read a papercombiningexperimentaldata andtheoryread apaperoutside!read a paperyou didn'twant to readbut readanywayread apaper abouttrainingRNNsread a paperwithimpressiveneuronalimaging dataread a paperusingdynamicalsystemsapproachesread a paperabout amethod thatis new to youattend aneuroscienceseminarread a paperyou wish wasaccompaniedby a GitHubreporead apreprintread atextbookchapterpresent apaper atComp NeuroJournalClub!read a paperpublishedbefore theyear 2000read a paperstudying aninterestingbehavioraltaskread apaper with> 10authorsread areviewarticleread apaper with< 5authorsread apaperpublishedthis yearread a paperwritten by alab here atthe NIHread a paperaccompaniedby a GitHubreporead a paperyou've beenexcited toreadread apaper usingmean-fieldtheoryread a paperyou thinkhas reallygood figuresadd aprospectivepaper to theComp NeuroJournal ClubGoogle Sheetread a papercombiningexperimentaldata andtheoryread apaperoutside!read a paperyou didn'twant to readbut readanywayread apaper abouttrainingRNNsread a paperwithimpressiveneuronalimaging dataread a paperusingdynamicalsystemsapproachesread a paperabout amethod thatis new to youattend aneuroscienceseminarread a paperyou wish wasaccompaniedby a GitHubreporead apreprintread atextbookchapterpresent apaper atComp NeuroJournalClub!read a paperpublishedbefore theyear 2000read a paperstudying aninterestingbehavioraltaskread apaper with> 10authorsread areviewarticleread apaper with< 5authorsread apaperpublishedthis yearread a paperwritten by alab here atthe NIHread a paperaccompaniedby a GitHubreporead a paperyou've beenexcited toreadread apaper usingmean-fieldtheoryread a paperyou thinkhas reallygood figuresadd aprospectivepaper to theComp NeuroJournal ClubGoogle Sheet

Computational NEURO (summer reading BINGO) - Call List

(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


1
N
2
N
3
E
4
R
5
E
6
O
7
E
8
O
9
O
10
N
11
R
12
U
13
R
14
O
15
U
16
E
17
U
18
N
19
U
20
O
21
N
22
E
23
R
24
R
  1. N-read a paper combining experimental data and theory
  2. N-read a paper outside!
  3. E-read a paper you didn't want to read but read anyway
  4. R-read a paper about training RNNs
  5. E-read a paper with impressive neuronal imaging data
  6. O-read a paper using dynamical systems approaches
  7. E-read a paper about a method that is new to you
  8. O-attend a neuroscience seminar
  9. O-read a paper you wish was accompanied by a GitHub repo
  10. N-read a preprint
  11. R-read a textbook chapter
  12. U-present a paper at Comp Neuro Journal Club!
  13. R-read a paper published before the year 2000
  14. O-read a paper studying an interesting behavioral task
  15. U-read a paper with > 10 authors
  16. E-read a review article
  17. U-read a paper with < 5 authors
  18. N-read a paper published this year
  19. U-read a paper written by a lab here at the NIH
  20. O-read a paper accompanied by a GitHub repo
  21. N-read a paper you've been excited to read
  22. E-read a paper using mean-field theory
  23. R-read a paper you think has really good figures
  24. R-add a prospective paper to the Comp Neuro Journal Club Google Sheet