Molecular dynamics (MD) studies are presented for the homocysteine C4H9NO2S layer located between parallel graphite walls. We have calculated several dynamical observables of homocysteine at the physiological temperature T ≈ 309 K. Several physical characteristics: the radial distribution function, the mean square displacement, the translational velocity autocorrelation function and its Fourier transform, the second rank order parameter have been calculated. The attention was focused on the total dipole moment autocorrelation function, the dielectric loss spectrum ε"(ν) and absorption coefficient α(ν). The comparison with the dielectric relaxation of pure homocysteine sample (without graphite wall) is also presented and discussed.

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