People are all too quick to label the neurodivergent child as broken, when really the neurodivergent child has buckled under the weight of a system that does not currently accommodate them.
— Harry J. Thompson
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Harry Thompson was born in Edgeware and grew up in Barnet (North London). He currently divides his time between Brighton & London. An avid reader & researcher, Harry speaks publicly and is heavily involved in projects & research on all topics around neurodiversity and Autism; namely, Pathological Demand Avoidance, a behaviour profile within the Autism Spectrum. He launched his YouTube channel in March of 2017 which has since amassed a strong following.

Harry began to write the first draft of his book in 2015. After connecting with many Autistic & PDA families, he pivoted his direction and completed his book in about 6 weeks, a memoir entitled the PDA Paradox: The Highs and Lows of My Life on a Little-Known Part of the Autism Spectrum, published in February 2019 by Jessica Kingsley Publishers.

Harry’s aim is simply to make the lives of neurodivergent individuals and their families, a little easier and enjoyable, and a little less chaotic and miserable. People are all too quick to label the neurodivergent child as broken, when really the neurodivergent child has buckled under the weight of a system that does not currently accommodate them, thus their gifts, merits and attributes are often obscured and their flaws are pronounced.

In his spare time, Harry plays both guitar & ukulele and sings as well. His musical gift is in his ear, as he is able to harmonise and work out songs quickly as opposed to composing. He meditates frequently and focuses on health & fitness. He is also a vegan but dislikes that label.

Harry is delighted to announce that he has been elected to a Fellowship of the Royal Society of Arts (FRSA). He feels truly honoured by this. This is in recognition of his work in the field of PDA, and also in recognition of the publication of his book, The PDA Paradox, which has been deemed an outstanding contribution to our knowledge about PDA.