The history of Biomatics

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The history of biomatics discipline.


Biomatics was born in around 1994. It emphasizes the construction of bioinformational and biomechanical objects utilizing mathematics, computers, robots, and information.




The past and present of Biomatics
1. Biotechnology in one form or another has flourished since prehistoric times. When the first human beings realized that they could domesticate and plant their own crops and breed their own animals, they acquired a crude kind of biotechnology. 
2. The ancient biotechnology include: cattle breeding, plant hybridization, beer making, fermentation, gimchi making, baking bread, etc etc.
3. Animals and Plants for Biotechnology:
Ox, cow, dog, pig, and so on are used for milk, labour, protection, and meat. These living organisms are biotechnological innovations for humans. ==> resulting in agricultural revolution.

4. Cells for Biotechnology
Living cells such as yeast, fungi (yeast is a kind of fungus) and bacteria digest or process food to produce desired substance such as alcohol and carbon dioxide.

5. Genetics applied to Biotechnology.
The possibilities for improving plants expanded as a result of Gregor Mendel's investigations in the mid-1860s of hereditary traits in peas.

6. Molecules for biotechnology (Proteins for Biotechnology)
•Enzymes extracted from yeast are effective in converting sugar into alcohol.
–No need for living cells.
•1907 Nobel Laureate in Chemistry
•For his biochemical researches and his discovery of cellfree fermentation.


7. Informatics for Biotechnology
Computer science enabled large-scale processing of biotechnological information

8. Omics for Biotechnology
Biotechnology went through a paradigm change through various omics disciplines.

9. Communication for biotechnology.
Through the internet and English language, biotechnology is going through a massive communication revolution.

Future of Biomatics

10. Biomatics discipline
Since biotechnology has moved from academic labs to industrial factories, biotechnological experiments and designs are no longer a research process but an industrial and common technological procedures with various standards. Biotechnology is becoming a common practice such as driving a car. This is done through ordering products and labour to companies.

11. Biosophical revolution
Humans beings will be tightly connected as neurons in brains in the future to solve problems not going through scientific procedures but omifying problems and solves them instantly (insightfully). 

12. The birth of SuBio species.
A new kind of biological species will be born. This species are under fast evolution engine with mechanical body components. They are super bio (SuBio) species. They are tightly connected to each other through the biobrain and functions as a standalone species. I.e., they belong to a gigantic knowledge processing brain as an individuals while they are individually as powerful as the whole Subio species. Subios can fit in to spaceships and any kind of mechanical devices and control them as if they are part of their body parts such as arms and legs. They will travel to the outer space with minimal energy resource from light, magnetic field, and nuclear energy.




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