Does human episodic memory 馃 depend on context-invariant or conjunctive coding of single neurons in the human hippocampus?

A recent TiCS (https://www.cell.com/trends/cognitive-sciences/fulltext/S1364-6613(25)00031-2) paper stimulated a very interesting debate about the nature of hippocampal coding in human episodic memory that i found very insightful.

The discussion centers around context-invariant coding of concept neurons (CN) vs. conjunctive coding of episode-specific neurons (ESN) in the hippocampus, both following different lines of thinking about the HCs involvement in episodic memory.

A short 馃У
1/5

#hippocampus #neuroscience #memory #brain

Does human episodic memory 馃 depend on context-invariant or conjunctive coding of single neurons in the human hippocampus?

A recent TiCS (https://www.cell.com/trends/cognitive-sciences/fulltext/S1364-6613(25)00031-2) paper stimulated a very interesting debate about the nature of hippocampal coding in human episodic memory that i found very insightful.

The discussion centers around context-invariant coding of concept neurons (CN) vs. conjunctive coding of episode-specific neurons (ESN) in the hippocampus, both following different lines of thinking about the HCs involvement in episodic memory.

A short 馃У
1/5

#hippocampus #neuroscience #memory #brain

The new LPDDR6 standard could bring support for faster memory with data rates up to 14.4 Gbps while also using less power than LPDDR5. We could see the first LPDDR6 products arrive within the next years or so. https://www.tomshardware.com/pc-components/dram/jedec-publishes-first-lpddr6-standard-new-interface-promises-double-the-effective-bandwidth-of-current-gen#JEDEC#RAM#Memory #LPDDR #LPDDR6