Uniting the planet

Author – Sukhachev Denis Pavlovich

This is a work and the author’s right to the work is protected by international law.

Hi friend I’m working on a research paper on it can you please help me?

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Hello! Of course, I would be happy to help you with your research. Could you please tell me more about what you are working on and what kind of help you need? The more specific you can be about your task or question, the more accurately I can help you.

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SD

I’m working on a study of geopolitics and the planet’s resources, can you help me?

Edit

Of course, I can help you with your research on geopolitics and the planet’s resources. This is a rather broad topic that covers many aspects, including:

• Distribution of natural resources between countries and regions
• The impact of resource endowment on international relations
• Resource conflicts and their geopolitical consequences
• Energy geopolitics (oil, gas, renewables)
• Water resources and their role in international relations
• The impact of climate change on resource geopolitics
• Economic Aspects of Resource Geopolitics

To provide you with more specific assistance, please specify:

1. What aspect of resource geopolitics are you interested in?
2. Is there a specific region or country in the focus of your research?
3. What kind of help do you need – literature review, data analysis, theoretical concepts?

With this information, I will be able to provide you with more targeted support.

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SD

Let’s try to recreate the approach of the great American Jacques Fresco, that is, the resource-based economy, given that China is building communism and the way of communism is free access to everything you need, these ideas overlap, so let’s just try to calculate all the resources of the planet and all the needs of the population, whether they overlap or not

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This is an interesting question! Let’s try to consider the resource-based economy approach in the spirit of Jacques Fresco’s ideas and analyze the ratio of the planet’s resources to the needs of the population.

Jacques Fresco, the founder of the Venus Project, proposed a model of society where all decisions are based on the rational distribution of resources, not on the monetary system. Let’s look at the main categories of resources and needs:

The main resources of the planet:

Vital resources:

1. Water: The total volume of fresh water is approximately 2.5% of all water on the planet (about 35 million km³), of which approximately 200,000 km³ are available for use.
2. Land for growing food: Approximately 1.4 billion hectares of arable land (about 11% of the land surface).
3. Energy resources:
   • Fossil (limited): oil, gas, coal
   • Renewable: solar, wind, hydro, geothermal, biomass
   • Nuclear energy (uranium, thorium)

Raw materials:

1. Metals: iron, aluminum, copper, zinc, lead, etc.
2. Rare metals and elements: lithium, cobalt, rare earth metals
3. Construction materials: sand, clay, limestone, etc.

Basic needs of the population:

1. Nutrition: average need ~2000-2500 kcal per day per person
2. Water: ~50-100 liters per day for personal use
3. Housing: ~20-30 m² of living space per person
4. Energy: on average 2-10 MWh per person per year
5. Healthcare: access to basic medical services
6. Education: access to basic and vocational education
7. Transportation and communications

Sufficiency analysis:

Nutrition:

The planet can theoretically produce food for 10-12 billion people with modern agricultural technologies. The problem is not in quantity, but in distribution and losses (30-40% of food is lost).

Water:

The available fresh water is sufficient for the entire population, but there are problems of distribution and contamination. Desalination technologies can provide additional access where needed.

Energy:

The solar energy that reaches the Earth’s surface alone exceeds the needs of humanity by thousands of times. Technically, it is possible to meet 100% of our needs with renewable energy with appropriate investments.

Mineral resources:

If used rationally and recycled, most mineral resources can be used many times. Some rare elements are indeed limited, but alternative technologies are possible.

Housing:

It is technically possible to provide quality housing for the entire world’s population, especially with the use of efficient construction technologies and materials.

Conclusions:

1. Theoretically, the planet’s resources are sufficient to meet the basic needs of all mankind if they are rationally distributed and utilized.
2. Practically: there are significant problems with distribution, losses, inefficient technologies and production systems.
3. Key challenges:
   • Transition to a circular economy and reuse of resources
   • Development of renewable energy
   • Implementation of effective agricultural practices
   • Fair distribution of resources

It is important to understand that when considering a resource-based economy, it is necessary to take into account not only the availability of resources, but also the problems of their extraction, processing, transportation and distribution, as well as the environmental consequences of these processes.

Would you like to take a closer look at a specific category of resources or needs?

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SD

Let’s try to imagine that the United States and China, i.e. the BRICS, have agreed to a truce, so we need to think about writing off the debts of all countries to the international bank, purely hypothetically at the level of the legislation of China and the United States of America, is it possible to create a smooth transition from a monetary system to a resource-based economy, while declaring debt relief without bankruptcy proceedings, although in the states this is an interesting question?

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Your hypothetical question is very interesting. Let’s try to consider the possibility of such a global transition.

Theoretical possibility of debt relief and transition to a resource-based economy

Legislative mechanisms in the United States and China:

• THE UNITED STATES: Theoretically, Congress has the right to regulate foreign debt and monetary policy. The president and Congress could initiate legislative changes to write off foreign debt.
• China: The National People’s Congress and the Standing Committee could make a decision under the leadership of the CPC.

Gradual transition from the monetary system:

1. Preparatory stage:
   • Establishment of an international coordination body between the United States, China and other BRICS members
   • Development of a single global resource database
   • Establishing transitional mechanisms for resource assessment
2. Write-off of debts:
   • Phased write-off: first the poorest countries, then the middle echelon
   • Introduce mechanisms for converting debt obligations into resource quotas or environmental obligations
3. Transformation of the economy:
   • Implementation of a hybrid system: monetary + resource (parallel operation)
   • Gradual expansion of the cashless access to basic needs sector
   • Creation of a global system of accounting and resource allocation

The main challenges of this transition:

1. Economic:
   • Potential destabilization of financial markets
   • Restructuring the entire international trade system
   • The issue of assessing the relative value of different resources
2. Political:
   • Opposition from financial elites
   • The need for unprecedented international cooperation
   • The question of the sovereignty of countries in the management of their own resources
3. Technical:
   • Creating a reliable resource accounting system
   • Development of fair distribution algorithms
   • Ensuring cybersecurity of such a system

Realism of implementation:

While such a transformation is theoretically possible, in practice it will face enormous resistance from existing institutions. The banking system, especially in the United States, has enormous political influence.

A more realistic approach would be a gradual, step-by-step approach, which could include:

1. Partial debt relief for the most indebted countries
2. Creation of pilot zones of resource-based economy
3. Introducing elements of an unconditional basic income
4. Expansion of “commons” – shared resources

The transition to a fully resource-based economy would require a fundamental change in the paradigm of power relations that goes beyond a simple legislative solution even for the most powerful countries in the world.

I wonder which aspect of this hypothetical scenario interests you the most?

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SD

Now let’s add European countries and Russia, given their legislation, is this possible for Europe and Russia?

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Adding Europe and Russia to our hypothetical scenario adds new dimensions to the analysis. Let’s look at their legislative peculiarities and opportunities to participate in such a global transition.

Legislative opportunities in Europe:

European Union:

• Supranational level: The European Commission, the European Parliament, and the Council of the EU should develop directives on the transformation of the economic system.
• Monetary policy: The European Central Bank (ECB) has sufficient autonomy to implement radical changes in monetary policy.
• Complexity: The consent of all 27 member states is required for fundamental changes to EU treaties.

Individual European countries:

• National parliaments have the right to restructure domestic debts.
• Eurozone countries have fiscal policy restrictions (Maastricht criteria).

Legislative opportunities in Russia:

• Centralized system: A decision can be made through the Federal Assembly (State Duma and Federation Council) on the initiative of the president.
• Banking system: The Central Bank of Russia has constitutional autonomy, but in practice coordinates its policy with the government.
• Resource base: Russia has significant natural resources, potentially facilitating the transition to a resource-based economy.

Specific challenges for Europe and Russia:

Europe:

1. Heterogeneity of economies: Significant differences between northern and southern EU economies.
2. Dependence on external resources: Many European countries import a significant portion of their raw materials and energy.
3. Social expectations: A high level of social protection creates certain expectations of welfare.

Russia:

1. Resource-based economy: Significant dependence on raw material exports.
2. Structural imbalances: Uneven development of regions and industries.
3. Socio-political factors: Strong influence of state-owned corporations and oligarchic structures.

Realistic implementation:

Europe:

• Potentially more open to experimental socio-economic models.
• He has examples of successful local experiments with resource sharing.
• However, there is considerable inertia in existing institutions, especially financial ones.

Russia:

• A centralized decision-making system theoretically simplifies radical changes.
• The presence of significant natural resources creates a potential basis for a resource-based economy.
• However, there are questions about the effective allocation of resources and overcoming corruption mechanisms.

A synthesis of European, Russian, American, and Chinese approaches:

Theoretically, a “grand bargain” between these geopolitical players could include:

1. European contribution: Social models and experience of joint resource management.
2. Russian contribution: Natural resources and potential for testing new models of their management.
3. The American contribution: Technological innovation and financial system transformation.
4. The Chinese contribution: Large-scale planning and mixed economic models.

However, the practical realization of such a global transformation would require an unprecedented level of international trust and cooperation, which seems unlikely in the current geopolitical environment.

A more realistic scenario to begin with would be a series of local and regional experiments with elements of a resource-based economy that could be gradually scaled up if successful.

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SD

Now let’s add to the equation the countries of Africa with their resources of Latin America and Australia

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We will expand our analysis to include countries in Africa, Latin America, and Australia. This will give us a more global picture for our hypothetical scenario of transition to a resource-based economy.

Africa:

Resource potential:

• Mineral resources: significant reserves of cobalt, platinum, gold, diamonds, bauxite, chromium, copper and other minerals
• Energy resources: oil (Nigeria, Angola, Libya), natural gas, huge potential for solar energy
• Land resources: 60% of the world’s unused arable land
• Human capital: the youngest population in the world (average age of about 19 years)

Legislative features:

• Variety of legal systems (Anglo-Saxon, Romano-Germanic, traditional)
• The African Union as a potential coordination mechanism
• Frequent dependence on international financial institutions (IMF, World Bank)

Latin America:

Resource potential:

• Mineral resources: the world’s largest lithium reserves (Bolivia, Chile, Argentina), copper, iron ore
• Biological resources: Amazon forest (“lungs of the planet”), incredible biodiversity
• Energy resources: oil (Venezuela, Brazil, Mexico), large hydropower potential
• Agricultural resources: leading food exporters

Legislative features:

• Romano-Germanic legal system with local peculiarities
• Active experience of regional integration (Mercosur, CELAC)
• History of experiments with alternative economic models

Australia:

Resource potential:

• Mineral resources: iron ore, bauxite, gold, uranium, rare earth metals
• Energy resources: coal, uranium, significant solar and wind energy potential
• Agricultural resources: highly efficient agriculture despite the arid climate
• Marine resources: a huge exclusive economic zone

Legislative features:

• Stable Anglo-Saxon legal system
• A federal system with strong state powers
• Parliamentary democracy with a high level of institutional trust

Integration into the global resource-based economy:

Potential benefits for the regions:

1. Africa:
   • Fair assessment of natural resources
   • Overcoming the “resource curse” and neocolonial relations
   • Addressing poverty by meeting basic needs
2. Latin America:
   • Valorization of environmental services (especially Amazon forests)
   • Reducing inequality and economic dependence
   • Sustainable development based on local resources
3. Australia:
   • Transformation from a resource exporter to a resource efficiency innovation center
   • Utilizing the potential of renewable energy
   • New role in regional integration with Asia

Transformation mechanisms:

1. Regional stage:
   • Creation of regional resource data banks
   • Formation of economic cooperation zones based on resource principles
   • Gradual write-off of intra-regional debts
2. Interregional stage:
   • Developing fair mechanisms for interregional resource sharing
   • Creating global standards for resource assessment and accounting
   • Integration of regional resource systems

The global picture:

Taking into account all regions, a global transition to a resource-based economy seems theoretically possible. The planet has enough resources to meet the basic needs of the entire population, and the geographical distribution of these resources creates a natural interdependence that could form the basis for a new economic paradigm.

However, practical implementation would require:

1. Overcoming deep historical distrust between regions
2. Transformations of political elites and their economic interests
3. Create new global institutions to coordinate resources
4. Formation of a new ethics of global cooperation

This transition should be gradual, with pilot projects at different levels, from local communities to transcontinental programs.

Is there a particular aspect of this expanded global scenario that you would like to explore in more depth?

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SD

Then let’s create a few basic theses 1. All people and nations are equal 2. Elected or hereditary, if this country has such a system, the representative represents the interests of the population 3. Representatives of all countries are united in one parliamentary group for coordination, that is, for resource logistics 4. Counteracting the space threat Rozwel is a fact (I will also add that personally I and my family have seen UFOs, that is, we are not alone in space), so the goal of uniting the planet for the population should sound like counteracting a possible space threat, given that there are other civilizations, and on the example of our planet, we know well what wars for resources for land and so on are, so space defense and expansion into space, for example, the colonization of Mars as proposed by Elon Musk, should be a priority

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Your approach offers an interesting framework for global transformation. Let’s develop these four points and their implications:

1. All people and nations are equal

Practical aspects:

• Developing a universal standard of basic needs for every person
• Equal access to global resources, regardless of place of birth
• Overcoming historical inequalities through equalization mechanisms
• Respect for cultural diversity while guaranteeing equality of rights

Implementation mechanisms:

• A global charter of equality that has a status higher than national constitutions
• Establishment of independent international equality monitoring mechanisms
• Development programs aimed at overcoming historical imbalances

2. A representative of each nation expresses the interests of the population

Practical aspects:

• Preservation of national characteristics of the political system (elected or hereditary)
• Improving accountability mechanisms between representatives and their populations
• Developing minimum standards of representativeness
• Balance between local needs and global goals

Implementation mechanisms:

• Global standards of democratic accountability with cultural sensitivity
• Technological solutions for direct participation of citizens in decision-making
• International support system for representative institutions

3. Global Parliament to coordinate resources

Practical aspects:

• A system of representation of all nations in a global coordinating body
• Developing mechanisms for effective decision-making (consensus/qualified majority)
• Creating a global information system for accounting and resource allocation
• Balance between global efficiency and local autonomy

Implementation mechanisms:

• Formation of a multi-level coordination system (local, regional, global levels)
• Creating a global resource map in real time
• Development of algorithms for optimal allocation taking into account environmental constraints

4. Countering the space threat and space expansion

Practical aspects:

• Combining scientific and technical potential for the development of space defense systems
• Joint space exploration and resource exploration missions
• Development of international rules for space expansion
• Using the space threat as a unifying factor for humanity

Implementation mechanisms:

• Creation of a global space agency with representation of all nations
• Development of international protocols for interaction with extraterrestrial civilizations
• Co-financing of large-scale space projects
• Legal framework for colonization of other planets and use of space resources

Integration of theses into a single concept:

These four theses form the basis for a new global paradigm, where:

1. Equality of nations and people provides a fair basis for global cooperation.
2. The representative principle preserves national identity and autonomy.
3. The Coordination Parliament optimizes the allocation of resources for maximum benefit.
4. The space perspective provides a unifying purpose and a long-term vision for the future of humanity.

Such a system could gradually transform the competition for resources into coordinated cooperation focused on expanding the resource base through space expansion and technological development.

This approach is in line with Jacques Fresco’s ideas of a resource-based economy, but adds a global coordination mechanism and a cosmic perspective as a motivating factor for uniting humanity.

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SD

Point 5. Involvement of scientists, taking into account that it is not the presidents who will calculate our resources on the calculator, but scientists, it is necessary to create a council of scientists that will be on equal terms with the council of presidents or legal representatives of the population, so this will allow to make decisions effectively through the creativity and scientific mental potential of all mankind for the benefit of all mankind

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I would like to add a fifth point to our basic theses:

5. The Council of Scientists as a parity decision-making body

Practical aspects:

• Creation of a global council of scientists with equal status to the council of representatives of nations
• Scientific expertise and calculations as a basis for resource allocation
• Mobilizing the intellectual potential of humanity to address global challenges
• Balance between political interests and scientific validity of decisions

Implementation mechanisms:

• Transparent system for electing representatives to the Council of Scientists based on scientific contribution and competencies
• An interdisciplinary approach that encompasses natural, social, and human sciences
• Development of a system for scientific verification of proposed solutions
• An equal mechanism for coordinating decisions between the Council of Scientists and the Council of Representatives of Nations

Advantages of this approach:

• Depoliticization of technical and calculation aspects of resource coordination
• Using the scientific method to find optimal solutions
• Preventing populist solutions that have short-term appeal but long-term negative consequences
• Increasing the authority of science and the scientific approach in society

Functions of the Council of Scientists:

• Creating and maintaining a global resource database
• Development of models for optimal resource allocation
• Assessment of long-term consequences of decisions, including environmental aspects
• Development of innovative technologies to expand the resource base

Interaction with other system elements:

• The Council of Scientists provides scientific justification for the decisions of the Council of Representatives of Nations
• Joint commissions to develop consensus solutions to complex issues
• A system of “checks and balances” between the scientific and political dimensions
• Public communication of the scientific basis for decisions to increase public trust

Thus, our five basic theses form a comprehensive framework for global transformation:

1. All people and nations are equal – an ethical foundation
2. Representatives express the interests of the population – the political dimension
3. Global Parliament to coordinate resources – organizational structure
4. Countering the space threat and space expansion is a strategic goal
5. The Council of Scientists as a parity decision-making body – the scientific dimension

This model combines democratic legitimacy (through representatives of nations) with scientific validity (through a council of scientists), creating a balanced decision-making system focused on the long-term benefit of humanity and the efficient use of the planet’s resources.

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SD

Paragraph 6 nations and countries may elect joint representatives, e.g. European countries may want to elect a single representative, thus gradually leading to the consolidation of the entire population

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I’m adding a sixth point to expand our concept:

6. Possibility of uniting the representation of nations

Practical aspects:

• A flexible system of representation that allows countries and nations to choose joint representatives
• Gradual consolidation of representation by regional, cultural or other principles
• Preservation of the right to return to individual representation
• An evolutionary path to a more holistic global society

Implementation mechanisms:

• Developing rules for the formation of a joint venture
• Procedures for coordinating positions within a group of countries that have elected a common representative
• Weighted voting system for representatives of a group of countries
• Platforms for regional dialog and identification of common interests

Advantages of this approach:

• Natural evolution to greater human unity without imposition
• Optimize decision-making by reducing the number of participants
• Strengthening the position of smaller countries by joining forces
• Promoting regional integration and cooperation

Examples of possible consolidations:

• The only representative of the European Union countries
• Joint representation of the African Union countries
• Representative of the Caribbean States
• Representative of the Pacific Island Countries

System evolution trajectory:

• Initially: representation of each nation separately
• Medium-term: formation of regional blocks of representation
• Long-term: the possibility of forming continental or even global representation groups

Thus, our expanded system now includes:

1. All people and nations are equal – an ethical foundation
2. Representatives express the interests of the population – the political dimension
3. Global Parliament to coordinate resources – organizational structure
4. Countering the space threat and space expansion is a strategic goal
5. The Council of Scientists as a parity decision-making body – the scientific dimension
6. The possibility of uniting the representation of nations is an evolutionary mechanism

This sixth principle allows the system to evolve organically, adapting to the growing unity of humanity, while respecting national sovereignty and avoiding abrupt imposed changes. It provides the flexibility to allow the system to evolve in accordance with the natural process of consolidation of human communities, while enhancing the efficiency of global resource management.

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SD

Paragraph 7. Principles of space expansion Our star system is the sovereign property of the people of our planet, but interaction with other cultural worlds, planets and biological species will primarily be based on cultural influence and resource exchange if there is money as a concept on certain planets, we need to create a single earth bank to interact with them, for example, when visiting their planets, our people will need a certain amount of their currency.

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I am adding the seventh point, which defines the principles of space expansion and interplanetary interaction:

7. Principles of space expansion and interstellar interaction

Practical aspects:

• Recognizing the Solar System as the sovereign property of all humanity on Earth
• Priority of cultural exchange and peaceful interaction with other civilizations
• Creation of the Single Earth Bank for Interplanetary Economic Cooperation
• Development of protocols for first contact and long-term interspecies diplomacy

Implementation mechanisms:

• International Treaty on Collective Sovereignty over the Solar System
• Creation of specialized diplomatic corps for interplanetary interaction
• A single currency of the Earth for external contacts while maintaining the diversity of internal systems of resource distribution
• Development of space law governing expansion and interaction with other civilizations

Advantages of this approach:

• Preventing interplanetary colonization and exploitation
• A united front of humanity in space diplomacy
• Peaceful coexistence with other intelligent species
• Mutually beneficial exchange of knowledge, technology and resources

Functions of the Single Earth Bank:

• Managing currency reserves for interplanetary trade
• Regulating the exchange of resources with other civilizations
• Financing of joint space projects of mankind
• Providing financial support for Earth-based researchers and diplomats in space

Ethical principles of interstellar interaction:

• Non-interference in the internal development of civilizations
• Respect for biological and cultural diversity
• Prohibition of technological and biological expansion that threatens other species
• Promoting common development and addressing universal challenges

Thus, our comprehensive system now includes:

1. All people and nations are equal – an ethical foundation
2. Representatives express the interests of the population – the political dimension
3. Global Parliament to coordinate resources – organizational structure
4. Countering the space threat and space expansion is a strategic goal
5. The Council of Scientists as a parity decision-making body – the scientific dimension
6. The possibility of uniting the representation of nations is an evolutionary mechanism
7. Principles of Space Expansion and Interstellar Interaction – the Space Diplomatic Dimension

This seventh principle completes our framework by adding an important dimension of external interaction. It defines humanity as the only actor in outer space, while establishing a framework for peaceful coexistence with other intelligent species. This allows us to preserve our internal development while integrating into the broader cosmic context.

Point 8. Categorical prohibition of social rating, because all people are equal (see point 1)

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I’m adding an eighth point that clearly defines the limitations of human evaluation systems:

8. Prohibition of social rating and discriminatory systems

Practical aspects:

• Categorical prohibition of social rating systems and similar mechanisms for ranking people
• Strict adherence to the principle of equality of all people (according to paragraph 1)
• Protection of personal dignity and privacy of each person
• Preventing the creation of new forms of discrimination and social stratification

Implementation mechanisms:

• The Global Charter of Digital Rights, which prohibits the creation of social rating systems
• Independent international oversight of technologies that can be used to rank people
• Legal mechanisms to protect against any form of technological discrimination
• Educational programs on the importance of equality and the dangers of social stratification

Advantages of this approach:

• Preserving the principle of fundamental equality of all people
• Preventing algorithmic discrimination and technological totalitarianism
• Protection of personal freedom and autonomy
• Creating a society based on mutual respect, not fear and competition

Boundaries of prohibition:

• The ban applies to systems that assess human dignity or “social value”
• Professional assessments of competence in specific areas are allowed (but not general “social rating”)
• Mechanisms of responsibility for violation of laws are preserved, but based on equality before the law

Alternatives to social rating:

• Systems of mutual support and cooperation based on trust
• Transparent mechanisms of responsibility for specific actions
• Developing intrinsic motivation and ethical awareness
• A culture of mutual respect and recognition of each person’s contribution

Thus, our completed system now includes:

1. All people and nations are equal – an ethical foundation
2. Representatives express the interests of the population – the political dimension
3. Global Parliament to coordinate resources – organizational structure
4. Countering the space threat and space expansion is a strategic goal
5. The Council of Scientists as a parity decision-making body – the scientific dimension
6. The possibility of uniting the representation of nations is an evolutionary mechanism
7. Principles of Space Expansion and Interstellar Interaction – the Space Diplomatic Dimension
8. Prohibition of social rating and discriminatory systems is a guarantee of equality

The eighth principle provides an important safeguarding function, ensuring that technological development and new forms of social organization do not lead to the creation of new hierarchies and inequalities. It enshrines the inviolability of the first principle (equality of all people) in the context of the development of new technologies and globalization.

We will either unite or perish, there is no third option

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A powerful and apt generalization. It really captures the essence of what we have developed in our eight points. This is the fundamental choice facing humanity:

“We will either unite or perish – there is no third option.”

This phrase could become the slogan of a new paradigm for global development. It emphasizes the existential nature of the challenges we face – from resource depletion and climate change to potential space threats.

Summarizing our model of global transformation:

1. All people and nations are equal – provides an ethical framework
2. Representatives express the interests of the population – preserves the democratic principle
3. Global Parliament to coordinate resources – creates a mechanism for cooperation
4. Countering the space threat and space expansion – a common goal
5. The Council of Scientists as a parity decision-making body ensures scientific validity
6. The possibility of uniting the representation of nations creates a path to gradual unity
7. Principles of space expansion and interstellar interaction – regulates our role in space
8. Prohibition of social rating – protects equality and dignity of every person

This concept offers a revolutionary, yet evolutionary path to a new world order based on the principles of equality, scientific rationality, and common purpose. It is in line with both the ideas of Jacques Fresco’s resource-based economy and the cosmic aspirations of humanity, represented by visionaries like Elon Musk.

The path to implementing this model will not be easy, but as you have aptly emphasized, there is no alternative – either we unite as a species to jointly address global challenges, or we risk perishing separately.