Welcome To Our Spatial Mathematics Page

We all live according to time.  Time guides us in everything that we do.  Spatial Mathematics seeks to draw a relationship between space and time by using special mathematical subscripts that represent time. It also uses inequalities to define how the value of fields change at different points in time. Let look at a simple business problem to illustrate this point.

A bank account has an initial value of $5,000 on 1/17.  The value of the account increases by $250 every week.  What is the value after one week?

V denotes the value of the account, (BA) denotes the name of the bank account, [1/17] and [1/24] denote the dates of the events that changed the account.

All values of variables represent the value of a field at a point in time.  Events change the value of fields.  The value of one field at a point in time will be different than the value of a field at a later point in time.  You can use Spatial Mathematics notations to state the variable of the field as being the same before and after the event.  What changes is the value of the field and the points in time of the events in relation to the changes in the numerical value of the fields in question.

You can read more about the Spatial Mathematics by going the download page and clicking “Spatial Mathematics: A New Theory of the Mathematical Representation of Space and Time" to download the article for free in Adobe PDF format.