Nematic liquid crystals (NLCs), known for their rod-like molecular structure and capacity to create topological defects, have shown promise in quantum computing. These defects can be accurately altered using external electric fields, allowing for developing and controlling nematic bits (nbits) that work similarly to classical and quantum bits. Kos and Dunkel (2022) established the notion of nbits by mapping LC defects onto the Poincaré-Bloch sphere, illustrating how single nbit operations similar to Pauli and Hadamard gates can be accomplished using electric fields