HyperSpace

Augmented Reality gives a three-dimensional free view of mathematical functions for better understanding, while Virtual Reality can be used for visualising non-Euclidean dimension because there are no limitations of the spaces created in it. We propose a visualisation kit in Augmented Reality and Virtual Reality of complex mathematical concepts such as Linear Algebra, Differential Calculus, Knot theory and Hyperspace geometry. Our focus is on graduate and postgraduate students, converting applied mathematics from computation to visualisation.