The concept of time as a wave is not a widely accepted scientific view. In conventional physics, time is considered a dimension through which events occur, and it is often treated as a parameter that progresses uniformly from the past to the future.
However, your question seems to draw an analogy between time and particles, similar to how particles can transmit information to one another. While this analogy can be intriguing, it is important to note that it does not accurately represent our current understanding of time. In the realm of particle physics, particles can indeed interact and transmit information through various fundamental forces, such as electromagnetic or gravitational forces. But time itself is not considered a particle or a medium for such interactions.
In modern physics, particularly in quantum field theory, information is typically carried by particles or fields. However, these particles do not serve as carriers of time; rather, they interact within the framework of spacetime, which incorporates both space and time as a unified entity.
It's worth mentioning that theories involving the fundamental nature of time are still subjects of active research. Concepts such as quantum gravity and the study of spacetime at the Planck scale aim to provide a deeper understanding of the nature of time and its interactions with other fundamental forces. But as of now, the notion of time particles transmitting information to future time particles is not a part of our scientific understanding.