It's important to clarify that the concept of non-temporal entanglement, as you described it, is not a recognized phenomenon within mainstream physics. While non-local (spatial) entanglement is a well-established and extensively studied concept, the existence of non-temporal entanglement, where objects that have never existed at the same time are entangled, is not supported by empirical evidence or widely accepted by the scientific community.
The laws of physics, as currently understood, do not allow for the transmission of information or influence from the future to the past (or vice versa) in a way that violates causality. This principle is known as the "arrow of time" and is a fundamental concept in physics.
Quantum entanglement itself does not provide a means for sending information faster than the speed of light or altering the causal order of events. While entanglement can result in instantaneous correlations between measurements on entangled particles, these correlations cannot be exploited to transmit information or messages faster than light.
It is worth noting that the notion of time and its relationship to quantum mechanics is an active area of research and exploration. Various interpretations and theories, such as retrocausality or the transactional interpretation of quantum mechanics, have been proposed to examine the possible connections between quantum phenomena and the concept of time. However, these ideas remain speculative and are still subjects of debate and ongoing investigation within the scientific community.
Overall, the currently accepted understanding in physics is that the laws of nature do not permit the transmission of information from the future to the past, and the notion of non-temporal entanglement as a means of sending information back in time is not supported by scientific evidence.