- Environmental monitoring with online data logging to Thingsv
- Hessian/ burlap/ crocus composites
- CNC milled wood frame
- Grow monitors | What watches the watchers?
- Grow module | Design and fabrication
- Grow Module | The science
- Processing Light Graph
- Milling a composite mold
- Composites : Modular growth, testing
- Bioelectrochemical testing pod
- LCD x Arduino
- Design, Materials and Methods
- History : Early concepts
Most of the science I used comes from Dr. Paolo Bombelli's excellent research in the field of bioelectrochemical processes. This includes his published research: Electrical output of bryophyte microbial fuel cell systems is sufficient to power a radio or an environmental sensor and Biophotovoltaics: oxygenic photosynthetic organisms in the world of bioelectrochemical systems and Biophotovoltaics: Energy from Algae published in Catalyst Vol 21 #4, April 2011.
Alex Driver and Carlos Peralta's collaboration with Dr. Bombelli Moss Table. In a series of collaborations, they were able to run environmental sensors and a small LCD display for two weeks uninterrupted and operate a commercial radio for 80s after a day of charging a battery each using power generated solely from Moss based bioelectrochemical modules. This video shows an earlier work in which the table lamp shown is NOT powered by the [moss].
Elena Mitro's Moss Voltaics. Ms. Mitro generated electricity using moss and fabricated a modular system for containing the power cells.
Jakobe Skote's The Moss Powered Wifi-Jammer is a series of fabricated moss power cells which generate enough electricity to power wifi jammers. The work was conceived as a wearable.
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