The novelty of the structural reorientation leads to many questions regarding whether similar transitions occur in phosphorene derivatives with layer monovacancies, substituted phosphorus atoms (e.g. with H or N), and nanotube structures. Additionally, there are possibilities to research other similar puckered materials (e.g. group IV-VI 2D materials), explore changes in other material properties (e.g. thermal stability, magnetic moment), or analyze whether phase transitions occur when deformation is applied near-parallel to the lattice's zigzag direction or if forces are applied in the out-of-plane direction. Other future research may utilize machine learning models and our collected orbital occupancy data to calculate the applications of phosphorene as an industrial catalyst or to predict which possible surface modifications or atomic dopings may be useful in stabilizing the phosphorene layer against oxidation. With orbital data, we are able to understand how phosphorene will interact with orbitals in other molecules such as water, oxygen, or ammonia.