Is it possible to communicate using particles entangled together over large distances, while traveling faster than the speed of light?

Normally there is the condition that matter cannot travel faster than the constant speed limit of light and this will prevent matter from being used to communicate information.

A way around this is to have a series of boxes of matter, grouped in pairs of entangled particles, and separated by a far distance.

The initial ordering will be by character as if it were keys on a keyboard. These represent the symbols that would be in effect used, whether they be characters or numerical values representing calculations.

The next ordering will be by timecode, which in essence means that it is bounded by the timeframe of how the particles are related to each other in respect to consecutive order.

Ultimately, this works because it is associating a set of particles by values and by time which show that they have been set to a certain state at a moment determined by the sender.