A method and system for drive through medicine comprises a building having a service area and one or more consult bays attached to the service area, which allow users to drive in and engage a healthcare professional and/or a technician in privacy. The user will visit or consult with a doctor or other medical professional, on site and/or remotely via telemedicine. In use, a patient checks in at a patient kiosk, the patient drives into the consult bay, the patient consults with a patient advisor, the patient pays the bill and receives treatment, and the patient drives out of consult bay.

A method and system for drive through medicine comprises a building having a service area and one or more consult bays attached to the service area, which allow users to drive in and engage a healthcare professional and/or a technician in privacy. The user will visit or consult with a doctor or other medical professional, on site and/or remotely via telemedicine. In use, a patient checks in at a patient kiosk, the patient drives into the consult bay, the patient consults with a patient advisor, the patient pays the bill and receives treatment, and the patient drives out of consult bay.

A method and system for drive through medicine comprises a building having a service area and one or more consult bays attached to the service area, which allow users to drive in and engage a healthcare professional and/or a technician in privacy. The user will visit or consult with a doctor or other medical professional, on site and/or remotely via telemedicine. In use, a patient checks in at a patient kiosk, the patient drives into the consult bay, the patient consults with a patient advisor, the patient pays the bill and receives treatment, and the patient drives out of consult bay.

Systems and methods for manufacturing modular bricks from regolith on the surface of the moon for radiation protection and lunar habitation are provided. For example, regolith can be used to manufacture modular bricks that form maintainable and reusable structures that can provide protection from radiation on the lunar surface. In some embodiments, hollow bricks can be filled with loose regolith to leverage its radiation protection capabilities by increasing an amount of material within the structure while reducing the amount of processed material, thereby increasing the radiation protection afforded by the structure. The bricks can be shaped like hexagonal prisms to promote stacking with one another in the absence of binding materials while also allowing for tolerance during positioning. Manufacturing of the bricks can involve melting lunar regolith in a heating device, casting it into hollow hexagonal prism bricks, filling these bricks with regolith, and assembling them into structures.

Systems and methods for manufacturing modular bricks from regolith on the surface of the moon for radiation protection and lunar habitation are provided. For example, regolith can be used to manufacture modular bricks that form maintainable and reusable structures that can provide protection from radiation on the lunar surface. In some embodiments, hollow bricks can be filled with loose regolith to leverage its radiation protection capabilities by increasing an amount of material within the structure while reducing the amount of processed material, thereby increasing the radiation protection afforded by the structure. The bricks can be shaped like hexagonal prisms to promote stacking with one another in the absence of binding materials while also allowing for tolerance during positioning. Manufacturing of the bricks can involve melting lunar regolith in a heating device, casting it into hollow hexagonal prism bricks, filling these bricks with regolith, and assembling them into structures.