Hold That Thought
How we create, strengthen and lose our memories
Unable to add items
Sorry, we're unable to add the item because your cart is already full.
Add to basket failed.
Please try again later
Add to wishlist failed.
Please try again later
Failed to remove from Wish List.
Please try again later
Adding to library failed
Please try again
Unable to follow podcast
Unable to unfollow podcast
Listen to an unlimited selection of audiobooks, Audible Original creations & podcasts, and children's stories.
Receive 1 credit per month to exchange for the title of your choice - that title belongs to you.
Pre-order Now for €17.99
-
Narrated by:
-
By:
-
Dr Darragh Ennis
- How exactly does a brain store information?
- How are our memories first formed?
- What makes us forget them, or create false
- or distorted memories?
- What happens in dementia or neurodegeneration, when our memories crumble?
- Looking to the future, how might we keep our memories intact, as our lifespans extend?
- What will be the impact of AI?
Written by a professional quizzer and neuroscientist Hold That Thought is a concise, accessible and entertaining guide to all aspects of our memory. Drawing on personal experience and historical case studies, Darragh Ennis touches on subjects as wide-ranging and fascinating as plant and animal memory, our memory’s relationship with taste, smell and sleep, and how we might strengthen our memories to competitive level.
Did you know?:
- Short term memory is only a few seconds.
- Memories exist as physical objects in your brain. Any long-term memory is stored in a trace of neurons in a particular pattern.
- Photographic memory doesn’t really exist.
- Goldfish memories are actually pretty good, they are unfairly maligned!
© Darragh Ennis 2027 (P) Penguin Audio 2027
adbl_web_anon_alc_button_suppression_t1
Reviews
Brilliant, compulsory reading. In Hold That Thought, Darragh perfects the art of writing entertaining, jargon-free explanations of complex and relevant science, while retaining scientific accuracy and integrity gained during our joint research in Oxford on fly neuroscience.
No reviews yet