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The Production Revolutions Theory and Forthcoming Technologies

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All the trends of the Cybernetic revolution will be tightly interconnected and support each other. Revolution of controllable systems will originate in a narrow sphere. The final stage of the Cybernetic revolution will start at the intersection of medicine, biotechnology and gene engineering (probably with nanotechnologies).
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THE PRODUCTION REVOLUTIONS THEORY AND FORTHCOMING TECHNOLOGIES ©Anton L. Grinin, Leonid E. Grinin http://www.socionauki.ru/authors/grinin_l_e/other/
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Page 1: The Production Revolutions Theory and Forthcoming Technologies

THE PRODUCTION REVOLUTIONS THEORY AND FORTHCOMING TECHNOLOGIES 

©Anton L. Grinin, Leonid E. Grinin

http://www.socionauki.ru/authors/grinin_l_e/other/

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• The Agrarian (or Neolithic) • The Industrial • The Information‐Scientific

PRODUCTION REVOLUTIONS 

Cybernetic

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 3: The Production Revolutions Theory and Forthcoming Technologies

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ww.socionauki.ru/authors

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PRODUCTION PRINCIPLES

• Hunter‐Gatherer • Craft‐Agrarian • Industrial • Information‐Scientific

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 4: The Production Revolutions Theory and Forthcoming Technologies

• The  initial  phase, when  the  advanced technologies are developed which  later become widespread. 

• The  final  phase  of  production revolution  results  in  the  flourishing  of a new production principle.

PHASES OF PRODUCTION REVOLUTION

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Page 5: The Production Revolutions Theory and Forthcoming Technologies

Agrarian Revolution: 

• The  initial phase  is  the  transition  to primitive  hoe  agriculture  and  animal husbandry starting  about  12–9  thousand years ago;

• The  final phase is  the  transition  to irrigation  or  non‐irrigation  plough agriculture starting  about  5.5  thousand years ago. 

PHASES OF PRODUCTION REVOLUTION

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 6: The Production Revolutions Theory and Forthcoming Technologies

Industrial Revolution

• The initial phase is a vigorous development of  seafaring  and  trade,  mechanization  on the  basis  of  water  engine  and  other processes in the 15th – 16th centuries. 

• The  final phase is  the  industrial breakthrough (the 1760s–1830s) connected with  the  introduction  of  various machines and steam energy. 

PHASES OF PRODUCTION REVOLUTION

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 7: The Production Revolutions Theory and Forthcoming Technologies

Cybernetic Revolution

• The Initial phase (scientific‐informational epoch) which dates to the  1940s – 1990s. 

• The final phase, which we call the epoch of controllable systems, will begin  in  the 2030–2040s and will  last until  the 2060–2070s. 

PHASES OF PRODUCTION REVOLUTION

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 8: The Production Revolutions Theory and Forthcoming Technologies

THE EPOCH OF CONTROLLABLE SYSTEMS

• the  value  of  this  revolution  after  its completion  lies  in  the  ability  to  create systems of different levels that could be self‐controlled  or  indirectly  controlled either  through  other  systems  or  by means of point impact and corrections. 

The revolution is called cybernetic because

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Page 9: The Production Revolutions Theory and Forthcoming Technologies

CYBERNETIC REVOLUTION 

The revolution is called cybernetic because

• the main changes will  take place  including the  rapid  increase  of  opportunities  to control various processes in different ways;

• the main  vector  of  this  revolution will  be associated  with  a  synthesis  of  principle characteristics  of  various  systems  which cybernetics  deals  with:  the  biological, social and technological ones. 

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Page 10: The Production Revolutions Theory and Forthcoming Technologies

THE LEADING TRENDS OF THE CYBERNETIC REVOLUTION 

• Biotechnologies• Human medicine• Nanotechnologies

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 11: The Production Revolutions Theory and Forthcoming Technologies

CHARACTERISTICS OF THE CYBERNETIC REVOLUTION

• Self‐regulation.• Individualization. • The resource and energy saving.• The development of the predetermined but previously non‐existent properties.

• Miniaturization.

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Page 12: The Production Revolutions Theory and Forthcoming Technologies

BIOTECHNOLOGY

• The production of nutritional supplements and medicines

• The genetic engineering • The cellular engineering • Cloning• Creating alternative energy resources 

THE MAIN BIOTECHNOLOGICAL TRENDS ARE

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Page 13: The Production Revolutions Theory and Forthcoming Technologies

Fig. 1. GMO acreage world

INDIVIDUALIZATION IN BIOTECHNOLOGY

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Page 14: The Production Revolutions Theory and Forthcoming Technologies

Fig. 2. DNA Sequencer today

Fig. 3. DNA Sequencer tomorrow

INDIVIDUALIZATION IN BIOTECHNOLOGY

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 15: The Production Revolutions Theory and Forthcoming Technologies

CLONING

Fig. 4 The cloning of Dolly

INDIVIDUALIZATION IN BIOTECHNOLOGY

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 16: The Production Revolutions Theory and Forthcoming Technologies

SELF­REGULATION IN BIOTECHNOLOGY

Fig. 5. Gene constructionhttp://www.socionauki.ru/authors/grinin_l_e/other/

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ENERGY AND RESOURCE SAVINGIN BIOTECHNOLOGY

• The  biotechnological  industry  lowers the production costs significantly.

• A  number  of  alternative  energy resources are developed by means of biotechnologies,  for  example, bioethanol,  biodiesel,  biogas, biohydrogen etc.

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 18: The Production Revolutions Theory and Forthcoming Technologies

MEDICINE

• Pharmaceuticals;• Aesthetic medicine;• Fight against cureless diseases; • Implantation; • Reproductive medicine;• Gene therapy.

THE MOST DEVELOPING BRANCHES OF MEDICINE: 

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Page 19: The Production Revolutions Theory and Forthcoming Technologies

INDIVIDUALIZATION IN MEDICINE

• AN INDIVIDUAL TREATMENT PROGRAM

• GENE THERAPY

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Page 20: The Production Revolutions Theory and Forthcoming Technologies

BIONICS

Fig. 6. Amanda Kitts using her bionic arm to squirt mustard

Fig. 7. Tim Hemmeswith the DARPA arm 

INDIVIDUALIZATION IN MEDICINEhttp://www.socionauki.ru/authors/grinin_l_e/other/

Page 21: The Production Revolutions Theory and Forthcoming Technologies

SELF­REGULATION IN MEDICINE

Fig. 8. Biochip

Fig. 9. Da Vinci SHDI

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Page 22: The Production Revolutions Theory and Forthcoming Technologies

ENERGY AND RESOURCE SAVING

• The number of  the produced medical products is constantly growing. 

• The most precise diagnostic methods will give an opportunity to define the required concentrations and  forms of medicines,  thereby  reducing  the patient's  expenses  and  reducing  the price for the treatment. 

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 23: The Production Revolutions Theory and Forthcoming Technologies

NANOTECHNOLOGIES

Fig. 10. The global market of nanotechnology ($ millions)http://www.socionauki.ru/authors/grinin_l_e/other/

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INDIVIDUALIZATION IN NANOTECHNOLOGIES

• In medicine: biochips created on the biotechnological basis. 

• Individualization in agriculture.

• Individualization in devices.

Fig. 11. Nokia Human Formhttp://www.socionauki.ru/authors/grinin_l_e/other/

Page 25: The Production Revolutions Theory and Forthcoming Technologies

SELF­REGULATION IN NANOTECHNOLOGIES

• The  most  important  task  for nanotechnologies is to make molecules or atoms  to  group  in  a  self‐organized  way and to produce new ones resistant to the changing conditions.

• One  of  the  main  conceptions  of nanotechnology is  from larger to smaller.

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 26: The Production Revolutions Theory and Forthcoming Technologies

Fig. 12. Nanocar by James Tour

SELF­REGULATION IN NANOTECHNOLOGIES

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 27: The Production Revolutions Theory and Forthcoming Technologies

Fig. 13. Fullerene

Fig. 14.  “Lotus effect”

SELF­REGULATION IN NANOTECHNOLOGIES

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 28: The Production Revolutions Theory and Forthcoming Technologies

RESOURCE AND ENERGY SAVING

SOME EXAMPLES: 

“Clever glass”

• Electronic paper 

• Producing electricity through the organic matter destruction

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Page 29: The Production Revolutions Theory and Forthcoming Technologies

CONCLUSION

• All  the  trends  of  the  Cybernetic  revolution will  be  tightly  interconnected  and  support each other.

• Revolution of controllable systems willoriginate in a narrow sphere.

• The final stage of the Cybernetic revolutionwill start at the intersection of medicine, biotechnology and gene engineering(probably with nanotechnologies).

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 30: The Production Revolutions Theory and Forthcoming Technologies

CONCLUSION• The general vector of the breakthrough can bedefined as a  rapid growth of possibilities tocorrect or even modify the human biologicalnature itself .

• Among  other  results we  can  achieve  a  radical expansion  of  our  opportunities  to  prolong  life and improve its biological quality.

• It will  take  about  two  or  three  decades  after the  beginning  of  the  Cybernetic  revolution  (in the  2030‐2040s)  before  a  wide  application takes place.

http://www.socionauki.ru/authors/grinin_l_e/other/

Page 31: The Production Revolutions Theory and Forthcoming Technologies

Thank you for attention!

http://www.socionauki.ru/authors/grinin_l_e/other/


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