Abstract
It is shown that the Schrödinger equations are not the only equations that generate difficult splittable continuous-quantum conversion. Such equations are many and each of them can be used to create a continuous quantum processors or accelerators computing. As one example of a simple continuous-quantum equations is considered Chi-square transformation of Pearson. At small number of experiences distribution the chi-square has obviously expressed discrete character that is equivalent supervision of a range of conditions of some molecule. Conventionally such mathematical molecule can be called as Pearson's molecule. There given the information already implemented, continuous quantum accelerator computing, designed for solving the inverse problem of neural network biometrics.