Interesting comment of Peter mentioning that an important part of understanding human brain is not only how neurons are connected (i.e. connectomics) but how these neurons are switching dynamically to share information with other neurons. Also the research of Tonegawa and Glanzman that states that
memory and information is not only stored in synaptic weights but inside the cells. "Glanzman says it's patterns of methylation on DNA"
(See video and citing the works of Tonegawa and Glanzman).
Interesting comment of Peter mentioning that an important part of understanding human brain is not only how neurons are connected (i.e. connectomics) but how these neurons are switching dynamically to share information with other neurons. Also the research of Tonegawa and Glanzman that states that memory and information is not only stored in synaptic weights but inside the cells. "Glanzman says it's patterns of methylation on DNA"
(See video and citing the works of Tonegawa and Glanzman).
Peter Ulric Tse
https://scholar.google.com/citations?user=BUVpey4AAAAJ&hl=en
Susumu Tonegawa
https://tonegawalab.mit.edu/susumu-tonegawa/
David L. Glanzman
https://www.scientificamerican.com/article/memory-transferred-between-snails-challenging-standard-theory-of-how-the-brain-remembers/
https://neurotree.org/beta/publications.php?pid=953