The Rate Of Communication

The rate of communication is complexly proportional to the dynamism
of the ether and the combination of data being transferred.

Up until the first four years of the 21st century, before the advent of
commercialisation of the methods of communication over broadband
networks and 'optical fibre' ether, communications was based on a
serial binary digital system.

With the advent of two telephony line networks, data could be
transmitted and received at the same time. Thus a parallel approach to
communications began to evolve.

By the middle of the second decade of the 21st century, dynamic fibre
is likely to have been developed. This will further develop parallel
networks and the evolution of dynamic, intelligent systems creating new
parallel algorithms will be used to search data, interact with systems
and networks.

The rate of dynamic data is 'as transmitted' because as the ether is
dynamic, all the data can be sent at once (with obvious handshaking),
and the receiving agent has to process this data.

It would probably process it in a parallel fashion, though it is
perfectly possible to serialise it for ease of complexity.

But dynamic communications requires dynamic processing as well. The
advance of quantum -computing will achieve this.