Methods and apparatus for a habitable electronic material system

A habitable electronic material system comprising:

• at least one bonded layer of material having at least one embedded electronic sensor operable to detect at least one environmental indicator, wherein the at least one bonded layer of material is a flexible material and is operable to form an interior of the habitable electronic material system operable to support a user and operable to be collapse and transported by a user;
• wherein the at least one bonded layer comprises:
• a water-resistant layer;
• a solar energy collection subsystem layer protected by the water resistant layer, the solar energy collection subsystem layer comprising:
• a nano-photovoltaic layer;
• and
• a thermal nano-polypropylene insulating layer operable to insulate interior system layers and an interior of the habitable electronic material system from external thermal effects;
• a thermal insulator layer under the solar energy collection subsystem layer;
• an energy storage subsystem layer under the solar energy collection layer;
• and
• a computer subsystem at least partially imbedded within the at least bonded layer of material and operably coupled with the solar energy collection subsystem and the energy storage subsystem;
• a transceiver operably coupled with the computer system and operable to connect with an external integrated communications network;
• a thermal converter subsystem operable to enable a user to control the temperature within the habitable electronic material system;
• an acoustic subsystem, the acoustic subsystem comprising a polyvinyl difluoride piezoelectric layer operably coupled with the computer system and operable to receive and transmit acoustic signals;
• and
• an optical subsystem, wherein the optical subsystem comprises:
• at least one light controllable by a user;
• and
• an optical display user-interface screen facing the interior of the habitable electronic material system.