I believe there might be a slight misunderstanding. Microwaves used in household microwave ovens are not typically used to "see through walls." Microwave ovens emit microwave radiation for the purpose of heating and cooking food, but they are not designed or intended for seeing through walls or other objects.
The concept you might be referring to is microwave imaging, which is used in certain specialized applications like ground-penetrating radar, medical imaging (such as microwave breast imaging), and security screening at airports. These applications involve different equipment and frequencies than what is used in microwave ovens.
To incorporate microwave imaging into glasses, for any practical use, would be a complex and technically challenging task. It would require specialized microwave imaging technology and components to capture and process the microwave signals, as well as a display system to present the information in a useful way.
microwave imaging technology is not widely available in consumer products like glasses. It remains mainly within the domain of specialized applications and research. Additionally, incorporating such technology into glasses would raise concerns about privacy, safety, and regulatory compliance, as it could potentially be intrusive and present health risks if not handled properly.
If you are interested in any specific application of microwave imaging or similar technologies, I would recommend consulting with experts in that field to explore the possibilities and potential limitations further. Always prioritize safety and ethical considerations when dealing with technologies involving electromagnetic radiation.