"However, when similar flight paths are compared across conditions, the stability of the hippocampal code persists."
Doesn't this mean that "place cell" is a misnomer (for such firing patterns)? They're really "place+trajectory" cells. Shouldn't a "true" place cell be path-invariant?
Credit-assigning on such invariant reps is presumably needed somewhere in the system in order to drive flexible navigation, no?
https://www.nature.com/articles/s41586-022-04560-0
#Neuroscience
Yohan John 🤖🧠/
npub1x2…2jjtg
2024-01-22 21:16:05
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npub1x2cj24s4axzg70nkx995vrf8ltdfd7gyy6gvvt4dhc6uuapzw0hst2jjtgPublished at
2024-01-22 21:16:05Event JSON
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"content": "\"However, when similar flight paths are compared across conditions, the stability of the hippocampal code persists.\"\n\nDoesn't this mean that \"place cell\" is a misnomer (for such firing patterns)? They're really \"place+trajectory\" cells. Shouldn't a \"true\" place cell be path-invariant? \n\nCredit-assigning on such invariant reps is presumably needed somewhere in the system in order to drive flexible navigation, no?\n\nhttps://www.nature.com/articles/s41586-022-04560-0\n\n#Neuroscience",
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