By Yukio Matsumoto

Bankruptcy 1. Morse thought on Surfaces 1 -- 1.1. severe issues of capabilities 1 -- 1.2. Hessian three -- 1.3. The Morse lemma eight -- 1.4. Morse capabilities on surfaces 14 -- 1.5. deal with decomposition 22 -- a. The case while the index of po is 0 26 -- b. The case whilst the index of po is one 26 -- c. The case while the index of po is 2 29 -- d. deal with decompositions 30 -- bankruptcy 2. Extension to basic Dimensions 33 -- 2.1. Manifolds of measurement m 33 -- a. capabilities on a manifold and maps among manifolds 33 -- b. Manifolds with boundary 34 -- c. capabilities and maps on manifolds with boundary 38 -- 2.2. Morse services forty-one -- a. Morse services on m-manifolds forty-one -- b. The Morse lemma for measurement m forty four -- c. lifestyles of Morse services forty seven -- 2.3. Gradient-like vector fields fifty six -- a. Tangent vectors fifty six -- b. Vector fields sixty one -- c. Gradient-like vector fields sixty three -- 2.4. elevating and decreasing severe issues sixty nine -- bankruptcy three. Handlebodies seventy three -- 3.1 deal with decompositions of manifolds seventy three -- 3.3. Sliding handles one hundred and five -- 3.4. Canceling handles one hundred twenty -- bankruptcy four. Homology of Manifolds 133 -- 4.1. Homology teams 133 -- 4.2. Morse inequality 141 -- a. Handlebodies and cellphone complexes 141 -- b. evidence of the Morse inequality 147 -- c. Homology teams of complicated projective area CP[superscript m] 147 -- 4.3. Poincare duality 148 -- a. Cohomology teams 148 -- b. evidence of Poincare duality a hundred and fifty -- 4.4. Intersection types 158 -- a. Intersection numbers of submanifolds 159 -- b. Intersection kinds 159 -- c. Intersection numbers of submanifolds and intersection types 163 -- bankruptcy five. Low-dimensional Manifolds 167 -- 5.1. primary teams 167 -- 5.2. Closed surfaces and three-dimensional manifolds 173 -- a. Closed surfaces 173 -- b. three-d manifolds 181 -- 5.3. four-dimensional manifolds 186 -- a. Heegaard diagrams for four-dimensional manifolds 186 -- b. The case N = D[superscript four] one hundred ninety -- c. Kirby calculus 194 -- A View from present arithmetic 199

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**Example text**

24 with b = 1 − μ . Moreover, if Σn = Y1 + · · ·+Yn , we clearly have E[Σn ] = E[Sn ] − nμ = 0. In addition, for all 1 k n, E[Yk2 ] = E[Xk2 ] − 2μ E[Xk ] + μ 2 since E[Xk2 ] (1 − 2μ )E[Xk ] + μ 2 , E[Xk ]. It leads to Var(Σn ) = E[Y12 ] + · · · + E[Yn2 ] nμ (1 − 2μ ) + nμ 2 = nμ (1 − μ ). 24 with b = 1 − μ and v = μ (1 − μ ). 3. 60) ⎩ +∞ if x < −1, and ⎧ h(wx) ⎪ ⎨ if w = 0, w2 hw (x) = 2 ⎪ ⎩ x if w = 0. 28. Let X1 , . . 49) for some positive constant b. 1) and assume that E[Sn ] = 0. Let wn = (b/vn ) − (1/b).

Denote Sn = X1 + · · · + Xn and Vn = Var(Sn ). 88) P(Sn − E[Sn ] x) exp − Dn + 2Vn where n Dn = ∑ (bk − ak )2 . 48. 17, Dn 4Vn . 16. One can observe that Dn > 4Vn except if all the random variables X1 , . . , Xn have the Bernoulli distribution given, for all 1 k n, by P(Xk = ak ) = P(Xk = bk ) = 1/2. Proof. For all 1 k n, let Yk be the random variable defined by Yk = Xk − E[Xk ]. One can observe that Y1 , . . ,Yn is a sequence of independent and centered random variables such that, for all 1 k n, αk Yk βk almost surely with αk = ak −E[Xk ] and βk = bk − E[Xk ].

Otherwise, the above equation has two real solutions. The solution which lies in the interval ]0, 1/c[ is t= vn + cx − (vn − cx)2 + 4an x = 2(vn c − an ) vn + cx + 2x (vn − cx)2 + 4an x . Hence, once again, we find that fn (x) = tx/2. 30). 15. Let ε1 , . . , εn be a finite sequence of independent random variables sharing the same Exponential E (1) distribution. In addition, let B1 , . . , Bn be a finite sequence of independent random variables with Bernoulli B(1/4) distribution. Assume that these two sequences are mutually independent.