The holographic principle developed by Hooft and Susskind states that the bulk properties of a system can be understood from the properties on the boundary of that system. A special realization of the Holographic principle discovered by Maldecena in so-called ADS/CFT correspondence shows that the gravity of a system in anti-de Sitter spacetime can be calculated from conformal field theory of entangled particles on the boundary of that system in one lower dimension. Understanding the bulk properties of a system from the boundary of that system, for the first time was hypothesized by Bekenstein in a thought experiment. He conjectured that M. Farshad is with the Department of Chemistry, Temple University, Philadelphia, PA, 19122 USA e-mail: mohsen.farshad@maine.edu. the information of a particle that is absorbed by a black hole will lead to an increase in the area by expanding its boundary. Later on, Hawking postulated an entropy relation for its area using quantum field theory in the vicinity of the black hole, which elegantly supported Bekenstein's conjecture on information conservation. Insights from this principle and Jacobson's derivation of Einstein's gravity from the first law of thermodynamics and using the concept of entanglement entropy led Eric Verlinde to his coarse-grained hypothesis that it is the collective entropic force of microscopic degrees of freedom on the boundary of spacetime that is the cause of gravity. It is the emergent entropic force resulting from random Brownian motions of degrees of freedom that is governing the underlying physics behind the gravitational force. , , Recently we derived the displacement relation from the Schrodinger equation and Einstein's theory of diffusion. It is the complex version of the displacement relation that Verlinde postulated considering Bekestein's thought experiment on the black hole area and its entropy. We recover the gravitational entropic force when two bodies are at distance from each other using the first law of thermodynamics. Following this, we derive the attractive entropic force between two bodies by incorporating the radius of both bodies into the entropic force. In the end, we intuitively and visually describe that the repulsive entropic force can emerge from the rotation of degrees of freedom around spinning particles with opposite spin signs.