The question is wether we could differentiate the two procedures: a) Information sent by an transmitter/emitter and b) Information received by a receiver.
If these procedures could be distinctive, then how we could exclude the possibility that information reaches receiver simultaneously with its emission, and not that the time elapsed (according to receiver) is due to receiver's (in)ability to encode it?
Is there a possibility that information-transfer consists of two mechanisms: one simultaneous and the other with light's speed? Obviously, the later is the time-related one.
Dear Sydney Ernest Grimm,
If I understood your contribution right (otherwise please correct me):
- You agree there are two mechanisms/concepts one " of change everywhere in space " (simultaneous?) and the other leading to the directionality of action.
- The second one " dictate(s) the direction of the energy transfer " and inserts the time delay (although you mention " vectors act instantaneous "). Is this divided by two concepts too (one the directionality and the other the actual transfer with the time-delay)?
- You consider that " the mechanism behind change everywhere is a basic property of space ". I think that this is a basic property of action/change (to be spread isotropically and homogeneously), while the vectorization (in the microscopic sence) is a constitutional property of space that directs the energy transfer.
After all, Does an action influence (in a way) any entity of Universe instantaneously, albeit this influence is realised (by the receiver/entity) by a second mechanism that imposes time delay?
PS: The second - time-delaying mechanism - contributes/follows to "energy conservation law".
The STOE suggests the transmittal is a wave with a speed many times (>10^9 c by van Flandern) the speed of light in a medium. However, it is a finite speed. This situation was used in a simulation of photon (particle of light) interference experiments that reject the wave nature of light.
The model of any interaction is particle causes change in medium instantaneously, the change is transmitted at speed greater than the speed of light(a particle), and the medium causes a change in the particle velocity.
- Badges
- Science topic
- Similar topics
- Physical Sciences
- Theoretical Physics