Quantum Spin Liquids are a state of matter that occurs in certain magnetic materials at very low temperatures. In this state, the magnetic moments, or spins, of the particles do not settle into a fixed arrangement, leading to a highly entangled and fluctuating system. This behavior is a result of strong interactions between the spins, which prevent them from aligning in a conventional manner. These materials are of great interest in condensed matter physics because they challenge our understanding of magnetism and order. Quantum Spin Liquids may also have potential applications in quantum computing, as their unique properties could be harnessed for robust information storage and processing, similar to concepts in quantum computing.