"Design an innovative packaging system for sending materials to Mars, considering the extreme environmental challenges and resource limitations. The packaging must meet the following specifications: Space and Weight Efficiency: It must be incredibly lightweight and easily compressible for transport. Utilize materials such as graphene or inflatable fabrics that can expand upon arrival on Mars while maintaining sufficient robustness to protect the contents. Protection from Radiation and Extreme Conditions: Include coatings designed to protect against cosmic rays and the extremely low temperatures of Mars. Consider the use of advanced insulating foams and shielding materials. Sustainability and Recycling: The packaging should be fully recyclable or biodegradable. Design a system that allows for waste reduction, using modular materials that can be reused or transformed into other useful resources. Ease of Opening: Consider an ergonomic design that allows for easy and intuitive opening in reduced gravity, utilizing tear-away closures or pressure systems that require no complex tools. Compatibility with Life Support Systems: Ensure that the packaging is free from toxic materials and does not compromise air quality. Integrate barriers to prevent external contamination. Modularity and Multifunctionality: The packaging must serve a dual purpose. Design elements that can be used as insulating or structural materials in the construction of habitats on Mars. Contamination Monitoring: Integrate sensors that can monitor temperature, pressure, and contamination. These sensors should send real-time alerts to signal any leaks or anomalies. Provide detailed illustrations of the packaging design, showing how it appears both compressed for travel and expanded upon arrival. Include [...]