"There are three IP summary results, please study the writing format and writing style from following three samples. \n First sample: 'This invention describes a homogenous and continuous material that, unlike coatings, is not prone to wear-and-tear. It is also antistatic. This is possible using an innovative method of fabrication that involves co-polymerising different proportions of two materials which are not antistatic to create an antistatic material based on a certain reference material. \n The invention uses two polymers, P and N, and a reference material. While we have used a specific P, N, and reference material (glass beads) in the invention disclosure, the method is general and can be applied to many other polymers as long as one has the tendency to charge highly positive with other materials while the other has the tendency to charge highly negative. The reference material can also be changed. The resultant material is not only homogenous and continuous, it is also electrically insulated (no grounding required) and is solution-processable, which supports large-scale production.' \n Second sample: 'NUS has developed a skull reconstruction algorithm (Flip-Avoiding Interpolating Surface) that can generate a 3D model of the defective skull, which is in turn used for the reconstruction of a model of the normal skull. \n First, a CT scan is performed on the patient and CT images of the defective skull are used to generate a 3D model.  The algorithm is then applied to the 3D model of the defective skull in order to generate a new 3D model of the normal skull. This algorithm produces minimal errors and little distortion of the skull surface because its iterative, interpolating calculations are not reliant on the original defective-skull model. \n This novel method can create a separate normal skull model with greater efficiency and more accuracy than previous methods. It is also more user-friendly.'  \n Third Sample: 'NUS is proposing a solution to treat eating disorders. It will create stapled peptide antagonists of RXFP3 receptors that target the central nervous system, which is responsible for eating disorders. \n The peptides will be stabilised chemically through cross-linking of small molecules. This will, in turn, result in a relaxin-3/RXFP3 system ligand-receptor pair that has the potential of controlling not only food intake but will also lower stress levels, resolve addictions, and enhance learning, memory and arousal.'  \n\n### Then here is an new IP, please write a new summary result for this IP: \n'