Hermite Polynomial
 Hermite Polynomial
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 Definition In the Sturm-Liouville Boundary Value Problem, there is a special case called Hermite's Differential Equation which arises in the treatment of the harmonic oscillator in quantum mechanics. Hermite's Differential Equation is defined as: where is a real number. For is a non-negative integer, i.e., , the solutions of Hermite's Differential Equation are often referred to as Hermite Polynomials .
 Important Properties Rodrigues' Formula: The Hermite Polynomials can be expressed by Rodrigues' formula where Generating Function: The generating function of Hermite Polynomial is Orthogonality: Hermite Polynomials , , form a complete orthogonal set on the interval with respect to the weighting function . It can be shown that: By using this orthogonality, a piecewise continuous function can be expressed in terms of Hermite Polynomials: where This orthogonal series expansion is also known as Fourier-Hermite Series expansion or Generalized Fourier Series expansion. Even/Odd Functions: Whether a Hermite Polynomial is an even or odd function depends on its degree . Based on , •  is an even function, when is even. •  is an odd function, when is odd. Recurrence Relation: A Hermite Polynomial at one point can be expressed by neighboring Hermite Polynomials at the same point. •  •