PROJECT 1
My part:
Computational design / Parametric model iteration Biomaterial experiment / 3d printing of biomaterials Narrative reasoning / Exhibition design Research
ENSO
Exhibition:
China Folk Art Museum Oct.2023 Author:
Liang Junpeng
Media:
Biosynthetic Materials / Biodesign / 3D Printing of Bio-materials / Design Fiction
Introduction:
The Enso Series look at and speculate about the ability of biosynthetic lignin and white rot fungi as functional materials in the Anthropocene. This work is a series of works based on the author's research on the theory of the multiverse, centering the reproduction of the universe and assumption that the universe changed from singular to plural. The "Bio Enso Evolution" series, made of environmentally bioaugmentation materials, is designed for the non-existent "bacteria" world and the impossible "bacteria" creation.
2023.7 - 2023.10 in Shanghai Yicai Culture Communication Co., Ltd.
RESEARCH
BIO ENSO EVOLUTION
A Strain Of Bacteria That Can Purify Contaminated Soil
Luminescent Phosphorescent Materials Based on Wood
White rot bacteria can be used to purify soil contaminated by industrial toxic substances. Erika Winquist, a researcher at Aalto University in Finland, found that up to 96% of hydrocarbon (PAH) compounds and 64% of dioxins in contaminated soil were successfully broken down by white rot bacteria after three months.
Researchers from China have developed an oxidation strategy to convert lignin into luminescent materials with a lifespan of approximately 408 ms. These luminescent RTP materials have a wide range of applications in electronic devices, optical sensing, bioimaging, and information encryption.
MACRO TO MICRO White Rot Fungus in Nature
Both the world inside and outside the logic of biology and the world inside and outside the consciousness of fungi exist at the same time. The world is not just a world. There is a human world, and a fungus world as well. Every species or life form has its own world that is as real as ours.
Biosynthetic material Mycelial structure
Microbial culture medium
ENSO I
Micromorphology of White Rot Fungus Biosynthetic lignin
Functional Microorganisms Degrading Lignin In Forest Systems
Fossils Of Wood-decaying Fungi Found In Cretaceous Of China
UɅ٪ǕƇȷ٪ƣƲƲǾ٪ƤȉǾ˚ȯǼƲƫ٪ɅǕƇɅ٪ƣƇȷǛƫǛȉǼɬƤƲɅƲȷ٪ǛǾ٪ɦǕǛɅƲ٪ȯȉɅ٪njɍǾǍǛ٪ƤƇǾ٪ȬȯȉƫɍƤƲ٪ laccase, which completely decomposes lignin into carbon dioxide and water. Therefore, basidiomycetes containing the laccase gene represent an important microbial community for decomposing soil organic matter, especially lignin.
Hyphae are commonly found in the lumen of vessels and can spread directly between adjacent vessel elements through the pit apertures or by penetrating the cell walls. The hyphae are tubular in shape, mostly straight or curved, and often exhibit irregular branching at different angles. They display the characteristic clamp connection, which is unique to modern basidiomycetes, indicating that this hyphal fossil belongs to the class Basidiomycetes.
Parameterized matrix Computer simulation
ENSO II
Lignin degradation
Fungal hyphae growth
Biological coevolution
Response environment
ENSOIII
multiverse
300X
Bioaugmentation White rot bacteria under stereomicroscope
PRELIMINARY MATERIAL TESTING
3D PRINTING OF BIOMATERIALS
The Molding State of Lignin under Different Particle Size and Density was Tested
Using biomaterial samples (from microscopic to macroscopic), we extracted the tubular morphology of the hyphae straight or curved, the structure of irregɍdzƇȯ٪ƣȯƇǾƤǕǛǾǍ٪ƇǾƫ٪dzȉƤǯعdzǛǯƲ٪ȷɬǼȬǕɬȷǛȷؙ٪ƇǾƫ٪ɅǕƲ٪ȬƇɅɅƲȯǾ٪ȉnj٪ƫǛnjnjɍȷǛȉǾ٪ƣƲɅɦƲƲǾ٪ƇƫǬƇƤƲǾɅ٪ɅɍƣɍdzƇȯ٪ƤƲdzdzȷ٪ǛǾ٪ɅǕƲ٪ɅɍƣɍdzƇȯ٪ƤƲdzdz٪dzɍǼƲǾؙ٪ɅǕƲ٪ȉȯǛ˚ƤƲ٪ȉnj٪ɅǕƲ٪ƫǛƇǼƲɅƲȯ٪ɦƇdzdz٪ or after penetrating the tubular cell wall. By simulating wood fossils and wood rot fungi in the circular phase evolution link, we supported the interaction and cyclical evolution relationship between fungi and plants in forest ecosystems during the Anthropocene period.
3D Printing Cutting Model (Ultimaker-Cura)
Ýȉȉƫ٪˚ƣȯƲ
3d Printing Of Biomaterials
Sodium alginate PDA Water
Fabric Texture Under Different Material Ratio Fabric sample block 1
Cellulose 50%(w/v), Sodium alginate 30%(v/v), Pectin 15%(V/V)
Final Sample Print ¤ȯǛǾɅƲƫ٪ƣɬ٪Ƈ٪ƣǛȉعȬȯǛǾɅƲȯؙ٪ɍȷǛǾǍ٪Ƈ٪ƤƲȯɅƇǛǾ٪ȯƇɅǛȉ٪ȉnj٪ǼƇɅƲȯǛƇdzȷ٪ɅǕƇɅ٪ƤƇǾ٪ƣƲ٪˚ɫƲƫ٪Ʌȉ٪njȉȯǼ
Fabric sample block 2
Cellulose 60%(w/v), Sodium alginate 20%(v/v), Pectin 15%(V/V)
Fabric sample block 3
Cellulose 35%(w/v), Sodium alginate 30%(v/v), Pectin 15%(V/V)
LIGNIN CATABOLISM IN WHITE ROT FUNGUS Congo Red Culture-medium
Different Colony Morphology
Congo red culture medium containing lignin is prepared according to a certain proportion.
SIMULATE MICROSCOPIC BIOLOGICAL STRUCTURES This part follows the typical structure of white rot hyphae in the cross-section and radial section of wood tissue, summarizes the values of directional nodes to drive the iterative deformation of the growth shape. It generates the parameterization of the matrix and obtains different growth forms, and the time-driven algorithmic growth framework.
Microstructure Of White Rot Fungus Decompose Lingin
Inoculate white rot fungus or wood containing white rot fungus.
Preliminary Parametric Prototype
Growth structure
After a period of time, the white rot fungi feeding on lignin will form a transparent circle in the Congo red medium with the white rot fungus as the center.
White Rot Fungi Eat Lignin To Different Degrees
Lignin powder Congo red AGAR Sodium nitrate Chlorinated scapula
Incubated at 22-28°C Aerobic Culture Visualised after 48-96h
Optical Micrograph of White Rot Fungus
Parameter matrix
VISUAL REPRESENTATION OF LIGNIN DECAY PROCESS
DATA AUGMENTATION INTO SIMULATED GENERATION
ȉǼȬɍɅƲȯ٪Ǜȷ٪ɍȷƲƫ٪Ʌȉ٪ȷǛǼɍdzƇɅƲ٪njɍǾǍƇdz٪ǕɬȬǕƇƲ٪ǍȯȉɦɅǕ٪ƇǾƫ٪dzǛǍǾǛǾ٪ƫƲǍȯƇƫƇɅǛȉǾ٪ƇǾƫ٪ƲɫɅȯƇƤɅ٪ƣǛȉعȯƲ˚ǾƲƫ٪ɅȯƇǾȷȬƇȯƲǾɅ٪ɦȉȉƫ٪ȷǕƇȬƲؘ٪½ǕƲ٪ƤǕƇǛȯ٪ǍȯȉɍȬ٪ǛǾ٪ɅǕƲ٪ȷƲƤȉǾƫ٪ series of biocircular evolution shows a picture of our original real world that has been broken by the world of bacteria. Each chair has a world, which together makes up the "Bio Enso Evolution" of new future.
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(2)
(3)
(4)
(5)
(6)
(7)
(8)
(a)
(b)
(a)
(b)
Bio-Generative Material Distrubution
(9)
ENSO CHAIR 001
(10)
(11)
(12)
(13)
ENSO CHAIR 002
(14)
ENSO CHAIR 003
(15)
(16)
ENSO CHAIR 004
ENSO WORLDVIEW RENDERING
EXHIBITION
The work assumes that fungi serve as the main body of the planet, and the interaction ƣƲɅɦƲƲǾ٪ƇȯɅǛ˚ƤǛƇdz٪ȉƣǬƲƤɅȷ٪ƇǾƫ٪ȷȬƲƤǛƲȷ٪Ǜȷ٪ƤȉǼȬȉȷƲƫ٪ȉnj٪njɍǾǍǛؘ٪UǾ٪ɅǕǛȷ٪ɦƇɬؙ٪ɅǕƲ٪ɦȉȯǯ٪ȬȯƲȷents the synergistic relationship between trees and fungi from the beginning of the geohistorical period to the Anthropocene, and the evolution of biological cycles driven by fungi energy.
China Folk Art Museum: New Perception of Technology —— Contemporary International Handicraft Experiment Exhibition
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(b)
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(b)
¤§ e- ½٪׀
Exhibition:
West Bund Art Centre FutureLab Nov.2023
China Science Fiction Conference
PICOWGTUNA
May.2023
International Design Education Forum on Art & Technology Apr.2023
Author:
Liang Junpeng
Media:
Consumerism / Future Life / Non-anthropocentrism / Speculative Design
Introduction:
What if the pigs of the future could be customised? This project conceives a possibility of the end times, showing the dramatic relationship between humans and pigs. Humans can customise the pigs themȷƲdzɥƲȷ٪ƣɬ٪ǼƲƇǾȷ٪ȉnj٪ȷƤǛƲǾɅǛ˚Ƥ٪ǼɍɅƇɅǛȉǾȷ٪Ʌȉ٪ȷɍǛɅ٪ɅǕƲǛȯ٪ǾƲƲƫȷؘ٪ To bring these scenarios to life, we have created diagrams of pig crossbreeding processes, architectural models of future farming systems, customer orders and Picowgtuna, a mutant pig, to construct our thematic worldview and maximise the commercial performance of the creatures, with the aim of bringing the audience into the logic of the future to rethink the natural relationship between man and pig.
2022.9 - 2022.12 in China Academy of Art
INSPIRATION
RESEARCH
This piece is inspired by the two books Oryx and Crake and Pig 05049.
Now Pork Development Trend
Oryx and Crake, 2004
Trends in pork consumption
Pig 05049, 2007
Pork consumption per capita (kg)
tƇȯǯƲɅ٪§ƲȮɍǛȯƲǼƲǾɅ
Belgian Blue
Pig bone is the raw material of many industrial products.
The best donor for human xenotransplantation.
Output: 10,000
Pig milk has high nutritional value, but low yield and high price.
Pig skin is the raw material of many daily necessities.
Malformed Demand for Meat
UɅ٪ƫȉƤɍǼƲǾɅȷ٪ƤȉǾȷɍǼƲȯ٪Ǎȉȉƫȷ٪ǼƇƫƲ٪njȯȉǼ٪Ƈ٪ȬǛǍ٪ ǾɍǼƣƲȯƲƫ٪ׇׂؙ־׃־٪Ƈ٪ȷǛǾǍdzƲ٪ƇǾǛǼƇdz٪ȷȉɍȯƤƲ٪ɅǕƇɅ٪ȬȯȉɥǛƫƲȷ٪ɅǕƲ٪ȯƇɦ٪ǼƇɅƲȯǛƇdz٪njȉȯ٪Ƈ٪dzƇȯǍƲ٪ǾɍǼƣƲȯ٪ȉnj٪ƲɥƲȯɬƫƇɬ٪ǛɅƲǼȷؘ
Now The Pig Farm And Development
China's pig output from 2017 to 2022
Pork consumption (10,000 tons)
½ǕƲ٪ƣȉȉǯ٪Ǜȷ٪ȷƲɅ٪ǛǾ٪Ƈ٪˚ƤɅǛȉǾƇdz٪ɦȉȯdzƫ٪ɦǕƲȯƲ٪ƣǛȉɅƲƤǕǾȉdzȉǍɬؙ٪ƫȯǛɥƲǾ٪ƣɬ٪ǕɍǼƇǾ٪ƫƲȷǛȯƲ٪ƇǾƫ٪ƤɍȯǛȉȷǛɅɬؙ٪ǼƲƲɅȷ٪ɅǕƲ٪ njȯƲƲ٪ǼƇȯǯƲɅ٪ȷɬȷɅƲǼؙ٪njɍdzdz٪ȉnj٪ǍƲǾƲɅǛƤƇdzdzɬ٪ǼȉƫǛ˚Ʋƫ٪ƇǾǛǼƇdzȷ٪ƇǾƫ٪ƤȉǼǼƲȯƤǛƇdzdzɬ٪ƲɫȬdzȉǛɅƲƫ٪ƣǛȉdzȉǍǛƤƇdzؘ
Potential Demand Points
GƲǾƲ٪ǼɍɅƇɅǛȉǾ٪ƣɬ٪ ǕɍǼƇǾ٪ǛǾɅƲȯɥƲǾɅǛȉǾ
Technical Application Of Pig Organs
Bone Fat
Haemoglobin
Train Brake Bone Ash
Liquorice
Twice the muscle mass
Collagen
THINKING What is the complex relationship between man and pig in the context of consumerism?
UǾɅƲǾȷǛɥƲ٪FƇȯǼǛǾǍ
UǾɅƲdzdzǛǍƲǾɅ٪FƇȯǼǛǾǍ
Field Visit eǛǾǕɍƇ٪¤ǛǍȷ٪ UǾɅƲȯǾƇɅǛȉǾƇdz٪§ƇǾƤǕ
GƲǾȉǼƲ٪-ƫǛɅƲƫ٪¤ǛǍȷ
gƲƲȬǛǾǍ٪Fȉȉƫ٪¯ƇnjƲ ¤ǛǍȷɅɬ
Cigarette
¤ƲƇȷƇǾɅ٪FƇȯǼǛǾǍ
White Feather Broiler Gene Editing
Paint
¤ȯǛǼǛɅǛɥƲ٪FƇȯǼǛǾǍ
Mature in a month
Profit
Gene Targeting
gǾȉƤǯȉɍɅ٪ȉnj٪ǍȯȉɦɅǕ٪ ȷɍȬȬȯƲȷȷȉȯ٪ǍƲǾƲȷ
vɍȯȷƲȯɬ٪ §ȉȉǼ
¤ȯƲƫƲdzǛɥƲȯɬ §ȉȉǼ
ȉǾ˚ǾƲǼƲǾɅ ƲǾɅƲȯ
FƇɅɅƲǾǛǾǍ٪ §ȉȉǼ
UǼȬȯȉɥƲ٪ɅǕƲ٪ȮɍƇǾɅǛɅɬ٪ȉnj٪Ȭȉȯǯ
SELF-QUESTIONING In the context of an expanding demand for meat deformities, what does a pig look like that is customised by consumers to their liking?
In the future, what kind of evolutionary process and shape will pigs take after multiple rounds of human selection and gene editing intervention?
What kind of layout will the pig farms show in the future to cope with the new consumer demand?
PROPOSAL
BILLIONS BREEDING CENTRE
Purpose Of Design
Brief
UǾ٪ǕɍǼƇǾ٪ƫƲǼƇǾƫ٪njȉȯ٪ȬǛǍ٪ƤȉǾɅǛǾɍƲƫ٪Ʌȉ٪ƲɫȬƇǾƫؙ٪ɅǕƲ٪ƫƲȷǛȯƲ٪njȉȯ٪Ƈ٪ȬǛǍ٪ǛǾ٪Ƈ٪ƫƲnjȉȯǼƲƫ٪ȷȮɍƲƲɶƲƫ٪ȷɅƇɅƲ٪ȉnj٪ɅǕƲ٪ƤƇȷƲؙ٪ɅǕƲ٪ǕɍǼƇǾ٪ƫƲȷǛȯƲ٪njȉȯ٪ȉǾƲ٪ǕɍǾƫȯƲƫ٪ȬƲȯƤƲǾɅ٪ȉnj٪ ɅǕƲ٪ɍȷƲ٪ȉnj٪Ƈ٪ȬǛǍؙ٪ȬǛǍ٪njƇƤɅȉȯɬ٪njɍɅɍȯƲ٪ƣȯƲƲƫǛǾǍ٪ȬǛǍȷ٪ɦǛdzdz٪ƣƲ٪ȉɥƲȯɅƇǯƲǾ٪ƣɬ٪ƇȯɅǛ˚ƤǛƇdz٪ȷƲdzƲƤɅǛȉǾؙ٪ǕɬƣȯǛƫǛɶƇɅǛȉǾ٪ƇǾƫ٪ǍƲǾƲɅǛƤ٪ƣȯƲƲƫǛǾǍؘ٪ ƤƤȉȯƫǛǾǍ٪Ʌȉ٪ƫǛnjnjƲȯƲǾɅ٪ȯƲȮɍǛȯƲǼƲǾɅȷؙ٪ɦƲ٪Ʌȯɬ٪Ʌȉ٪ƫƲɥƲdzȉȬ٪Ʌȉ٪ǼƲƲɅ٪ɅǕƲ٪ɥƇȯǛȉɍȷ٪njɍǾƤɅǛȉǾȷ٪ȉnj٪َƤɍȷɅȉǼ٪ȬǛǍَؘ٪ ɬ٪ƫƲȷǛǍǾǛǾǍ٪ɅǕƲ٪ȬǛǍ٪Ƈȷ٪Ƈ٪ǯǛǾƫ٪ȉnj٪َǍȉȉƫȷَ٪ƇȯƲ٪ɅǕƲ٪ƲɥȉdzɍɅǛȉǾ٪ȬȯȉƤƲȷȷ٪ȉnj٪ƫƲnjȉȯǼǛɅɬ٪ƇǾƫ٪ ƇƣǾȉȯǼƇdzؙ٪ƤƇɍȷƲ٪ƲɫɅȯƲǼƲ٪ƫƲȷǛȯƲ٪ȉnj٪ǕɍǼƇǾ٪Ʌȉ٪ɅǕƲ٪ȬǛǍ٪ɅǕƲ٪ȬǕƲǾȉǼƲǾȉǾ٪ȉnj٪ȯƲ˛ƲƤɅǛȉǾؙ٪ƇǾƫ٪Ʌȉ٪ƲɫȬdzȉȯƲ٪ɅǕƲ٪ǕɍǼƇǾ٪ǾƲƲƫȷ٪ƇǾƫ٪ƣɍȷǛǾƲȷȷ٪ȬȯȉƤƲȷȷƲȷ٪ƤȉǾȷɅƇǾɅdzɬ٪ ȬɍdzdzǛǾǍ٪ɅǕƲ٪ƫȯƇǼƇɅǛƤ٪ȯƲdzƇɅǛȉǾȷǕǛȬ٪ǛǾ٪ǾƇɅɍȯƲؘ
½ǕƲ٪njƇƤɅȉȯɬ٪ȬȯƲȷƲǾɅȷ٪Ƈ٪ȬdzƇɍȷǛƣdzƲ٪ƣɍɅ٪ɍǾƲɅǕǛƤƇdz٪njƇȯǼǛǾǍ٪ȷɅƇɅƲ٪ǛǾ٪ɅǕƲ٪njȉȯǼ٪ȉnj٪Ƈ٪ ȬƇȯƇƫǛȷƲؘ
General Map
Process ½ǕƲ٪˚njɅǕ٪ǼȉƫƲdz٪ƤƇǾ٪ƣƲ٪ȯƲƇȷȉǾƇƣdzɬ٪ȬȯƲƫǛƤɅƲƫ٪ƣƇȷƲƫ٪ȉǾ٪ɅǕƲ٪ȬȯƲɥǛȉɍȷ٪ƣȯƲƲƫǛǾǍ٪ǼȉƫƲdzؘ
Mind Mapping Modeling
Draft
How Do You Develop A Pig For The Future Market ? Scene Detail Diagram 2
Extreme Industrial Demand
Genetic Breeding
Biotechnology
Future Pig Farm
Future Pig Breeding
Future Customised Pigs
4
ǛdzdzǛȉǾȷ٪§ƲǼȉɥƇƣdzƲ٪tȉƫɍdzƲȷ
UǾnjƲȯǛȉȯ٪ȬȯȉƫɍƤɅ ǕƇǾƫdzǛǾǍ٪ƫƲɥǛƤƲ
FƲǼƇdzƲ٪ ¤ǛǍ٪OȉɍȷƲ
7
Animal Welfare
Cultivation Process
Growing Environment
Iteration
Medical Needs
Industrial Demand
¤ǛǍ٪ dzǛȬ
New Food Needs
6
7
tƲƤǕƇǾǛƤƇdz٪UǾǬƲƤɅǛȉǾ
tƲƤǕƇǾǛƤƇdz٪ ¯ȬƲȯǼ٪§ƲɅȯǛƲɥƇdz
tƇdzƲ٪¤ǛǍ٪ OȉɍȷƲ
5
%ƲɅƇǛdzȷ
9
8
¯ȬƲȯǼ٪¯ɅȉȯƇǍƲ٪ ƇǾǯ
Movable Fixing Frame
tȉƣǛdzƲ٪ ƇȷƲ٪tȉƫɍdzƲ
Pig Breed Development Process
Billions Breeding Centre
3
Picowgtuna Piggery Bottom Plate
ɍɅȉǼƇɅǛƤ٪FƲƲƫƲȯ
Attemperator
PIG BREED DEVELOPMENT PROCESS Mapping
Introduction -ɫƤƲdzdzƲǾɅ٪ ƣȯƲƲƫ٪ ȬǛǍȷ٪ ƇȯƲ٪ ȷƲdzƲƤɅƲƫ٪ ǍdzȉƣƇdzdzɬ٪ Ƈȷ٪ عǍƲǾƲȯƇɅǛȉǾ٪ ƣȯƲƲƫǛǾǍ٪ ȬǛǍȷؘ٪UǾ٪ɅǕƲ٪ǾƲɫɅ٪־׀٪ɬƲƇȯȷؙ٪ȷɍǛɅƇƣdzƲ٪ عǍƲǾƲȯƇɅǛȉǾ٪ƤȯȉȷȷƣȯƲƫ٪ȬǛǍȷ٪ɦǛdzdz٪ƣƲ٪ ȉƣɅƇǛǾƲƫ٪ ɍȷǛǾǍ٪ ƣǛǾƇȯɬ٪ ƤȯȉȷȷƲȷ٪ ƇǾƫ٪ ɅǕƲǾ٪ ǼƇɅƲƫ٪ ȉǾƲ٪ ƣɬ٪ ȉǾƲ٪ ƣƇȷƲƫ٪ ȉǾ٪ ɅƲȯǾƇȯɬ٪ ƤȯȉȷȷƲȷؙ٪ ƲɅƤؘؙ٪ Ʌȉ٪ ȬȯȉƫɍƤƲ٪ ǼɍdzɅǛȬdzƲ٪ ǍƲǾƲȯƇɅǛȉǾȷ٪ ȉnj٪ ȬǛǍȷ٪ ɅǕƇɅ٪ ƇȯƲ٪ ƲɫƤƲdzdzƲǾɅ٪ǛǾ٪ƫǛnjnjƲȯƲǾɅ٪ɦƇɬȷؘ
The Making Process Of Pig Breed Model Customer Demand Characteristic
Order Creation
Modeling
Father And Mother
At Present The Market's Best-selling Pig Product Of The Research And Development Process Buckshire Pig
Duroc Pig
Taihu Pig
Hampshire Pig
Gene Editing
Rongchang Pig
Chenhua Pig
Jinhua Pig
Ningxiang Pig
Landrace Pig
Mashen Pig
Poland Pig
Yorkshire Pig
# 2059112801
(Head/Viscera)
# 2059100713
New Food Needs
Industrial Demand
Medical Needs
Pitland Pig
Molecular Scissors
(Skin/Bone)
# 2060010104
Gene Cloning
(Head/Ear/Leg /Pettitoe/Breast)
# 2060012113
Gene Targeting
(Bone/Tail)
# 2059120405
(Rib/Viscera)
GROSS WEIGHT:
375 KG
GROSS WEIGHT:
283 KG
GROSS WEIGHT:
408.5 KG
GROSS WEIGHT:
383.5 KG
GROSS WEIGHT:
445 KG
MEASUREMENT:
73 cm * 122.5 cm
MEASUREMENT:
138.9 cm * 143 cm
MEASUREMENT:
92.7 cm * 155 cm
MEASUREMENT:
85.7 cm * 146.5 cm
MEASUREMENT:
67 cm * 184 cm
APPLICATION TYPE:
New Food Needs
APPLICATION TYPE:
Industrial Needs
APPLICATION TYPE:
New Food Needs
APPLICATION TYPE:
New Food Needs
APPLICATION TYPE:
# 2059120405
(Skin/Flesh/Hoof /Elbow/Tail)
# 2059091705
(Breast/Tail)
# 2059011215
(Bone/Head)
# 2059101507
(Skin/Viscera)
# 2059061817
New Food Needs
(Skin)
Correlation Hybridization Technique Genetics and breeding ǛǾƇȯɬ٪Ƥȯȉȷȷ
431 KG
GROSS WEIGHT:
386 KG
GROSS WEIGHT:
378.5 KG
GROSS WEIGHT:
363 KG
GROSS WEIGHT:
279 KG
122.3 cm * 154 cm
MEASUREMENT:
84.9 cm * 148.7 cm
MEASUREMENT:
129 cm * 158.1 cm
MEASUREMENT:
77.4 cm * 127.3 cm
MEASUREMENT:
98.8 cm * 148 cm
APPLICATION TYPE:
New Food Needs
APPLICATION TYPE:
New Food Needs
APPLICATION TYPE:
Industrail Needs
APPLICATION TYPE:
Medical Needs
APPLICATION TYPE:
Medical Needs
Genomic selection
§ȉɅƇɅǛȉǾƇdz٪ƤȯȉȷȷǛǾǍ ½ƲȯǼǛǾƇdz٪ƤȯȉȷȷǛǾǍ ½ǕȯƲƲعƣȯƲƲƫ٪Ƥȯȉȷȷ٪
GROSS WEIGHT: MEASUREMENT:
# 2059100107
(Hoof/Head/Flesh /Viscera/Breast)
# 2059092311
(Head/Ear/Bone)
# 2060012411
(Skin/Head/Ear /Viscera/Breast)
# 2059111257
(Elbow/Bone/Hoof)
# 2059062806
(Ear/Neck /Skin/Tail)
GROSS WEIGHT:
401 KG
GROSS WEIGHT:
340 KG
GROSS WEIGHT:
359 KG
GROSS WEIGHT:
338.4 KG
GROSS WEIGHT:
364 KG
MEASUREMENT:
101.4 cm * 135 cm
MEASUREMENT:
84.1 cm * 149 cm
MEASUREMENT:
83 cm * 147.2 cm
MEASUREMENT:
85 cm * 154 cm
MEASUREMENT:
72 cm * 147.2 cm
APPLICATION TYPE:
New Food Needs
APPLICATION TYPE:
Industrail Needs
APPLICATION TYPE:
New Food Needs
APPLICATION TYPE:
Medical Needs
APPLICATION TYPE:
New Food Needs
:
PICOWGTUNA Introduction
Experiments Related To The Texture Of Pig Organs
½ǕƲ٪ ǛdzdzǛȉǾȷ٪ ȯƲƲƫǛǾǍ٪ ƲǾɅȯƲ٪ȯƲƤƲǛɥƲƫ٪Ƈ٪ƤɍȷɅȉǼ٪ȉȯƫƲȯ٪njȯȉǼ٪ ȉdzdzƇǍƲǾؙ٪Ƈ٪ƤȉǼȬƇǾɬ٪ɅǕƇɅ٪ȯƲȮɍǛȯƲƫ٪Ƈ٪ȬǛǍ٪ɦǛɅǕ٪Ƈ٪ƣǛȉȷǯǛǾ٪ɦǛɅǕ٪ƇǾ٪ƲɫɅȯƲǼƲdzɬ٪ǕǛǍǕ٪ƤȉdzdzƇǍƲǾ٪ƤȉǾɅƲǾɅ٪ ƇǾƫ٪Ƈ٪ǕǛǍǕ٪ǼǛdzǯ٪ɬǛƲdzƫ٪ƇǾƫ٪ȉȯǍƇǾ٪ȷɍȬȬdzɬ٪ȯƇɅƲؘ٪½ȉ٪ȬȯȉƫɍƤƲ٪ɅǕƲ٪ȬǛǍؙ٪ɅǕƲ٪ ǛdzdzǛȉǾȷ٪ ȯƲƲƫǛǾǍ٪ ƲǾɅȯƲ٪ɍȷƲȷ٪ɅǕƲ٪ȬȯǛǾƤǛȬdzƲ٪ȉnj٪ƫȉǾǯƲɬعǕȉȯȷƲ٪ǼƇɅǛǾǍ٪Ʌȉ٪ƤȉǼƣǛǾƲ٪ǼƇdzƲ٪ Ƥȉɦȷ٪ɦǛɅǕ٪njƲǼƇdzƲ٪ȬǛǍȷؙ٪ȷȉ٪ɅǕƇɅ٪ɅǕƲ٪ȬǛǍ٪ǕƇȷ٪ɅǕƲ٪ƫƲɥƲdzȉȬƲƫ٪ǼƇǼǼƇȯɬ٪ǍdzƇǾƫ٪ȉnj٪Ƈ٪Ƥȉɦؘ٪ÄȷǛǾǍ٪ǍƲǾƲ٪ƲƫǛɅǛǾǍ٪ɅƲƤǕǾȉdzȉǍɬ٪ȉnj٪ȷǯǛǾ٪ɅȯƇǾȷȬdzƇǾɅƇɅǛȉǾؙ٪ɅɍǾƇ٪ȷǯǛǾ٪ƇǾƫ٪ ȬǛǍ٪ȷǯǛǾ٪ƇȯƲ٪ƤȉǼƣǛǾƲƫ٪Ʌȉ٪ƇƤǕǛƲɥƲ٪ɅǕƲ٪ƤǕƇȯƇƤɅƲȯǛȷɅǛƤȷ٪ȉnj٪ǕǛǍǕ٪ƤȉǾɅƲǾɅ٪ȉnj٪ȷǼƇdzdz٪ǼȉdzƲƤɍdzƲȷ٪ȉnj٪ƤȉdzdzƇǍƲǾؘؘؘ٪
Customer Demand
Xenotransplants
Pig Milk
Production Process tȉƫƲdzǛǾǍ٪
Blender/Rhino7
Superior Collagen
Demand For Organ Transplantation
New Commercial Species
Biotechnology
Pig
Cow
Tuna
(Hyperplastic organ)
(Breast)
(Skin)
ׁ%٪¤ȯǛǾɅǛǾǍ
¯ɍȯnjƇƤƲ٪½ȯƲƇɅǼƲǾɅ Paint Spraying/Talcum Powder
Picowgtuna
Pictures Of Organs In The World View Hyperplastic heart ½ǕƲ٪ǕƲƇȯɅ٪ǛǾ٪¤ǛƤȉɦɅɍǾƇ٪ɦƇȷ٪ǼƇƫƲ٪njȯȉǼ٪ɅǕƲ٪ȉȯǛǍǛǾƇdz٪ȬǛǍ٪ǕƲƇȯɅ٪ɦǛɅǕ٪ ǍƲǾƲ٪ƲƫǛɅǛǾǍ٪ɅƲƤǕǾȉdzȉǍɬ٪Ʌȉ٪Ǎȯȉɦ٪ǾƲɦ٪ȉȯǍƇǾȷ٪ƇǾƫ٪ǛǼȬȯȉɥƲ٪ɅǕƲ٪ɅǕƲȯƇȬƲɍɅǛƤ٪ƲnjnjƲƤɅ٪ȉnj٪ɫƲǾȉɅȯƇǾȷȬdzƇǾɅƇɅǛȉǾؘ Hyperplastic kidney njɅƲȯ٪ɅǕƲ٪ǯǛƫǾƲɬ٪ǛǾ٪¤ǛƤȉɦɅɍǾƇ٪ɦƇȷ٪ǍƲǾƲɅǛƤƇdzdzɬ٪ǼȉƫǛ˚Ʋƫ٪Ʌȉ٪ȯƲǼȉɥƲ٪ ƇdzȬǕƇعǍƇdz٪ȷɍǍƇȯ٪ǼȉdzƲƤɍdzƲȷؙ٪ǛɅ٪ɦƇȷ٪ƇƣdzƲ٪Ʌȉ٪˚dzɅƲȯ٪ɦƇȷɅƲ٪ƇǾƫ٪ȬȯȉƫɍƤƲ٪ ɍȯǛǾƲ٪ǾȉȯǼƇdzdzɬؙ٪ɦǕǛƤǕ٪Ǜȷ٪ȷǛǼǛdzƇȯ٪Ʌȉ٪Ƈ٪ɅȯƇǾȷȬdzƇǾɅƲƫ٪ǕɍǼƇǾ٪ǯǛƫǾƲɬؘ
¤ȯȉȬȷ٪ ȯƲ٪FǛǾǛȷǕƲƫ
Breast ½ǕƲ٪ ǾɍǼƣƲȯ٪ ȉnj٪ ǼƇǼǼƇȯɬ٪ ǍdzƇǾƫȷ٪ ǛǾƤȯƲƇȷƲƫؙ٪ ɅǕƲ٪ ȷɅȯɍƤɅɍȯƲ٪ ȉnj٪ ǼǛdzǯ٪ ȬȉǾƫ٪ǛǾƤȯƲƇȷƲƫؙ٪ƇǾƫ٪ɅǕƲ٪ǼǛdzǯ٪ɥȉdzɍǼƲ٪ǛǾƤȯƲƇȷƲƫؘ Skin ¤ǛƤȉɦɅɍǾƇؙ٪ƤȉǼƣǛǾƲƫ٪ɦǛɅǕ٪ɅɍǾƇ٪ȷǯǛǾؙ٪ǕƇȷ٪ɅǕƲ٪ƤǕƇȯƇƤɅƲȯǛȷɅǛƤȷ٪ȉnj٪ǕǛǍǕ٪ ƤȉdzdzƇǍƲǾؙ٪˚ǾƲ٪ȬȯȉɅƲǛǾ٪ǼȉdzƲƤɍdzƲȷ٪ƇǾƫ٪ƲƇȷɬ٪ƇƣȷȉȯȬɅǛȉǾؘ
PICOWGTUNA
½ǕǛȷ٪ȉȯǍƇǾ٪ȬȯȉȬ٪Ǜȷ٪ƲɫǕǛƣǛɅƲƫ٪ǛǾ٪ƤȉǾǬɍǾƤɅǛȉǾ٪ɦǛɅǕ٪¤ǛƤȉɦǍɅɍǾƇؙ٪ƇǾƫ٪ƤƇǾ٪ ƣƲ٪ɦƲdzdz٪ɍǾƫƲȯȷɅȉȉƫ٪ǛǾ٪ɅǕǛȷ٪ɦȉȯǯؘ
EXHIBITION
Final Model
2nd Art and Technology Design Education Forum , 2023
China Science Fiction Convention, 2023
Exhibition:
PROJECT 3
West Bund Art Centre FutureLab Nov.2023
٪½ǕƲ٪¯ƲƤȉǾƫ٪íǕƲeǛƇǾǍ٪ãȉɍɅǕ٪¯ƤǛƲǾɅǛȷɅȷ٪FƲȷɅǛɥƇdz
REPRODUTOPIA
July.2023
Author:
Liang Junpeng
Media:
Reproductive Ethics / Reproductive Equality / Future Design
Introduction:
¯Ǖȉɍdzƫ٪ɦƲ٪ƲɫɅƲȯǾƇdzǛɶƲ٪ȬȯƲǍǾƇǾƤɬ٪ɦǛɅǕ٪ƇȯɅǛ˚ƤǛƇdz٪ɦȉǼƣȷ؟٪Oȉɦ٪ƫȉ٪ȯƇƫǛƤƇdz٪ƫƲɥƲdzȉȬǼƲǾɅȷ٪ǛǾ٪ȯƲȬȯȉƫɍƤɅǛɥƲ٪ɅƲƤǕǾȉdzȉǍɬ٪njɍǾƫƇǼƲǾɅƇdzdzɬ٪ƤǕƇǾǍƲ٪ɅǕƲ٪ɦƇɬ٪ɦƲ٪ȬƲȯƤƲǛɥƲ٪ȯƲȬȯȉƫɍƤɅǛȉǾؙ٪ƇǾƫ٪ɅǕƲ٪ȬȉȷȷǛƣǛdzǛɅǛƲȷ٪njȉȯ٪njƇǼǛdzǛƲȷؙ٪ǛǾ٪ɅǕƲ٪njɍɅɍȯƲ؟٪ ÝƲ٪ƤȉǾȷǛƫƲȯ٪ɅǕƲ٪ǾƲɦ٪ƤǕȉǛƤƲȷ٪ɅǕƇɅ٪ɅƲƤǕǾȉdzȉǍɬ٪ǕƇȷ٪ƣȯȉɍǍǕɅ٪ƇƣȉɍɅ٪ƇǾƫ٪Ǖȉɦ٪ ɅǕƲȷƲ٪ƤǕȉǛƤƲȷ٪ƇȯƲ٪ȷǕƇȬǛǾǍ٪ǾƲɦ٪ǼȉƫƲdzȷ٪ȉnj٪ȯƲȬȯȉƫɍƤɅǛȉǾؘ٪§ƲȬȯȉƫɍƤɅǛɥƲ٪ȉȯǍƇǾ٪ ǼȉƫǛ˚ƤƇɅǛȉǾؙ٪ȷǕƇȯƲƫ٪ȯƲȷȬȉǾȷǛƣǛdzǛɅɬ٪njȉȯ٪ȯƲȬȯȉƫɍƤɅǛȉǾ٪ɦǛɅǕ٪ƇǾǛǼƇdzȷ٪ƇǾƫ٪ɅǕƲ٪ȯƲȬȯȉǍȯƇǼǼǛǾǍ٪ȉnj٪ǕɍǼƇǾ٪ƤƲdzdzȷ٪ǛǾɅȉ٪ƲǍǍ٪ȉȯ٪ȷȬƲȯǼ٪ƤƲdzdzȷ٪ƇȯƲ٪ȯƲɥȉdzɍɅǛȉǾƇȯɬ٪ƇȬȬȯȉƇƤǕƲȷ٪ Ʌȉ٪ǕɍǼƇǾ٪ȯƲȬȯȉƫɍƤɅǛȉǾؙ٪ƇǾƫ٪ȷƲƲǼ٪ƤdzȉȷƲȯ٪ɅǕƇǾ٪ƇǾɬ٪ȉnj٪ɍȷ٪ɅǕȉɍǍǕɅ٪ȬȉȷȷǛƣdzƲؘ٪½ǕƲ٪ ɅǕȉɍǍǕɅعȬȯȉɥȉǯǛǾǍ٪ɥǛȷǛȉǾ٪ȉnj٪ȯƲȬȯȉƫɍƤɅǛɥƲ٪ɅƲƤǕǾȉdzȉǍɬ٪Ǜȷ٪ȬȯƲȷƲǾɅƲƫ٪ɅǕȯȉɍǍǕ٪ɅǕƲ٪ ɅƲƤǕǾȉdzȉǍǛƤƇdz٪ȬƇȯƇƫȉɫƲȷ٪ƣƲǕǛǾƫ٪ǛɅؙ٪ǕƲdzȬǛǾǍ٪ɍȷ٪Ʌȉ٪njȉȯƲȷƲƲ٪ɅǕƲ٪ȯƲȬȯȉƫɍƤɅǛɥƲ٪njɍɅɍȯƲ٪ ɦƲ٪ȯƲƇdzdzɬ٪ɦƇǾɅؘ
2023.3 - 2023.6 in China Academy of Art
BACKGROUND
PROPOSAL
Animal Reproduction 01 Penguin Parenting Journey
Reproductive Technology 02 Sexual Promiscuity in Bonobos
05 ȉǼȬȉǾƲǾɅȷ٪ nj٪ Ǿ٪ ȯɅǛ˚ƤǛƇdz٪ Womb
06 Multiple gestation of common life ½ǕƲ٪ɅƲƤǕǾȉdzȉǍɬ٪ɍȷƲȷ٪ǼǛɅȉƤǕȉǾƫȯǛƇ٪ njȯȉǼ٪Ƈ٪ɅǕǛȯƫ٪ȬƇȯɅɬُȷ٪ƲǍǍ٪ƤƲdzdz٪Ʌȉ٪ ȯƲȬdzƇƤƲ٪ǼǛɅȉƤǕȉǾƫȯǛƇ٪ƤƇȯȯɬǛǾǍ٪ɅǕƲ٪ ƫǛȷƲƇȷƲؙ٪ȬȯƲɥƲǾɅǛǾǍ٪ɅǕƲ٪ƣƇƣɬ٪njȯȉǼ٪ ǛǾǕƲȯǛɅǛǾǍ٪ɅǕƲ٪ƫǛȷƲƇȷƲؘ
Bonobos are matrilineal societies ɅǕƇɅ٪ƫƲƇdz٪ɦǛɅǕ٪ȯƲdzƇɅǛȉǾȷǕǛȬȷ٪ǛǾ٪Ƈ٪ ǾȉǾعƲɫƤdzɍȷǛɥƲ٪ɦƇɬؙ٪ƇǾƫ٪ȷƲɫ٪Ǜȷ٪ƇǾ٪ ǛǼȬȉȯɅƇǾɅ٪Ʌȉȉdz٪njȉȯ٪ȯƲȷȉdzɥǛǾǍ٪ ƤȉǾ˛ǛƤɅ٪ƇǾƫ٪ǯƲƲȬǛǾǍ٪ɅǕƲ٪ȬƲƇƤƲؘ
Penguins play a liberating ȯȉdzƲ٪ǛǾ٪ȯƇǛȷǛǾǍ٪ɅǕƲǛȯ٪ȉnjnjȷȬȯǛǾǍؘ٪ UɅ٪Ǜȷ٪ǾȉɅ٪ɍǾɅǛdz٪ɅǕƲ٪ȉnjnjȷȬȯǛǾǍ٪ƇȯƲ٪ ȉdzƫ٪ƲǾȉɍǍǕ٪Ʌȉ٪dzƲƇɥƲ٪ɅǕƲ٪ǾƲȷɅ٪ ɅǕƇɅ٪ɅǕƲɬ٪ƲƇƤǕ٪ȷƲƲǯ٪ƇǾȉɅǕƲȯ٪ mate. 03 Physiology of Kangaroos
List of Fertility Possibilities
Nutrition, oxygen supply and waste ƫǛȷȬȉȷƇdzؙ٪ÄɅƲȯǛǾƲ٪ɦƇdzdzؙ٪ ȯɅǛ˚ƤǛƇdz٪ ȬdzƇƤƲǾɅƇؙ٪ ǼǾǛȉɅǛƤ٪˛ɍǛƫ٪ɅƇǾǯؙ٪ÄǼbilical cord.
04 Seahorse Parenting Phenomenon ½ǕƲ٪ȬȉɍƤǕ٪ȉnj٪ɅǕƲ٪ǼƇdzƲ٪ȷƲƇǕȉȯȷƲ٪Ǜȷ٪ ɅǕƲ٪ƲȮɍǛɥƇdzƲǾɅ٪ȉnj٪ɅǕƲ٪ɍɅƲȯɍȷ٪ȉnj٪ɅǕƲ٪ njƲǼƇdzƲ٪ȷƲƇǕȉȯȷƲؙ٪ɦǕǛƤǕ٪ƤȉǾɅƇǛǾȷ٪ ɅǕƲ٪ȬdzƇƤƲǾɅƇ٪ƇǾƫ٪ȬȯȉɥǛƫƲȷ٪ȉɫɬǍƲǾؘ
FƲǼƇdzƲ٪ǯƇǾǍƇȯȉȉȷ٪ǕƇɥƲ٪Ʌɦȉ٪ ɍɅƲȯɍȷƲȷ٪ƇǾƫ٪ɅǕȯƲƲ٪ɥƇǍǛǾƇȷ٪ǛǾ٪ ɅǕƲǛȯ٪ƣȉƫǛƲȷؙ٪ƲǾƇƣdzǛǾǍ٪ɅǕƲǼ٪Ʌȉ٪ carry more pups to maximise ɅǕƲ٪ƤȉǾɅǛǾɍƇɅǛȉǾ٪ȉnj٪ɅǕƲ٪ȯƇƤƲؘ
07 ǛȉdzȉǍǛƤƇdz٪ ȯɅǛ˚ƤǛƇdz٪ ȯǍƇǾȷ
08 Human Embryo Transfer ÄȷǛǾǍ٪ǼɍdzɅǛȬdzƲ٪ƤƲdzdz٪ɅƲƤǕǾȉdzȉǍǛƲȷؙ٪ƤƲdzdzȷ٪ ȉnj٪ȉǾƲ٪ȷȬƲƤǛƲȷ٪ƇȯƲ٪ǛǾɅȯȉƫɍƤƲƫ٪ǛǾɅȉ٪ɅǕƲ٪ ƲǼƣȯɬȉ٪ȉnj٪ƇǾȉɅǕƲȯ٪ȷȬƲƤǛƲȷؙ٪ȯƲȷɍdzɅǛǾǍ٪ǛǾ٪ Ƈ٪ȷɅƇɅƲ٪ǛǾ٪ɦǕǛƤǕ٪ƤƲdzdzȷ٪ȉnj٪ɅǕƲ٪Ʌɦȉ٪ȷȬƲƤǛƲȷ٪ njɍȷƲ٪ƇǾƫ٪Ǎȯȉɦ٪ɅȉǍƲɅǕƲȯ٪ǛǾ٪ɅǕƲ٪ƲǼƣȯɬȉؘ
SUBJECT OF BIRTH
Passivity
Mind Map MEANS OF REPRODUCTION
Spontaneity
Natural
As reproductive technology continues to be liberated, what fertility possibilities the future presents?
Anthropogenic
Genebank
Ovum Freezing
VR Porn
Multifamily Household
Frozen Spermatozoa
ȯɅǛ˚ƤǛƇdz٪ Uterus
Multi-partner Culture
Transgender
Peritoneal Embryo Transfer
Sex
¤ȯȉǼǛȷƤɍǛɅɬ
Frozen Human ½ƲƤǕǾȉdzȉǍɬ
LGBT
Endangered Animal
Peritoneal Embryo Transfer
Clonal §ƲȬȯȉƫɍƤɅǛȉǾ
Sexual Separatism
Natural Reproduction
§ƲȬȯȉƫɍƤɅǛɥƲ -ȮɍƇdzǛɅɬ
Human Co-production
Multispecies Reproduction
ǛȉǾǛƤȷ
Organ tȉƫǛ˚ƤƇɅǛȉǾ
Symbiosis
IɐɈɐȲƵ Xȁ˜ɐƵȁƧƵ §ƊɈǘ ÝƲ٪ȷȬƲƤɍdzƇɅƲ٪ȉǾ٪Ƈ٪njɍɅɍȯƲ٪njƲȯɅǛdzǛɅɬ٪ȬƇɅǕ٪ɅǕƇɅ٪ɦǛdzdz٪ƣƲ٪ȷɍƣǬƲƤɅ٪Ʌȉ٪ɥȉdzƇɅǛdzǛɅɬ٪ƇǾƫ٪ ɍǾƤƲȯɅƇǛǾɅɬؙ٪ǛǾ˛ɍƲǾƤƲƫ٪ƣɬ٪ǼƇǾɬ٪njƇƤɅȉȯȷ٪ȷɍƤǕ٪Ƈȷ٪ɅƲƤǕǾȉdzȉǍɬ٪ƇǾƫ٪ƲɅǕǛƤȷؘ TECHNOLOGY
PRESENT
Technological Liberation
TECHNOLOGY
Creatures in nature
ÄȷǛǾǍ٪ɅǕƲ٪ƤƲdzdzȷ٪ȉȯ٪ɅǛȷȷɍƲȷ٪ȉnj٪ƇǾǛǼƇdzȷ٪Ʌȉ٪ َǼƇǾɍnjƇƤɅɍȯƲَ٪ȷȉǼƲ٪ƣǛȉdzȉǍǛƤƇdzdzɬ٪ƇƤɅǛɥƲ٪ ȉȯǍƇǾȷ٪ȉȯ٪ɅǛȷȷɍƲȷؙ٪ɦǕǛƤǕ٪ƇȯƲ٪ƫǛɥǛƫƲƫ٪ ǛǾɅȉ٪ƇdzdzȉǍƲǾƲǛƤ٪ƇȯɅǛ˚ƤǛƇdz٪ȉȯǍƇǾȷ٪ƇǾƫ٪ ƇɍɅȉdzȉǍȉɍȷ٪ƇȯɅǛ˚ƤǛƇdz٪ȉȯǍƇǾȷؘ
Pregnancy Liberalism
Pregnancy Communism
Natalism
Pregnancy Egalitarianism
Thinking Can animals be a key part of human conception of life?
Will radical advances in reproductive technology help us anticipate the future we want?
PASSIVITY
FUTURE
INITIATIVE
PREGNANCY COMMUNISM
PREGNANCY LIBERALISM Conception Organ Information
Doctrine
Conception Organ Information
Doctrine
½ǕǛȷ٪ ƫȉƤɅȯǛǾƲ٪ ƲǼȬǕƇȷǛɶƲȷ٪ ɅǕƲ٪ njȯƲƲ٪ ƤǕȉǛƤƲ٪ ȉnj٪ ȯƲȬȯȉƫɍƤɅǛɥƲ٪ ȉȯǍƇǾȷؙ٪ ǾȉɅ٪ dzǛǼǛɅƲƫ٪Ʌȉ٪ȯƲȬȯȉƫɍƤɅǛɥƲ٪ȉȯǍƇǾȷؙ٪ƇǾƫ٪dzǛƣƲȯƇɅƲȷ٪ɅǕƲ٪ǛǾǕƲȯƲǾɅ٪ȬȯȉȬƲȯɅǛƲȷ٪ȉnj٪ ȯƲȬȯȉƫɍƤɅǛɥƲ٪ȉȯǍƇǾȷ٪Ʌȉ٪Ƈ٪ƤƲȯɅƇǛǾ٪ƲɫɅƲǾɅؘ
½ǕǛȷ٪ƫȉƤɅȯǛǾƲ٪ƲǼȬǕƇȷǛɶƲȷ٪ɅǕƇɅ٪ȯƲȬȯȉƫɍƤɅǛȉǾ٪Ǜȷ٪ǾƲɥƲȯ٪ȯƲƇdzdzɬ٪ȬȯȉƤȯƲƇɅǛȉǾؙ٪ ɅǕƇɅ٪ ƲɥƲȯɬȉǾƲ٪ Ǜȷ٪ ȯƲȷȬȉǾȷǛƣdzƲ٪ njȉȯ٪ ȯƇǛȷǛǾǍ٪ ƣƇƣǛƲȷؙ٪ ƇǾƫ٪ ɅǕƇɅ٪ ɦƲ٪ ƇȯƲ٪ ƲƇƤǕ٪ ȉɅǕƲȯُȷ٪ƤȯƲƇɅȉȯȷؘ
Bionic Principle
Bionic Principle
njɅƲȯ٪ ǼƇɅǛǾǍؙ٪ ¤ǛȬƇ٪ ȬǛȬƇ٪ jǛǾǾƇƲɍȷ٪ ɦǛdzdz٪ ƤƇɅƤǕ٪ ɅǕƲ٪ ƲǍǍȷ٪ ȉǾ٪ ǛɅȷ٪ ƣƇƤǯؙ٪ ƇǾƫ٪ ɅǕƲ٪ ƲǍǍȷ٪ ǕƇɥƲ٪ ȷȉǼƲ٪ ǍƲdzƇɅǛǾȉɍȷ٪ ǼƇɅƲȯǛƇdz٪ ȉǾ٪ ɅǕƲǛȯ٪ ȷɍȯnjƇƤƲ٪ ɅǕƇɅ٪ Ƈdzdzȉɦȷ٪ ɅǕƲǼ٪Ʌȉ٪ƣƲ٪ƲǼƣƲƫƫƲƫ٪ǛǾ٪ɅǕƲ٪ȷǯǛǾ٪ȷɍȯnjƇƤƲؘ
ƇȷƲƫ٪ȉǾ٪ɅǕƲ٪ȉȬƲȯƇɅǛǾǍ٪ȬȯǛǾƤǛȬdzƲ٪ȉnj٪ɅǕƲ٪ƇȯɅǛ˚ƤǛƇdz٪ɍɅƲȯɍȷؙ٪ɅǕƲ٪ƲǼƣȯɬȉ٪Ǜȷ٪ ƲǼƣƲƫƫƲƫ٪ǛǾ٪ɅǕƲ٪ƤƇɍƫƇdz٪ƲǍǍعɅȯƇɬ٪ȷɅȯɍƤɅɍȯƲ٪ȉnj٪ɅǕƲ٪ãƲǕǛdzȉǾǍؙ٪ƇǾƫ٪ƲƇƤǕ٪ ƤƇǾ٪ƲɫƤǕƇǾǍƲ٪ƣdzȉȉƫ٪ƇǾƫ٪ȉɫɬǍƲǾ٪njȉȯ٪ɅǕƲ٪njƲɅɍȷؘ
B-Scan Ultrasonography
Abdominal Structure At Delivery · Expected Time Of Delivery:2134.11.21:18:55
· Expected Time Of Delivery:2134.11.23:07:35
· Fetal Days:87
· Carrier Organ: Pipa Pipa-023
B-Scan Ultrasonography
Abdominal Structure At Delivery
0
5
· Fetal Days:83
· Carrier organ: Phycodurus ̥ques-003
0
Blood Oxygen Exchange System
5
Child-rearing Pouch Child Care Bag
10
10
Placenta Cectum
15
NATALISM
Collaborative Breathing Apparatus
External Uterus (With Electrolyte Solution)
15
PREGNANCY EGALITARIANISM Conception Organ Information
Doctrine
Conception Organ Information
Doctrine
½ǕǛȷ٪ ɅǕƲȉȯɬ٪ ƤȉǾȷǛƫƲȯȷ٪ ɅǕƲ٪ ȯƲȬȯȉƫɍƤɅǛɥƲ٪ ȷɅȯƇɅƲǍɬ٪ ȉnj٪ ƇǾǛǼƇdzȷ٪ Ƈȷ٪ Ƈ٪ ǯƲɬ٪ ƤȉǼȬȉǾƲǾɅ٪ ȉnj٪ ȯƲȬȯȉƫɍƤɅǛȉǾ٪ ƇǾƫ٪ ƲɫȬdzȉȯƲȷ٪ njƲƇȷǛƣdzƲ٪ ɦƇɬȷ٪ Ʌȉ٪ ƇƤǕǛƲɥƲ٪ ǼɍdzɅǛعȬȯȉǍƲǾɬ٪njƇǼǛdzɬ٪ȷɅȯɍƤɅɍȯƲ
½ǕǛȷ٪ ƫȉƤɅȯǛǾƲ٪ ƲǼȬǕƇȷǛɶƲȷ٪ ɅǕƇɅ٪ ɅǕƲ٪ ƲɫƤǕƇǾǍƲ٪ ȉnj٪ ȯƲȬȯȉƫɍƤɅǛɥƲ٪ ȯȉdzƲȷ٪ ƣȯǛǾǍȷ٪ ǾƲɦ٪ ƤǕȉǛƤƲȷؘ٪ %ȉƲȷ٪ ɅǕƲ٪ ƲɫƤǕƇǾǍƲ٪ ȉnj٪ ȷɍƣǬƲƤɅȷ٪ ȉȯ٪ ƫƲdzƲǍƇɅǛǾǍ٪ Ʌȉ٪ ȉɅǕƲȯȷ٪ƤȉǾɅȯǛƣɍɅƲ٪Ʌȉ٪ɅǕƲ٪ȷƲƇȯƤǕ٪njȉȯ٪ƲȮɍƇdzǛɅɬ؟
Bionic Principle
Bionic Principle
ȯƲƇǯǛǾǍ٪ ɅǕƲ٪ ȷǛǾǍdzƲɅȉǾ٪ ȯƲȬȯȉƫɍƤɅǛɥƲ٪ dzǛǼǛɅؘ٪ tǛǼǛƤȷ٪ ɅǕƲ٪ ȯƲȬȯȉƫɍƤɅǛɥƲ٪ ȷɅȯƇɅƲǍɬ٪ȉnj٪ɅǕƲ٪ǯƇǾǍƇȯȉȉؙ٪ɦǛɅǕ٪Ƈ٪ƫȉɍƣdzƲ٪ɍɅƲȯɍȷ٪ƇǾƫ٪ɅȯǛȬdzƲ٪ɥƇǍǛǾƇ٪ȷɅȯɍƤɅɍȯƲ٪ƇǾƫ٪ƤȉȯȯƲȷȬȉǾƫǛǾǍ٪ȉɥƇȯǛƲȷ٪ƇǾƫ٪ƤƲȯɥǛɫؘ
½ǕƲ٪ ǼƇdzƲ٪ ǕƇȷ٪ ƇǾ٪ ǛǾɅƲȯnjƇƤƲ٪ ƇɅ٪ ɅǕƲ٪ ȬȉȷɅƲȯǛȉȯ٪ ƲǾƫ٪ ȉnj٪ ɅǕƲ٪ ƇǾɍȷ٪ ɦǛɅǕ٪ ɅǕƲ٪ ƣȯȉȉƫ٪ ȷƇƤؙ٪ ɦǕǛƤǕ٪ ǕƲdzȬȷ٪ ɅǕƲ٪ ȉȯǍƇǾǛȷǼ٪ Ʌȉ٪ ƤȉǼȬdzƲɅƲ٪ njƲȯɅǛdzǛɶƇɅǛȉǾ٪ ȉǾ٪ ǛɅȷ٪ ȉɦǾ٪ƇǾƫ٪ƣƲƤȉǼƲȷ٪ɅǕƲ٪ƤǕƇǾǾƲdz٪njȉȯ٪ƲɥƲǾɅɍƇdz٪ƫƲdzǛɥƲȯɬؘ
Abdominal Structure At Delivery · Expected Time Of Delivery: 2134:10:08:13:20/2134:12:16:03:45
B-Scan Ultrasonography
· Fetal Days In Right Uterus:123 In Left Uterus:59
· Expected Time Of Delivery:2134.09:17:10:10 0
· Carrier organ:Kangaroo-108
Ovary
B-Scan Ultrasonography
Abdominal Structure At Delivery
5
· Carrier organ:Hippocampus-025
Rectum
· Fetal Days:146 0
5
Placenta Uterus
Vagina Urethra
10
Spermaduct （the pouch）
10
Child-rearing pouch 15
15
WORKING PROCESS
EXHIBITION
Modeling
¯ɍȯnjƇƤƲ٪ɅȯƲƇɅǼƲǾɅ٪ۂ٪ƇȷȷƲǼƣdzɬ
Final course presentation
PROJECT 4
BODILY FEAST
FISH VISION
COW VISION
Author:
Liang Junpeng
Media:
Critical Design / Food Ethics
Introduction:
UǾ٪Ƈ٪njɍɅɍȯƲ٪ɦȉȯdzƫ٪ɦǕƲȯƲ٪ǾƇɅɍȯƇdz٪ȯƲȷȉɍȯƤƲȷ٪ƇȯƲ٪ȷƤƇȯƤƲ٪ƇǾƫ٪ɍǾȷɍǛɅƇƣdzƲ٪njȉȯ٪dzǛɥǛǾǍ٪ƤȯƲƇɅɍȯƲȷؙ٪ǕɍǼƇǾȷ٪ƇȯƲ٪ƣƲƤȉǼǛǾǍ٪ƫƲعƤȉȯȬȉȯƲƇdzǛɶƲƫ٪ ƇǾƫ٪ƫǛǍǛɅƇdzǛɶƲƫؙ٪ǼƇǯǛǾǍ٪ɅǕƲǼȷƲdzɥƲȷ٪ƫƇɅƇعƤȉǾȷƤǛȉɍȷ٪ƇǾƫ٪ƫƲɅƇƤǕƲƫ٪njȯȉǼ٪ɅǕƲǛȯ٪ƣȉƫǛƲȷؙ٪ƇǾƫ٪ɅǕƲ٪ȯƲǼƇǛǾǛǾǍ٪ǕɍǼƇǾ٪ƣȉƫǛƲȷ٪ ƣƲƤȉǼƲ٪Ƈ٪ǾƲɦ٪njȉȉƫ٪ȷȉɍȯƤƲ٪njȉȯ٪ƇǾǛǼƇdzȷؘ٪½ǕǛȷ٪ɦȉȯǯ٪ȬȯƲȷƲǾɅȷ٪ɅǕƲ٪ ȬǕƲǾȉǼƲǾȉǾ٪ȉnj٪ǾƇɅɍȯƇdz٪ƲƇɅǛǾǍ٪ǛǾ٪Ƈ٪ǕƲɅƲȯȉɅȉȬǛƇؙ٪ƇǾƫ٪ɦǛdzdz٪ƲɫȬdzȉȯƲ٪ ɅǕƲ٪njȉȉƫ٪ƲɅǕǛƤȷ٪ƣƲɅɦƲƲǾ٪ǕɍǼƇǾȷ٪ƇǾƫ٪ƇǾǛǼƇdzȷ٪njȯȉǼ٪ɅǕƲ٪ȬƲȯȷȬƲƤɅǛɥƲ٪ȉnj٪ƇǾǛǼƇdzȷؙ٪ɅǕɍȷ٪ɅȯǛǍǍƲȯǛǾǍ٪Ƈ٪ȯƲɅǕǛǾǯǛǾǍ٪ȉnj٪ɅǕƲ٪ǕƇȯǼȉǾɬ٪ƣƲɅɦƲƲǾ٪ƤȯƲƇɅɍȯƲȷؘ
SNAKE VISION CHICKEN VISION 2023.6 - 2023.7 in China Academy of Art
INSPIRATION
FINAL OUTPUT
Everyday Meat Market
Worldview Setting
Video Rendering
In a future world where the extreme scarcity of natural resources is no longer suitable for biological survival, humans will enter a phase of de-corporealisation and digitisation, making themselves data conscious and detached from their bodies, with the remaining human bodies becoming a new food source for animals.
Based on the imaging principle of animal eyeballs, I simulated the scene of foraging for human beings from the perspective of four kinds of aniǼƇdzȷؙ٪ǾƇǼƲdzɬ٪Ƥȉɦȷؙ٪˚ȷǕؙ٪ȷǾƇǯƲȷ٪ƇǾƫ٪ƤǕǛƤǯƲǾȷؘ
Digitization
The Psychology Behind Eating Meat The habitual nature of eating animals means that we often don't even question what we're doing, and because what we eat doesn't remind us of the animal or the pain it went through on its way to the table, we're able to separate them out more easily.
Resource scarcity
De-body
Model Rendering Human Teeth From A Chicken's Perspective
Human Placenta From A Cow's Perspective
A Human Leg Bone From A Fish's Perspective
A Human Skin From A Snake's Perspective
Farm Animal Rights Movement (FARM) UɅ٪ Ǜȷ٪ ƇǾ٪ ȉȯǍƇǾǛȷƇɅǛȉǾ٪ ɅǕƇɅ٪ ƇƫɥȉƤƇɅƲȷ٪ njȉȯ٪ ƇǾǛǼƇdz٪ ȯǛǍǕɅȷ٪ ƇǾƫ٪ ˚ǍǕɅȷ٪ njȉȯ٪ ƇǾǛmals in captivity, while illustrating the fact that human society is constantly violating animal rights.
PROJECT 5
DUAL RESPIRATION Author:
Liang Junpeng
Media:
Bionic Structure / Environment Speculations / Age of Extremes
Introduction:
A strange and marvelous world is taking shape around us. As the distance between the Earth and the moon increases, the center of mass of the Earth shifts, which is followed by the uneven distribution of global air pressure and the appearance of low pressure holes. Faced with such an environment, how can we survive better? How can we learn njȯȉǼ٪ǾƇɅɍȯƲ٪Ʌȉ٪njƇƤƲ٪ɅǕƲ٪ɍǾǯǾȉɦǾ٪ƤǕƇdzdzƲǾǍƲȷ؟٪ Ǜȯƫȷ٪˛ɬǛǾǍ٪ǛǾ٪ɅǕƲ٪ȷǯɬ٪ǍƲɅ٪ƇɅɅƲǾtion. Their special air sacs in the lungs help them coordinate air pressure and make better use of oxygen, but will humans be forced into a new limbs competition to survive, evolving bone structures that help humans breathe? 2023.8 - 2023.10 in China Academy of Art
INSPIRATION Future Environment Speculations
Limbs Competition
Expansion of the Moon's orbit
½ȯɬ٪Ʌȉ٪˚Ǿƫ٪ƣƲɅɅƲȯؙ٪njƇȷɅƲȯؙ٪dzǛǍǕɅƲȯؙ٪ȷɅȯȉǾǍƲȯؙ٪ȉȯ٪ǼȉȯƲ٪˛ƲɫǛƣdzƲ٪dzǛǼƣȷ٪njȉȯ٪ȷɦǛǼǼǛǾǍؙ٪ɦƇdzǯǛǾǍؙ٪ȯɍǾǾǛǾǍؙ٪ǬɍǼȬǛǾǍؙ٪ƣȯƲƇɅǕǛǾǍؙ٪ƫǛǍǍǛǾǍؙ٪ȉȯ٪˛ɬǛǾǍؙ٪ȉȯ٪ǍȯƇȷȬing, crushing, sucking, and chewing food. When human ancestors stopped crawling on their knees and stood up millions of years ago, it opened up many new opportunities for forelimb evolution. Other aspects of structure have also evolved, such as the development of a solid bone structure for procreation and the evolution of a stable family structure for prolonged parental care.
Tidal phenomena on Earth widen the orbit of the moon. As the sea level on the Earth toward the moon rises, this area of ocean moves away from the moon as the Earth rotates, and the moon is pulled away from it.
MIND MAP
MATERIAL TRIAL
In an era of extreme changes in air pressure, how can we better coordinate our breathing?
Observation of Kombucha Growth
Future environment
Expansion of the Moon's orbit
The tilt of the Earth has changed
"Endless forms most beautiful" Sean B. Carroll
Thinking
The mass center of the Earth-moon system escapes and the surface environment is changeable The distance from the moon to the Earth affects the center of mass between the two, changing the tilt of the Earth and its center of gravity, causing changes in the surface environment.
Variable surface environment
Vertebrates changed the pectoral and ventral ˚Ǿȷ٪ȉnj٪˚ȷǕ٪ƇǾƤƲȷɅȉȯȷ٪Ʌȉ٪ƤȉǼƲ٪Ʌȉ٪dzƇǾƫ
Natural selection allowed vertebrates to evolve ǛǾƫƲȬƲǾƫƲǾɅdzɬ٪ǛǾɅȉ٪ɅǕƲ٪ƇǛȯ٪ɅǕȯƲƲ٪ɅǛǼƲȷ
Human?
The near-surface pressure decreases
Bacteria and Fabric
Barometric cavity projection
Remove the kombucha membrane and wipe the surface water with clean water to get a kombucha fabric, simulating the bionic skin texture.
Avian Respiratory System The respiratory system of birds is divided into three parts: the anterior air sacs, the lungs and the posterior air sacs. The lungs only allow air to pass through, while the air sacs are responsible for storing air and allowing fresh air to pass through the lungs repeatedly at a relatively constant rate S
N
Xȁ˜ɐƵȁƧƵ Ȍȁ human body
600
400
200
Internal pressure imbalance Learn from birds
in a constant stream.
Bionic skeleton
800
Double breathing
Airbag operation
Gas exchange
Ǜȯ٪˛ȉɦ٪ɅǕȯȉɍǍǕ٪ɅǕƲ٪dzɍǾǍعƇǛȯ٪ȷƇƤ٪ȷɬȷɅƲǼ٪ȉnj٪ƣǛȯƫȷ
0
FINAL MODEL
TECHNICAL REALIZATION Sketch
Ǿ٪ɅǕƲ٪˚ȯȷɅ٪ƫƇɬؙ٪ɅǕƲ٪dzǛȮɍǛƫ٪ɦƇȷ٪ƤdzƇȯǛ˚Ʋƫؙ٪ȉǾ٪ɅǕƲ٪ɅǕǛȯƫ٪ƫƇɬؙ٪ǛɅ٪ƣƲƤƇǼƲ٪Ƥdzȉɍƫɬ٪ƇǾƫ٪ ȬȯȉƫɍƤƲƫ٪ƫƇȯǯ٪ƣȯȉɦǾ٪ȷƲƤȯƲɅƲƫ٪ȬȯȉƫɍƤɅȷؙ٪ȉǾ٪ɅǕƲ٪˚njɅǕ٪ƫƇɬؙ٪ɅǕƲ٪dzǛȮɍǛƫ٪ȷɍȯnjƇƤƲ٪ƣƲǍƇǾ٪ to produce obvious milky white mycelium, and on the seventh day, the mycelium ɦƇȷ٪ȷǛǍǾǛ˚ƤƇǾɅdzɬ٪ɅǕǛƤǯƲǾƲƫؘ
Distance Sensor Test
Sac respiration process
The operation of the air bag is controlled by the distance to simulate the breathing effect. Partial coding
12v power adapter
Ǜȯ٪ȬɍǼȬ ȯƫɍǛǾȉ٪ȬȯȉǍȯƇǼ٪ ǼȉɅǕƲȯƣȉƇȯƫ
Modeling
Distance sensor
Integrated Air Pump Breathing Device The operation of multiple air pumps is used to simulate the respiratory coordination of bird air sacs. They increase the utilization of oxygen, coordinate the breathing process, and dynamically maintain the balance of air pressure in the human lungs. Partial coding
Device connection diagram
Air ȬɍǼȬ
Rear view
My part: Background reasoning / Microbial culture experiment 3D printing equipment assembly / Material dyeing experiment operation Algorithmic logic reasoning / Modeling / Photography
PROJECT 6 Graduation project In progress
UMA-MAKER Author:
Liang Junpeng / Kuang Weixi
Media:
Human Microorganism / Microbial staining / Bioethics / Biodesign
Introduction:
ÝǛɅǕ٪ɅǕƲ٪ƲɫȬƇǾȷǛȉǾ٪ȉnj٪ɅǕƲ٪ƇȬȬdzǛƤƇɅǛȉǾ٪˚Ʋdzƫ٪ȉnj٪ƣǛȉdzȉǍǛƤƇdz٪ȷɅƇǛǾǛǾǍ٪ɅƲƤǕǾȉdzȉǍɬ٪ƇǾƫ٪ɅǕƲ٪ development of human bioimprinting potential, we speculated a new species - a ǾƲɦ٪ȉȯǍƇǾǛȷǼ٪ǾƇǼƲƫ٪Ät ٪ɅǕȯȉɍǍǕ٪ƣǛȉdzȉǍǛƤƇdz٪˛ȉȯƇ٪ȷɅƇǛǾǛǾǍ٪ƇǾƫ٪ƣǛȉǼƇɅƲȯǛƇdz٪Ǽȉdzƫing. The work uses algorithms to visualize the ability of human bacteria to shape non-humans, allowing the organic to animate the inorganic, and to act on the broader scope of natural life. At the same time, 3D printing technology containing ǕɍǼƇǾ٪˛ȉȯƇ٪ɦƇȷ٪ƫƲɥƲdzȉȬƲƫ٪Ʌȉ٪ƤȯƲƇɅƲ٪Ƈ٪ȷȬƲƤǛƲȷ٪ǛƫƲǾɅǛɅɬ٪ƲǾɅǛȯƲdzɬ٪ȬȯȉƫɍƤƲƫ٪ƣɬ٪ǕɍǼƇǾ٪ bacteria symbiosis. The work explores the ethical issues of technology that accompany microbial stainǛǾǍ٪ƇǾƫ٪ɅǕƲ٪ǾƇɅɍȯƇdz٪ȬȉɅƲǾɅǛƇdz٪ȉnj٪ǕɍǼƇǾ٪ƣǛȉǛǼȬȯǛǾɅǛǾǍؙ٪ȯƲ˛ƲƤɅǛǾǍ٪ȉǾ٪ɅǕƲ٪ǛǾɅƲȯȷƲƤɅǛȉǾ٪ of biotechnology and bioethics.
2023.9 - 2024.06 in China Academy of Art
BACKGROUND
MIND MAP
When we entered the human age, we distinguished ourselves from nature, called nature the "outside world", and tried to widen the distance between us and animals in technology.
Microbial Epoch
Biology
CREATE UMA
As the application of biological staining technology expands and the potential of human bioimprinting is exploited, will new species domain emerge?
Before birth, babies are sterile, and after vaginal delivery, they acquire maternal bacteria, which accompany and affect us all. At the biological level, these microbiota are a kind of biosignature of us.
# Biology
ÀǘǞȺ ǿƊɈƵȲȁƊǶ ˜ȌȲƊ ǞȺ ƧȌȁȺǞƮƵȲƵƮ Ʀɯ ȺȌǿƵ ɈȌ ƦƵ Ɗ ǐƵȁƵɈǞƧ ȺɯȺɈƵǿخ
Human Microbiome
Technology
Delivery Mode
# Philosophy
# Technology
Symbiosis
Microbial Dye
The Impact of Microbes on Human Activities
Human strain
½ǕƲ٪ǛǾ˛ɍƲǾƤƲ٪ȉnj٪ǛǼƇǍǛǾƇɅǛǾǍ٪ƣƇƤɅƲȯǛƇ
Life UMA
Training Process Human
Rachel Lee
kukka.nl
ÝƲ٪ɍȷƲ٪ɅǕƲ٪ƇdzǍȉȯǛɅǕǼ٪Ʌȉ٪ǛǼƇǍƲ٪ɅǕƲ٪ǛǾ˛ɍƲǾƤƲ٪ȉnj٪ƣƇƤɅƲȯǛƇ٪ȉǾ٪ȬƲȉȬdzƲ٪ƇǾƫ٪ scope a wider range of nature, so as to obtain the initial shape of UMA.
Non-life
Microbial pigment is a kind of secondary metabolites of microorganisms, which has a short production cycle, low cost, and is easier to be industrialized. Microbial staining techniques are often used in sustainable endeavors.
Billions of years, bacteria, viruses, fungi, and archaea is the only living of residents on the earth. They occupy every ocean, river and lake, every inch of land and air. They drove the chemical reactions that created the biosphere, thus creating the conditions for the evolution of multicellular life. FȯȉǼ٪ ɅǕǛȷ٪ ȬƲȯȷȬƲƤɅǛɥƲؙ٪ ɦƲ٪ ƇȯƲ٪ ƫƲ˚ǾǛɅƲdzɬ٪ ǾȉɅ٪ dzǛɥǛǾǍ٪ ǛǾ٪ ɅǕƲ٪ ǾɅǕȯȉȬȉƤƲǾƲؘ٪ We live in the microbial world.
Creation Logic
Biological Imprinting
Human Pigment
Natsai Audrey Chieza
àǘƊɈ ǞǏ ǿǞƧȲȌƦǞƊǶ ȺɈƊǞȁǞȁǐ ɩƊȺ ƊȯȯǶǞƵƮ ɈȌ ȌɈǘƵȲ ˛ƵǶƮȺد
Technological Path: styleGAN3 / stable dreamfusion
UMA
Pigment-producing Bacteria from Human Body
Preliminary Model *ÄǾƫǛ˚ǾƲƫ٪tɬɅƲȯǛȉɍȷ٪ ǾǛǼƇdz٪
# HOLOCENE 11700 bp
# ANTHROPOCENE
1775 bp Shift to agricultural diet
1953 bp Processed foods
Pseudomonas Fluorescens
Micrococcus Luteus
Cutibacterium Acnes
Chryseobacterium Gambrini
Create UMA
Staphylococcus Epidermidis
Antibiotics
Culture UMA
The Birth of UMA A1
A2
A3
A4
A5
A6
Cesareans Bottle feeding
Paleoanthropocene
Serratia Marcescens
Industrial Revolution
Great Acceleration
Enhydrobacter Aerosaccus
Enhydrobacter Aerosaccus
Lactobacillus Fermentum
Bacteroides Fragilis
Pseudomonas Aeruginosa
What is the potential for pigment-producing bacteria from human body?
Meaning of Project * * *
Explore the species identity of human-bacterial symbiotic products Possible ethical issues arising from microbial staining techniques Explore the potential of human biological Imprinting
UMA - MAKER (Technical prototype)
CULTURE UMA (Experimental stage)
Method of Manufacturing
Passage and Culture of Human Microorganism
Dyeing Experiments of Different Materials PSEUDOMONAS FLUORESCENS
Clay containing human microbes is used for 3D printing
Staining experiments of serratia marcescens on surface of different materials by liquid staining method.
Culture Environment: 28°C±1°C / 32%RH±1RH
October 29th 18:00- November 1st 16:00 Bump
3D Printing
Bacterial injection
¯ƇǍǍƇȯ٪Ǽɍƫ
Fine white pottery
Cotton cloth
ÝȉȉdzdzƲǾ٪njƇƣȯǛƤ
Pine
Crude white pottery
OƲǼȬ٪ȯȉȬƲ
Hessian
Silk
dzƲǾƫƲƫ٪ɦȉɥƲǾ٪njƇƣȯǛƤ
jǛǍǾǛǾ٪ǼǛɫɅɍȯƲ
ǕƲǼǛƤƇdz٪njƇƣȯǛƤ
Copper
dzɍǼǛǾɍǼ
Iron
13/11/2023 ٪ɬƲdzdzȉɦعǍȯƲƲǾ٪˛ɍȉȯƲȷƤƲǾɅ٪ȬǛǍǼƲǾɅ٪ȬȯȉƫɍƤƲƫ٪ƣɬ٪¤¯-Ä% t v ¯٪FjÄ §-¯ -v¯٪ƤƲdzdzȷ٪ƇɅ٪ȷȬƲƤǛ˚Ƥ٪ɍdzɅȯƇɥǛȉdzƲɅ٪ɦƇɥƲdzƲǾǍɅǕȷؘ
Line Drawing SERRATIA MARCESCENS Culture Environment: 28°C±1°C / 32%RH±1RH
November 7th 18:00- November 9th 11:00
16/10/2023
Rendergraph
ƇǼƣȉȉ٪ȷɅȯǛȬ
Cony
Vegetable tanned leather
Pig hide
Feather
Beech
Straw paper
Sheepskin
Sea shell
Copy paper
Abalone shell
Tung tree
MICROCOCCUS LUTUES Culture Environment: 36°C±1°C / 32%RH±1RH
08/01/2024
THE BIRTH of UMA (Experimental stage) Dyeing Experiment of Ceramic Materials
Dyeing Experiments on Fiber Materials
The staining experiment of Serratia marcescens and Micrococcus lutues on the surface of ceramic materials by liquid staining method.
¯ɅƇǛǾǛǾǍ٪ ƲɫȬƲȯǛǼƲǾɅ٪ ȉnj٪ ¯ƲȯȯƇɅǛƇ٪ ǼƇȯƤƲȷƤƲǾȷ٪ ȉǾ٪ ɅǕƲ٪ ȷɍȯnjƇƤƲ٪ ȉnj٪ ˚ƣȯȉɍȷ٪ materials by liquid staining method.
Printing Process
Preliminary Sample of the UMA
Next, we will use human bacteria for dyeing culture to enter the cultivation stage
The graduation project continues and will be on display in June 2024