The single monad model is a cosmological theory that is based on the Islamic philosophy of Ibn Arabi, who was a 13th century mystic and scholar. The theory tries to explain how the multiplicity of the universe emerges from the absolute oneness of God, who is the only real being. The theory also claims that this model can reconcile the apparent contradictions between the Islamic doctrine of oneness and the scientific observations of diversity and complexity in the cosmos².

The single monad model relates to other theories of matter in several ways. Some of them are:

- The model views **matter as a manifestation of God's names and attributes** in the single point of existence, called the monad, which is constantly changing its state according to God's will. The model suggests that matter is not composed of indivisible atoms or elementary particles, but of different modes of vibration and excitation of the monad, which correspond to different levels of existence, such as the physical, the spiritual, the angelic, etc². This is similar to some approaches in quantum field theory, such as string theory and M-theory, which also view matter as different modes of vibration and excitation of a fundamental entity, such as a string or a membrane³.
- The model implies a **quantum field theory of gravity**, which states that gravity is not a force, but a manifestation of the curvature of space-time caused by the dynamic creation of matter in the inner level of time. The model suggests that this quantum field theory of gravity can explain some of the cosmological phenomena, such as the origin and fate of the universe, and the nature of dark matter and dark energy². This is similar to some approaches in quantum gravity, such as loop quantum gravity and causal dynamical triangulation, which also view gravity as a quantum phenomenon that emerges from discrete units of space-time⁴.
- The model introduces a **time-time geometry**, which states that space and time are truly unified, and that each instant of time contains a full week of creation, called the intertwining days. The model suggests that this time-time geometry can explain some of the relativity phenomena, such as the dilation and contraction of space and time, and the equivalence of mass and energy². This is similar to some models in general relativity, such as Gödel's rotating universe and Alcubierre's warp drive, which also allow for exotic solutions that involve closed timelike curves and superluminal travel.

These are some of the ways that the single monad model relates to other theories of matter. Of course, this is a brief and simplified summary, and there are many more aspects and details that can be explored. If you are interested in learning more about this fascinating theory, you can check out [this website](^1^) or [this book] for more information.

SourcSource: Conversation with Bing, 04/10/2023
(1) The Problem of Non-Locality - Mohamed Haj Yousef. https://faculty.uaeu.ac.ae/mhajyousef/problems/nonlocality.html .
(2) Solving the Major Problems in Physics and Cosmology Based on the .... http://www.smonad.com/problems/ .
(3) The Single Monad Model of the Cosmos - smonad.com. http://www.smonad.com/books/single_monad_model.php .
(4) The Single Monad Model of the Cosmos - Mohamed Haj Yousef. https://faculty.uaeu.ac.ae/mhajyousef/books/single_monad_model.html .