Chapter 59: Lagrangian 3-torus fibrations 001M
Original paper · arXiv:math/0611139v1
Reference depth 1
Structured source objects tagged and independently verified; source edition and mathematical dependency gaps remain separate.
Source edition: math/0611139v1
Statements and objects
- Definition 2.1 . [04HK]
- Assumption 2.2 . [04HL]
- Definition 2.3 . [04HM]
- Proposition 2.4 . [04HN]
- Remark 2.5 . [04HP]
- Example 2.6 (Nodal fibration) . [04HQ]
- Example 2.7 (Generic singular fibration) . [04HR]
- Example 2.8 (Negative fibration) . [04HS]
- Example 2.9 (Alternative negative fibration) . [04HT]
- Example 2.10 (Positive fibration) . [04HU]
- Theorem 2.11 (Gross) . [04HV]
- Definition 3.1 . [04HX]
- Proposition 3.2 (Arnold-Liouville) . [04HZ]
- Proof. [04I0]
- Theorem 3.3 (Duistermaat) . [04I1]
- Proof. [04I2]
- Corollary 3.4 . [04I3]
- Proof. [04I4]
- Corollary 3.5 . [04I5]
- Definition 3.6 . [04I7]
- Example 3.7 (The node) . [04I8]
- Example 3.8 (The edge) . [04I9]
- Example 3.9 (A variation) . [04IA]
- Example 3.10 (Positive vertex) . [04IB]
- Example 3.11 (A variation) . [04IC]
- Example 3.12 (Negative vertex) . [04ID]
- Example 3.13 (A variation) . [04IE]
- Definition 3.14 . [04IF]
- Corollary 3.15 . [04IG]
- Example 3.16 . [04II]
- Example 3.17 . [04IJ]
- Example 3.18 (A variation) . [04IK]
- Theorem 3.19 (Gross [ 7 ] ) . [04IL]
- Example 3.20 . [04IN]
- Remark 3.21 . [04IP]
- Theorem 3.22 . [04IR]
- Proof. [04IS]
- Corollary 3.23 . [04IT]
- Definition 4.1 . [04IV]
- Example 4.2 . [04IX]
- Example 4.3 . [04IY]
- Example 4.4 . [04IZ]
- Example 4.5 . [04J0]
- Theorem 4.6 . [04J2]
- Remark 4.7 . [04J3]
- Proposition 4.8 . [04J4]
- Proof. [04J5]
- Corollary 4.9 . [04J6]
- Proof. [04J7]
- Proposition 4.10 . [04J8]
- Proposition 4.11 . [04J9]
- Proof. [04JA]
- Remark 4.12 . [04JC]
- Theorem 4.13 . [04JD]
- Lemma 4.14 . [04JE]
- Proof. [04JF]
- Lemma 4.15 . [04JG]
- Corollary 4.16 . [04JH]
- Proposition 4.17 . [04JI]
- Proof. [04JJ]
- Proposition 4.18 . [04JL]
- Theorem 4.19 . [04JM]
- Remark 5.1 . [04JQ]
- Proposition 5.2 . [04JR]
- Remark 5.3 . [04JS]
- Proposition 5.4 . [04JV]
- Example 5.5 (The amoeba) . [04JX]
- Example 5.6 (Stitched focus-focus) . [04JY]
- Example 5.7 (The leg) . [04JZ]
- Example 5.8 (The amoeba with thin legs) . [04K0]
- Proposition 5.9 . [04K1]
- Proof. [04K2]
- Definition 6.1 . [04K4]
- Example 6.2 (Stitched focus-focus, revisited) . [04K5]
- Example 6.3 (The amoeba, revisited) . [04K6]
- Definition 6.4 . [04K7]
- Proposition 6.5 . [04K8]
- Proof. [04K9]
- Definition 6.6 . [04KA]
- Example 6.7 (Normal forms) . [04KB]
- Definition 6.8 . [04KC]
- Proposition 6.9 . [04KD]
- Proof. [04KE]
- Definition 6.10 . [04KF]
- Theorem 6.11 . [04KG]
- Proof. [04KH]
- Theorem 6.12 . [04KI]
- Example 6.13 . [04KJ]
- Example 6.14 . [04KL]
- Theorem 6.15 . [04KM]
- Proof. [04KN]
- Remark 6.16 . [04KP]
- Example 6.17 . [04KQ]
- Example 6.18 . [04KR]
- Theorem 6.19 . [04KS]
- Remark 6.20 . [04KT]
- Example 6.21 . [04KU]
- Assumption 6.22 . [04KW]
- Proposition 6.23 . [04KX]
- Proof. [04KY]
- Remark 6.24 . [04KZ]
- Example 6.25 (Normal form of cylindrical type) . [04L0]
- Definition 6.26 . [04L1]
- Remark 6.27 . [04L2]
- Proposition 6.28 . [04L3]
- Proof. [04L4]
- Theorem 6.29 . [04L5]
- Proposition 6.30 . [04L6]
- Definition 7.1 . [04L8]
- Proposition 7.2 . [04L9]
- Theorem 7.3 . [04LA]
- Lemma 7.4 . [04LC]
- Proof. [04LD]
- Remark 7.5 . [04LE]
- Lemma 7.6 . [04LG]
- Proof. [04LH]
- Remark 7.7 . [04LI]
- Lemma 7.8 . [04LK]
- Proof. [04LL]
- Lemma 7.9 . [04LM]
- Proof. [04LN]
- Lemma 7.10 . [04LP]
- Proof. [04LQ]
- Corollary 7.11 . [04LR]
- Proof. [04LS]
- Lemma 7.12 . [04LU]
- Proof. [04LV]
- Proof of Theorem 7.3 . [04LW]
- Definition 8.1 . [04LZ]
- Theorem 8.2 . [04M0]
- Proof. [04M1]
- Corollary 8.3 . [04M2]
- Proof. [04M3]