Planning SUSTAINABLE NEW FORMS OF MATTER WITH CUSTOMIZED PROPERTIES FOR APPLICATIONS IN ENERGY STORAGE AND CONVERSION, FUTURE ELECTRONICS, MOLECULAR IMAGING AND SENSING, DRUG AND CELL DELIVERY, ENVIRONMENTAL REMEDIATION, AND SMART materialS THAT CAN SENSE AND RESPOND TO THEIR ENVIRONMENT Functional materials are building squares of present day society and assume a basic job in the advancement of innovation. materials science, is extraordinary in giving the scholarly establishment to configuration, make, and see new types of issue, let it be natural, inorganic, or half and half materials. From nanomaterials and sub-atomic gadgets to polymers and broadened solids, science, is making a universe of new materials as impetuses, sensors, sub-atomic transporters, fake frameworks, sub-atomic channels, and light-emanating or electron-directing groups, with the potential for wide logical and cultural effect. Controlled by an excellent and differing exhibit of organizations, focuses and preparing programs, Stanford researchers are growing new ways to deal with accurately watch and control nuclear and sub-atomic conduct; new procedures to relate nuclear and sub-atomic conduct to the plainly visible properties of materials; and new techniques for making materials of characterized structure, properties and capacity. Financial and ecologically manageable advancements will require new ways to deal with compound science, and innovation; Stanford researchers are driving this accuse of the sub-atomic structure of materials that can be created monetarily and with negligible natural effect, while additionally helpfully recouped, reused and reintegrated toward the finish of their valuable life..