Today's mathematics, for the most part, is a non-exact science with many singularities and inherent inconsistencies, as per Godal's work. Naturally, applied sciences employ this formalism too; physics, in particular, is almost fully dependent on it -which explains the abundance of physical theories, all with limited scope and often contradictory pronouncements. Indeed, nowhere is this inconsistency so obvious than between the two theories of Relativity and Quantum. Thus, a new approach needs to be sought which would enable correct description of reality, at least, as comrehended by the human logic and senses.

This in sight, Masud has devoted most of his time to researching into the nature of spacetime matrix since 1996. A geometrical approach is now devised that allows modelling of fundamental units of the space, i.e. constituent parts of the Superstrings, and their evolution in time. The work is in progress to devise tools/ systems for practical manipulation of the spacetime, which would then be employed to address many unresolved issues, e.g. the excess heat in low-temperature fusion, cell-differentiation in stem-cell studies for graft transplantation, and many more.