equations

artefacts

studio

 

"Stratovolcanic Nervious System in Zeolite Sediments"

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 18in x 30in, Agbo-Ola, 2017

BIOLOGICAL ENTROPIC SYSTEM PAINTINGS X29-i

 

Conceptual Framework = Entropy = Chaos to Order --> Life = Death

                                            Reverse Entropy = Chaos to Order ---> Death = Energy

 

                                            (What completes the system?) Chaos to Order ---> Energy = Life

 

 

Design Research  = Volcanic Metabolism as  Seed Lungs

This series of oil paintings aims to reinterpret of the chemical weathering process that happens as volcanic rocks decompose to create nutrients for plant life. Volcanic deposits can transform soil into some of the richest agricultural grounds on earth. Plant life on the surface of Earth primarily exist based on a collaborative effort from natural elements. The energy from the sun, rainwater, and nutrients from rocks that have been decomposed, and recombined into molecules that work together to enhance plant growth. The process of chemical weathering breaks down the bonds that hold rocks together. Chemical interactions from the atmosphere with rocks enable key elements from rock-forming minerals to be released. The released minerals are then accessible to growing plants. Volcanic rocks enhance some of the best soils on earth because they have a wide variety of mineral elements, and are easily chemically separated into elemental components.

 

The process of natural decay, or natural recycling is very important to the life cycle of plants, and vegetation. During this natural recycling process micro-organisms from the soil eat the organic waste, and break it down into small units of energy. The reduction of organic material by these organisms is achieved through aerobic respiration. The heat generated  from this respiration determines the rate in which the organic material will decay. This series of work creates an experimental depiction of how compost evolves, and decays over time based on its entropic rates of change. When you look at the movement of micro-organism for long enough you will find that life moves at a very fast pace. One organism becomes food for another slightly larger one at a very efficient rate. This means that nature has a very high rate of change, which produces energy that is available to be transformed. These works encapsulates this process, while reinterpreting natural systems as a way of understanding environmental perception for reflection, and discussion.

 

Pyroclastic Oxidation [x1298io]

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 60in x 72in, Agbo-Ola, 2017

 

Pyroclastic Oxidation [x7221io]

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 60in x 72in, Agbo-Ola, 2017

 

Pyroclastic Oxidation [x5439io]

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 60in x 72in, Agbo-Ola, 2017

 

Anthropic Epipedon Cementation

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 48in x 60in, Agbo-Ola, 2017

 

Actinomycetes Liquefaction System

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 60in x 64in, Agbo-Ola, 2017

 

Nitric Phosphates + Lymphatic Protozoa Cytostome

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 72in x 72in, Agbo-Ola, 2017

 

Magnetic Inclination in Fermented Parasitic Isotopes

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 48in x 60in, Agbo-Ola, 2017

 

Liquefactive  Radiolarias in Cryospheric Seismic Waves

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 60in x 60in, Agbo-Ola, 2017

 

Acid Precipitation on Abiotic Hyphae

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 48in x 60in, Agbo-Ola, 2017

Acid Condensation on Abiotic Hyphae

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 48in x 60in, Agbo-Ola, 2017

 

Effluent Stream in Biospheric Cartovascular System

[E] = Walnut Oil + Cobalt Black Pigment + Canvas,  54in x 54in, Agbo-Ola, 2017

 

 

Paleomagnetic Urinary System

[E] = Walnut Oil + Cobalt Black Pigment + Canvas, 24in x 36in, Agbo-Ola, 2017