Spring Semester

...

2023-

...

2024

The Cognition and Neural Systems (CNS) Journal Club (nee' BCS Journal Club), also known as PSYCH 6271-101 (6528), meets For Fall Semester 2015-2016, the Behavioral, Computational, and Systems Neuroscience (BCS) Journal Club will meet on Tuesdays from 11:45 40 to 1:00 pm(ish) in Uris Hall 205.Ives Hall 107 - NOTE THE NEW ROOM!

Papers and notes from previous semesters can be found in the CNS (BCS) meeting archive.

Shortlink to this page:  https://cornellneuro.science/cnsjournalclub

-----

The Fall 2015 semester's theme is  “Learning within constraints”.  This is intentionally broad, in part because BCS itself has broadened this semester to include behavioral ecology approaches.  Here are some examples of what we have in mind:

• Learning is constrained, and therefore shaped in form and content, by preexisting memory.  How so?
• Learning is constrained by species-specific capacities and attunements, sensory or otherwise.  When is this important? 
• Learning is constrained by modality:  how is learning about space different from, or similar to, learning about nonspatial stimuli?  How is space encoded; how is this similar to and different from other types of information encoding?  This could be a proxy for hippocampus = place codes vs hippocampus = episodic memory wars. 
• Learning is strongly shaped by ‘educated guesses’ of whether a new stimulus is ‘the same’ as a previous stimulus or not:  the former is based on generalization and leads to the reinforcement learning literature; the latter instead leads one into literatures of competition and interference among conflicting but similar memories.  What do we know about this ongoing process, and is there something to be gained by combining and comparing the reinforcement learning literature with the interference literature?  This essentially statistical process is also the basis for mimicry and its advantages, especially regarding imperfect mimics.  

In order to make discussions more engaging and less formal, we encourage presentations to be primarily "chalk talks", in which concepts are sketched rather than figures shown. Mixed media are OK too, in which a complex figure can be put onto a slide or simply zoomed up on from the PDF file of the original paper, but drawing the figure tends to convey stronger understanding than does flashing a figure up on the wall. We also emphasize that you do not have to present papers in their entirety, much less multiple papers. Having everybody read up thoroughly on something small and focused usually makes for a better experience than everybody skimming one or more full papers. You may want to present only one exciting concept, exemplified by one or more figures drawn from one or more papers. That's great. Focus on the concepts, and don't feel compelled to master every detail of every paper that you want to include in your presentation. Do what you feel is best, but please do not just put the figures of a paper into a slide show and describe the paper.Presentations in the CNS JC are intended to "show us what you are interested in"; i.e., present work within your subfield that illustrates why it is interesting and broadly applicable.  It is less important to choose papers that you think will be close to every attendees' heart than it is to choose papers that are blisteringly important or interesting or controversial in your own subfield, and explain/share this with the group.  It's good for all of us.  The corollary is that journal club members attend regularly, and don't decide whether to attend in a given week based on what is being presented.  

Presenting your own work is always welcome, in whatever manner you like.

To add yourself to the BCS-L mailing list, send a plain-text email to bcs-L-request@cornell.edu  (BCS is the historical name of the journal club) with the body subject line of the message saying simply join. The subject line doesn't matter. simply join, and the body of the message blank/empty.  Sending the message with a subject line of leave instead will unsubscribe you from the list. See Cornell's Lyris HowTo page for further details.

You can enroll in the BCS CNS Journal Club for graduate or undergraduate credit (1 CR, S/U) as a Topics in Biopsychology seminar: PSYCH 6271. The course requires that you present at least once during the semester and participate actively overall. You are welcome to attend without enrolling, of course, but we do appreciate you enrolling if you plan to attend the whole semester and to present.

Please contact Thomas Cleland or David Smith with any questions.

-----

25 August 201523 January 2024:  Organizational Meeting

• Barron et al., 2015.  Embracing multiple definitions of learning.  Trends in Neurosciences 38(7):405.
  • This short TINS paper reflects on different views of learning derived from different fields of study (neuroscience, psychology, behavioral ecology, machine learning).  

1 September 2015:  No meeting.

8 September 2015:  Adam Miller

• J. Alfei, R. Monti, V. Molina, A. Bueno and G. Urcelay. (2015). Prediction error and trace dominance determine the fate of fear memories after post-training manipulations. Learning and Memory 22:385-400.

15 September 2015:  David Smith

• Akers et al (2014). Hippocampal Neurogenesis Regulates Forgetting During Adulthood and Infancy.Science, 344:598-602.

Optional reading: This review article has some background material on neurognesis as it relates to the main paper.

• P. Frankland, S. Kohler and S. Josselyn (2014). Hippocampal neurogenesis and forgetting. Trends in Neurosciences. 36(9):497-503.

22 September 2015:  David Smith

• Retrosplenial Cortical Neurons Encode Important Navigational Cues - recent data from the Smith lab, no readings.

29 September 2015:  Marissa Rice

• M. Guigueno, D. Snow, S. MacDougall-Shackleton, D. Sherry (2014). Female cowbirds have more accurate spatial memory than males. Biology Letters 10.

6 October 2015:  Norma Hernandez

• J, de Bourbon-Teles, P. Bentley, S. Koshino, K. Shah, A. Dutta, P. Malhotra, T. Egner, M. Husain, and D. Soto (2014).Thalamic Control of Human Attention Driven by Memory and Learning. Current Biology 24:993-9.

13 October 2015:  Fall Break - no BCS

20 October 2015:  Society for Neuroscience meeting - no BCS

27 October 2015:  Marissa Rice

• J. Vargas, J. Lopez, and C. Salas (2004). Encoding of Geometric and Featural Spatial Information by Goldfish (Carassius auratus). J. Comp. Psych. 118(2):206-216.

10 November 2015: Khena Swallow

• G.E. Wimmer, E. Braun, N. Daw and D. Shohamy (2014). Episodic Memory Encoding Interferes with Reward Learning and Decreases Striatal Prediction Errors. J Neurosci, 34(45):14901-12).

17 November 2015:  Alex Ophir

• S. Owen, S. Tuncdemir, P. Bader, N. Tirko, G. Fishell & R. Tsien (2013). Oxytocin enhances hippocampal spike transmission by modulating fast-spiking interneurons. Nature 500:458-464.

24 November 2015:  Lisa Hiura

• H. Smid, G. Wang, T. Bukovinszky, J. Steidle, M. Bleeker, J. van Loon and L. Vet. (2007). Species-specific acquisition and consolidation of long-term memory in parasitic wasps. Proc R Soc B 274:1539-46.

1 December 2015:  Article Potluck

• Bring your favorite (or most controversial) recent article for a 5-10 min presentation.
  

30 January 2024:   Cancelled - see you next week.

6 February 2024:  Tim DeVoogd

• J. N. Audet, M. Couture, E. D. Jarvis (2023). Songbird species that display more-complex vocal learning are better problem-solvers and have larger brains. Science 381, 1170–1175.

13 February 2024:  Lindsay Sailer

• A. Kaźmierowska, M. Kostecki, M. Szczepanik, T. Nikolaev, A. Hamed, J. Michałowski, M. Wypych, A. Marchewka, and E. Knapska. (2023). Rats respond to aversive emotional arousal of human handlers with the activation of the basolateral and central amygdala. PNAS, 120(46):1-9.

20 February 2024:  Dev Subramanian - Time Cells in the Retrosplenial Cortex

• Optional background reading: Eichenbaum, H. (2014). Time cells in the hippocampus: a new dimension for mapping memories. Nature Reviews: Neuroscience (15)732-44.

27 February 2024:  Feb Break - no meeting

5 March 2024:  David Smith

• A. LePort, A. Mattfeld, H. Dickinson-Anson, J. Fallon, C. Stark, F. Kruggel, L. Cahill, J. McGaugh (2012). Behavioral and neuroanatomical investigation of Highly Superior Autobiographical Memory (HSAM). Neurobio. Learn. Mem. 98:78-92.
• Optional background reading (short and very interesting!): A. Luria (1968). The Mind of a Mnemonist. Ch 38. In U. Neisser, Memory Observed: Remembering in Natural Contexts, 1982, W.H. Freeman and Co., New York, 382-9.

12 March 2024:  Hamid Turker

• C. Lai, S. Tanaka, T. Harris, A. Lee (2023). Volitional activation of remote place representations with a hippocampal brain–machine interface. Science 382:566-73.

19 March 2024:  CANCELLED - Will be rescheduled soon (Wendy Yang).

26 March 2024: Wendy Yang

• Y. Shi, J. Yan, X. Xu, Z. Qiu (2024). Gating of Social Behavior by Inhibitory Inputs from Hippocampal CA1 to Retrosplenial Agranular Cortex. Neurosci. Bull.  https://doi.org/10.1007/s12264-023-01172-0

2 April 2024:  Spring Break - no meeting

9 April 2024:

16 April 2024:  Chen Yang

• Hot off the press:  the second Annolid paper (arXiv preprint), focusing on Annolid's new zero-annotation automatic tracking capabilities.  
• Chen will present the newest developments in the Annolid software package for deep learning-based behavior analysis using instance segmentation.  There are substantial new advances to present, based on new models including Cutie VOS (visual object segmentation) and Meta's Segment Anything that are used for easier object identification and automatic tracking.  Come with your ideas, questions, and research needs.  
• You also can look at our lab's two Annolid-related posters from SFN 2024 for an introduction:  Chen Yang et al., Ray Fang et al.
• There are also several Annolid videos posted on Youtube; our MATB playlist is at https://cplab.science/matb.  

23 April 2024:  David Zheng

• A. Sharif, J. Matsumoto, C. Choijiljav, A. Badarch, T. Setogawa, H. Nishijo and H. Nishimaru (2024). Characterization of Ultrasonic Vocalization-Modulated Neurons in Rat Motor Cortex Based on Their Activity Modulation and Axonal Projection to the Periaqueductal Gray. eNeuro 11(4):1-10.

30 April 2024: Hamid Turker

• Medial prefrontal cortical neurons diff erentiate match and non-match cues in a continuous olfactory match-to-sample task. Original research, no readings.
  

 Until next fall...