Mentions
Extended reach
Total likes
Video views
AI synopsis
The discussions highlight the significance of the study, with comments like 'Super cool paper' and references to increased understanding of neural connectivity and rhythmic cognition, demonstrating an active interest and recognition of the potential impact of these findings on neuroscience research.
Most discussions acknowledge the significance of the research, with comments like 'Super cool paper' and appreciation for the findings, indicating broad agreement on its importance.
Posts show high interest by referencing the study repeatedly and expressing curiosity about its implications, as seen in remarks about rhythmic cognition and neural connectivity.
The engagement level suggests that individuals are actively contemplating the content, with some references to specific brain regions and their broader functions, though limited in-depth analysis.
The discussions imply a moderate impact, recognizing the study as noteworthy but not yet fully integrated into a wider discourse or practice, with some comments noting the novelty of the findings.
You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/D6uu72ElK8
Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
@DrYohanJohn Midline thalamic nuclei were considered "non-specific" historically but have rather specific connectivity. We keep learning more and more about them in "affective processing". Super cool paper by Tim Allen here. https://t.co/sfa4W8xH9j
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @leafs_s: Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
The video explores how the nucleus reuniens temporarily synchronizes memory networks at beta frequencies. This phenomenon plays a key role in the formation of episodic memory, highlighting its significance in brain…
@DrYohanJohn Midline thalamic nuclei were considered "non-specific" historically but have rather specific connectivity. We keep learning more and more about them in "affective processing". Super cool paper by Tim Allen here. https://t.co/sfa4W8xH9j
RT @leafs_s: Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
RT @leafs_s: Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
RT @leafs_s: Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
RT @leafs_s: Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
RT @leafs_s: Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
RT @leafs_s: Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
RT @leafs_s: Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @leafs_s: Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
Nature Communications Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/963p7ML0UL
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
[Nat. Commun.] Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/lVgLw7I87O
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
Nucleus reuniens transiently synchronizes memory networks at beta frequencies null https://t.co/QrJZfAbhdV #DTHSTR
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
RT @MillerLabMIT: You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently…
You know what I'm going to say. The more we look at cognition, the more rhythmic it looks. Nucleus reuniens transiently synchronizes memory networks at beta frequencies https://t.co/D6uu72ElK8