I. BASIC SCIENCES OF THE NEW ERA
It's the foundation.
- Quantum physics and quantum technology
Quantum computing, communications, sensors. - Neuroscience and cognitive research
Brain, consciousness, attention control. - System theory and complex systems theory
Management of large structures (state, economy, climate). - Biophysics and Molecular Biology
Manage your life at the code level. - Mathematics of high dimensions
Algorithms, AI, reality modeling.
II. TECHNOLOGY SCIENCES
It's application power.
- Artificial Intelligence and AGI
Self-learning systems, digital twins. - Synthetic Biology
Design of organisms. - Genomic editing
CRISPR and postgenomic technologies. - Nanotechnologies and metamaterials
Materials with specified properties. - Energy of the new generation
Thermonuclear, hydrogen, gravitational. - Robotics of Autonomous Systems
Military, civilian, space robots.
III. SCIENCES ABOUT THE FUTURE PERSON
Without it, civilization will not survive.
- Psychotechnology and State Management
Concentration, stress, learning. - Life Extension and Biohacking
Longevity science. - Cybernetic medicine
Implants, neurointerfaces. - Social Engineering of a New Type
Designing sustainable societies.
IV. PLANETARY SCIENCES
If you think big, you can’t go anywhere without them.
- Climatic modeling
Managing weather and ecosystems. - Geoengineering
- Space technology and astroengineering
- The Resource Economy of Closed Cycles
V. SCIENCE SENSE AND MANAGEMENT This is what most ignore — and for nothing.
- Information ecology
- Digital Statehood (GovTech)
- Ethical economics and tokenized models
- Cultural Dynamics and Civilizational Architecture
- Noospheric research
VI. METANAUKI
This is the next level.
- Evolutionary design
- Integral sciences (linking disciplines)
- Modeling the Future (Foresight Science)
- Architecture of Consciousness
The important truth
The future belongs not to those who know one science.
The future belongs to those who know how to collect science into a system
I. DOCTRIA OF THE FUTURE RUSSIAN FEDERATION (draft concept)
1. Ensuring technological, civilizational and ideological sovereignty of Russia through the formation of the system of the Future Sciences as the basis for strategic development until 2100.
2. Principles
- Sovereignty of knowledge
- Priority of basic science
- Integration of science and state
- The relationship between science and culture and meaning
- Forward-looking modeling of the future
3. Structure of the Future Sciences
Block 1. Technological Sovereignty
- Quantum technologies
- Artificial Intelligence
- Microelectronics of the new generation
- Robotics of Autonomous Systems
- Cyber Security
- Metamaterials
Purpose: independence from external technological platforms.
Block 2. Biotechnological breakthrough
- Genomic technologies
- Synthetic Biology
- Biopharma
- Life Extension
- Biomedical implants
Goal: Health and demographic sustainability.
Block 3. Energy and resources
- Thermonuclear energy
- Hydrogen energy
- New energy storage
- Closed recycling cycles
- Arctic technologies
Objective: Resource independence.
Block 4. Space and planetary systems
- Orbital platforms
- Space Logistics
- Geoengineering
- Climatic modeling
Objective: Strategic advantage.
Block 5. Control systems
- The Digital State
- Modeling of large systems
- Information ecology
- Ethical Economics
Purpose: manageability and sustainability.
II. BULLETIN WITH INDICATORY No159
(on priority directions of scientific and technological development of the Russian Federation) Decree No159 fixes key directions, including:
- digital technologies
- new materials
- Medicine
- Ecology
- Power Engineering
- Security
- Transport
- Space
Now comparable.
Conformity table
|
Future Science |
Compliance with Decree No. 159 |
Amplification |
|
AI and quantum |
Digital technologies |
Sovereign computing platforms |
|
Genomics |
Medicine |
Demographic priority |
|
Metamaterials |
New materials |
Military-technological advantage |
|
Termoyad |
Energy |
Global exports |
|
Space |
Space activities |
Geopolitical role |
|
Geoengineering |
Ecology |
Climate Management |
|
GovTech |
Public administration |
Digital Sovereignty |
III. KEY CONCLUSION
Decree No. 159 is a framework.
The Doctrine of the Future is a strategic superstructure.
Difference:
- Order - a list of directions.
- Doctrine is a system of priorities, management, personnel and funding.
IV. Proposed implementation model
- Creation of the National Academy of Future Sciences
- Formation of 5 strategic centers
- Integration with defense industry, state corporations, universities
- State target order for 25–50 years
- Separate funding fund (sovereign scientific fund)
I. THE PLACE OF FUTURE SCIENCES IN THE VGDE ARCHITECTURE
Level 0 — Foundation
Meaning → Culture → Civilization code
The science of the future is not autonomous. They are subject to the meaning and strategy of the state.
Level 1 — the KRISTALL741 core
I propose to fix:13 Fields = 13 Clusters of the Future Sciences.
Each field receives a scientific outline.
II. STRUCTURAL INTEGRATION (MODEL 13 FIELD)
1. Field of Meaning
→ Noospheric studies
→ Civilizational dynamics
→ Information ecology
2. Field of Management
→ GovTech
→ Modeling of large systems
→ System analytics
3. Field of Technology
→ AI
→ Quant
→ Microelectronics
4. Field of Energy
→ Thermonuclear
→ Hydrogen
→ New drives
5. Biozhizni Field
→ Genomics
→ Synthetic biology
→ Longevity
6. Field of Matter
→ Metamaterials
→ Nanotechnology
7. Space Field
→ Orbital Platforms
→ Astroengineering
8. Ecosystem Field
→ Geoengineering
→ Climatic modeling
9. Field of Economics
→ Tokenized models
→ Sovereign digital assets
10. Security field
→ Cyberprotection
→ Autonomous systems
11. Field of Education
→ Neuropedagogy
→ Adaptive learning systems
12. The Human Field
→ Neurointerfaces
→ Psychotechnology
13. Field of the Future
→ Foresight→ Evolutionary design
III. CONNECTION WITH DECREE No.159 WITHIN VGDE
A key point: Decree No.159 becomes the regulatory foundation for technological fields (3–8, 10). VGDE adds:
- Smyslovay
- Management Outline
- Long-term strategy (50–100 years) That is:
Decree = State priority
VGDE = the strategic architecture of implementation
IV. THE MANAGEMENT MODEL WITHIN VGDE
I propose a three-tier system:
1. Strategic level
The Council of Future Sciences within VGDE
2. Project level
13 Scientific clusters (by Fields)
3. Executive level
- Universities
- NII
- State Corporation
- Private laboratories
V. KEY MOMENT
If you really want VGDE to become a systemic model, you need to:
- Write a matrix 741 = distribution of modules in scientific directions
- Create a Map of the Future Sciences (visual NEUROSVOD)
- Identify 5 flagship megaprojects (without them everything will remain a scheme)