© | Dror Bar-Natan: Academic Pensieve: Blackboard Shots: 25-1301:
250130-154041: Hours 11-12: More van Kampen examples; proof of van Kampen (3).
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  250305-172545: Hours 23-24: short and long exact sequences, excision (12).
  250305-172544: Hours 23-24: short and long exact sequences, excision (11).
  250305-172543: Hours 23-24: short and long exact sequences, excision (10).
  250305-172542: Hours 23-24: short and long exact sequences, excision (9).
  250305-172541: Hours 23-24: short and long exact sequences, excision (8).
  250305-172540: Hours 23-24: short and long exact sequences, excision (7).
  250305-172539: Hours 23-24: short and long exact sequences, excision (6).
  250305-172538: Hours 23-24: short and long exact sequences, excision (5).
  250305-172537: Hours 23-24: short and long exact sequences, excision (4).
  250305-172536: Hours 23-24: short and long exact sequences, excision (3).
  250305-172535: Hours 23-24: short and long exact sequences, excision (2).
  250305-172534: Hours 23-24: short and long exact sequences, excision.
  250303-143832: Hour 22: Prizms and exact sequences (6).
  250303-143831: Hour 22: Prizms and exact sequences (5).
  250303-143830: Hour 22: Prizms and exact sequences (4).
  250303-143829: Hour 22: Prizms and exact sequences (3).
  250303-143828: Hour 22: Prizms and exact sequences (2).
  250303-143827: Hour 22: Prizms and exact sequences.
  250303-143312: Hours 20-21: Functoriallity, invariance under homotopy (7).
  250303-143311: Hours 20-21: Functoriallity, invariance under homotopy (6).
  250303-143310: Hours 20-21: Functoriallity, invariance under homotopy (5).
  250303-143309: Hours 20-21: Functoriallity, invariance under homotopy (4).
  250303-143308: Hours 20-21: Functoriallity, invariance under homotopy (3).
  250303-143307: Hours 20-21: Functoriallity, invariance under homotopy (2).
  250303-143306: Hours 20-21: Functoriallity, invariance under homotopy.
  250224-165159: Hour 19: Homology basics (6).
  250224-165158: Hour 19: Homology basics (5).
  250224-165157: Hour 19: Homology basics (4).
  250224-165156: Hour 19: Homology basics (3).
  250224-165155: Hour 19: Homology basics (2).
  250224-165154: Hour 19: Homology basics.
  250213-084759: Hours 17-18: Proof of the fundamental theorems on covering spaces (5).
  250213-084758: Hours 17-18: Proof of the fundamental theorems on covering spaces (4).
  250213-084757: Hours 17-18: Proof of the fundamental theorems on covering spaces (3).
  250213-084756: Hours 17-18: Proof of the fundamental theorems on covering spaces (2).
  250213-084755: Hours 17-18: Proof of the fundamental theorems on covering spaces.
  250213-084628: Hour 16: Proof of the fundamental theorems on covering spaces (4).
  250213-084627: Hour 16: Proof of the fundamental theorems on covering spaces (3).
  250213-084626: Hour 16: Proof of the fundamental theorems on covering spaces (2).
  250213-084625: Hour 16: Proof of the fundamental theorems on covering spaces.
  250206-073359: Hours 14-15: The fundamental theorems on covering spaces (10).
  250206-073358: Hours 14-15: The fundamental theorems on covering spaces (9).
  250206-073357: Hours 14-15: The fundamental theorems on covering spaces (8).
  250206-073356: Hours 14-15: The fundamental theorems on covering spaces (7).
  250206-073355: Hours 14-15: The fundamental theorems on covering spaces (6).
  250206-073354: Hours 14-15: The fundamental theorems on covering spaces (5).
  250206-073353: Hours 14-15: The fundamental theorems on covering spaces (4).
  250206-073352: Hours 14-15: The fundamental theorems on covering spaces (3).
  250206-073351: Hours 14-15: The fundamental theorems on covering spaces (2).
  250206-073350: Hours 14-15: The fundamental theorems on covering spaces.
  250206-072721: Hour 13: Examples of covering spaces (4).
  250206-072720: Hour 13: Examples of covering spaces (3).
  250206-072719: Hour 13: Examples of covering spaces (2).
  250206-072718: Hour 13: Examples of covering spaces.
  250130-154049: Hours 11-12: More van Kampen examples; proof of van Kampen (11).
  250130-154048: Hours 11-12: More van Kampen examples; proof of van Kampen (10).
  250130-154047: Hours 11-12: More van Kampen examples; proof of van Kampen (9).
  250130-154046: Hours 11-12: More van Kampen examples; proof of van Kampen (8).
  250130-154045: Hours 11-12: More van Kampen examples; proof of van Kampen (7).
  250130-154044: Hours 11-12: More van Kampen examples; proof of van Kampen (6).
  250130-154043: Hours 11-12: More van Kampen examples; proof of van Kampen (5).
  250130-154042: Hours 11-12: More van Kampen examples; proof of van Kampen (4).
  250130-154041: Hours 11-12: More van Kampen examples; proof of van Kampen (3).
  250130-154040: Hours 11-12: More van Kampen examples; proof of van Kampen (2).
  250130-154039: Hours 11-12: More van Kampen examples; proof of van Kampen.
  250130-145613: Hour 10: van Kampen examples (6).
  250130-145612: Hour 10: van Kampen examples (5).
  250130-145611: Hour 10: van Kampen examples (4).
  250130-145610: Hour 10: van Kampen examples (3).
  250130-145609: Hour 10: van Kampen examples (2).
  250130-145608: Hour 10: van Kampen examples.
  250122-064610: Hours 8-9: Homotopy equivalences, van Kampen (8).
  250122-064609: Hours 8-9: Homotopy equivalences, van Kampen (7).
  250122-064608: Hours 8-9: Homotopy equivalences, van Kampen (6).
  250122-064607: Hours 8-9: Homotopy equivalences, van Kampen (5).
  250122-064606: Hours 8-9: Homotopy equivalences, van Kampen (4).
  250122-064605: Hours 8-9: Homotopy equivalences, van Kampen (3).
  250122-064604: Hours 8-9: Homotopy equivalences, van Kampen (2).
  250122-064603: Hours 8-9: Homotopy equivalences, van Kampen.
  250121-162901: Mon 250120 H7: Borsuk-Ulam (6).
  250121-162900: Mon 250120 H7: Borsuk-Ulam (5).
  250121-162859: Mon 250120 H7: Borsuk-Ulam (4).
  250121-162858: Mon 250120 H7: Borsuk-Ulam (3).
  250121-162857: Mon 250120 H7: Borsuk-Ulam (2).
  250121-162856: Mon 250120 H7: Borsuk-Ulam.
  250115-112346: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem (10).
  250115-112345: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem (9).
  250115-112344: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem (8).
  250115-112343: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem (7).
  250115-112342: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem (6).
  250115-112341: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem (5).
  250115-112340: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem (4).
  250115-112339: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem (3).
  250115-112338: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem (2).
  250115-112337: Tue 250114 H5-6: Categories and functors, the Brouwer fixed point theorem.
  250114-075239: Mon 250113 H4: $\pi_1(S^1,1)\simeq{\mathbb Z}$, the fundamental theorem of algebra (7).
  250114-075238: Mon 250113 H4: $\pi_1(S^1,1)\simeq{\mathbb Z}$, the fundamental theorem of algebra (6).
  250114-075237: Mon 250113 H4: $\pi_1(S^1,1)\simeq{\mathbb Z}$, the fundamental theorem of algebra (5).
  250114-075236: Mon 250113 H4: $\pi_1(S^1,1)\simeq{\mathbb Z}$, the fundamental theorem of algebra (4).
  250114-075235: Mon 250113 H4: $\pi_1(S^1,1)\simeq{\mathbb Z}$, the fundamental theorem of algebra (3).
  250114-075234: Mon 250113 H4: $\pi_1(S^1,1)\simeq{\mathbb Z}$, the fundamental theorem of algebra (2).
  250114-075233: Mon 250113 H4: $\pi_1(S^1,1)\simeq{\mathbb Z}$, the fundamental theorem of algebra.
  250107-162817: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (14).
  250107-162816: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (13).
  250107-162815: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (12).
  250107-162814: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (11).
  250107-162813: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (10).
  250107-162812: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (9).
  250107-162811: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (8).
  250107-162810: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (7).
  250107-162809: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (6).
  250107-162808: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (5).
  250107-162807: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (4).
  250107-162806: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (3).
  250107-162805: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$ (2).
  250107-162804: Tue 250107 H2-3: $\pi_1(S^1,1)\simeq{\mathbb Z}$.
  250106-142329: Mon 250106 H1: The definition of $\pi_1$ (7).
  250106-142328: Mon 250106 H1: The definition of $\pi_1$ (6).
  250106-142327: Mon 250106 H1: The definition of $\pi_1$ (5).
  250106-142326: Mon 250106 H1: The definition of $\pi_1$ (4).
  250106-142325: Mon 250106 H1: The definition of $\pi_1$ (3).
  250106-142324: Mon 250106 H1: The definition of $\pi_1$ (2).
  250106-142323: Mon 250106 H1: The definition of $\pi_1$.
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Notes for BBS/25-1301-250130-154041.jpg:    [edit]