at George Washington University, he is also a Fellow of the DC Commission of Arts and Humanities, and a multiple-times Fellow of The Hambidge Center, the Southampton Writers Conference, and the Virginia Center for Creative Arts. This Spring, Chocolate Smells Pink and Sparkly: Sensory Fusion on the Synesthesia Spectrum will be published as part of MIT Press’s Essential Knowledge series.


Does Synaesthesia Age? Changes in the Quality and Consistency of Synaesthetic Associations
Alberta Ipser, Rebecca Smees, James Alvarez and Julia Simner (Univ. of Sussex)

Rare Variants in Axonogenesis Genes Connect Three Families with Sound → Colour Synaesthesia
Amanda K Tilot(1), Katerina Kucera(1), Arianna Vino(1), Julian E Asher(2), Simon Baron-Cohen(2), Simon E Fisher(1,3). (1. Max Planck Institute for Psycholinguistics; 2. Univ. of Cambridge; 3. Radboud Univ.)

Solomon Shereshevsky: mnemonist and journalist
Anton Sidorov-Dorso (Moscow State Pedagogical Univ.)

Varied Experiences: Congenital vs. Acquired Synesthesia and Diverging Costs
Candita Wager, Sean A. Day

Developmental Synaesthesia and Tonal Music Improvisation
Eduardo Sola Chagas Lima (Andrews Univ.)

Chromesthesia, Visual Music and the Creation of a 3D Printed Instrument: The Hovalin
Kaitlin Hova, Hova Labs

The White Noise of Synesthesia
Lidell Simpson, Brogaard Lab for Multisensory Research

Temporal Consistency in Grapheme → Color Synesthesia Covaries with Sensitivity to Regulatory Factors in Grapheme → Color Associations
Michiko Asano(1), Jun-ichi Nagai(2) & Kazuhiko Yokosawa(3) (1. Rikkyo Univ.; 2. Univ. of the Sacred Heart, Japan; 3. Univ. of Tokyo)

The Promise of Multi­-Language Synesthesia Datasets Using a Five­ Language Dataset to Disentangle the Effects of Shape → Sound Semantics and Ordinality on Grapheme → Color Associations in Grapheme → Color Synesthesia
Nicholas Root(1), Romke Rouw(2), Michiko Asano(3), Chai-Youn Kim(4), Helena Melero(5), Kazuhiko Yokosawa(6), & Vilayanur Ramachandran(1) (1. UC – San Diego; 2. Univ. of Amsterdam; 3. Rikkyo Univ.; 4. Korea Univ.; 5. Univ. Rey Juan Carlos; 6. Univ. of Tokyo)

An Update on Synaesthesia and the Arts in China
Ninghui Xiong, Abstract Artist and Founder of XNH Painting Music Synesthesia Art Studio

Sense and Meaning: Body Senses and Language in a Synesthetic Key
Sérgio R. Basbaum (Ponticia Univ. Católica de São Paulo)

The Colorful Calculator: Reducing the Mismatch Between the Veridical Inducer and the Non-veridical Concurrent
Joshua Berger (Sydney Medical School)