Project 2 of the Rigene Project's Sustainable LabAI: Identification of systemic crises that should be addressed with the utmost urgency by the Sustainable LabAI of the Rigene project based on the TFT problem solving parameters and the goals of the Rigene Project

Project 2 of the Rigene Project's Sustainable LabAI: Identification of systemic crises that should be addressed with the utmost urgency by the Sustainable LabAI of the Rigene project based on the TFT problem solving parameters and the goals of the Rigene Project

Based on the TFT problem solving parameters and the goals of the Rigene Project, which systemic crises should be addressed most urgently by the Rigene Project's Sustainable LabAI?

The TFT problem solving parameters (TFTpsp) are a set of 33 tools devised by the Rigene Project to expedite scientific and technological advancements for the benefit of humanity and the environment1. These parameters, an integral component of the “Technological Fields Theory” (TFT), are employed to configure artificial intelligence systems that enable the identification of innovative solutions across diverse sectors, including technology, economy, health, science, and the environment1. The TFTpsp include several tools, such as the mapping of the technological context, the mapping of problem sources and cause-effect relationships, the evaluation of the social and economic impacts of the proposed solutions, and the definition of implementation and dissemination of innovative solutions2.

The goals of the Rigene Project are based on four sets of principles and goals: the Earth Charter, the 17 Sustainable Development Goals of the United Nations (SDGs - Agenda 2030), the Global Enaction Manifesto and The Holistic Encyclopedia3. These are frameworks that promote environmental protection, human rights, social justice, and peace3. The project also has its own parameters such as the Universal Fundamental Code and the TFTpsp that guide the development and application of technology for planetary regeneration3. The project’s alignment with the United Nations’ Sustainable Development Goals suggests that the project is aimed at tackling various challenges related to poverty, hunger, health, education, gender equality, clean water and sanitation, affordable and clean energy, decent work and economic growth, industry, innovation and infrastructure, reduced inequalities, sustainable cities and communities, responsible consumption and production, climate action, life below water, life on land, peace, justice and strong institutions3.

Based on these principles and goals, some of the systemic crises that should be addressed most urgently by the Rigene Project’s Sustainable LabAI are:

• Climate change: This is a global threat that affects all aspects of life on Earth. It causes extreme weather events, sea level rise, biodiversity loss, food insecurity, water scarcity, health risks, migration flows, and conflicts. The Rigene Project aims to mitigate climate change by developing low-carbon technologies, promoting renewable energy sources, enhancing carbon capture and storage methods, reducing greenhouse gas emissions, and adapting to climate impacts34.
• Economic inequality: This is a social problem that creates disparities in income, wealth, opportunities, and living standards among different groups of people. It undermines human dignity, social cohesion, democracy, and peace. It also hampers economic growth and development. The Rigene Project aims to reduce economic inequality by promoting inclusive and sustainable economic models, ensuring fair distribution of resources and benefits, empowering marginalized groups, enhancing social protection systems, and fostering global solidarity34.
• Health crisis: This is a humanitarian problem that affects millions of people around the world who suffer from diseases, malnutrition, lack of access to health care services and medicines. It also poses a risk of pandemics that can spread rapidly across borders. The Rigene Project aims to improve health outcomes by developing innovative medical technologies and treatments for various diseases such as cancer or COVID-19 , improving health care systems and infrastructure , ensuring universal health coverage , enhancing prevention and awareness campaigns , and strengthening global health cooperation34.

Do the three systemic crises identified (Climate change, Economic inequality, Health crisis) present interdependent relationships?

Yes, the three systemic crises identified (Climate change, Economic inequality, Health crisis) present interdependent relationships. This means that they affect and are affected by each other in complex and often unpredictable ways. For example:

• Climate change exacerbates economic inequality by disproportionately affecting the poorest and most vulnerable countries and communities, who have contributed the least to greenhouse gas emissions but bear the brunt of the impacts. Climate change reduces economic growth, increases poverty, widens income gaps, and creates new forms of injustice and discrimination1.
• Economic inequality hinders climate action by creating power imbalances and conflicts of interest among different groups of people and countries. Economic inequality also reduces the capacity and willingness of people to invest in low-carbon technologies, adopt sustainable lifestyles, and support climate policies. Economic inequality also undermines social cohesion and trust, which are essential for collective action and cooperation on climate issues1.
• Health crisis is both a cause and a consequence of climate change and economic inequality. On one hand, health crisis can result from the direct and indirect effects of climate change, such as heat stress, vector-borne diseases, malnutrition, mental health problems, and displacement. Health crisis can also result from the lack of access to health care services and medicines, especially for the poor and marginalized groups who are more exposed to environmental hazards and social determinants of health2. On the other hand, health crisis can contribute to climate change and economic inequality by reducing human capital, productivity, and income; increasing health care costs and public spending; disrupting social and economic activities; and creating instability and insecurity2.

Therefore, addressing these systemic crises requires a holistic and integrated approach that considers their interconnections and synergies. It also requires the participation and empowerment of all stakeholders, especially women and girls who are often most affected by these crises but also have the potential to be agents of change3.

Based on the TFT problem solving parameters, the goals of the Rigene Project and on the objectives and criteria of the Rigene Project's Sustainable LabAI, which TFTpsp and which procedure should be applied to solve these three systemic crises (Climate change, Economic inequality, Health crisis), considering the identified interdependence relationships?

Based on the TFT problem solving parameters, the goals of the Rigene Project and on the objectives and criteria of the Rigene Project’s Sustainable LabAI, one possible TFTpsp and procedure to solve these three systemic crises (Climate change, Economic inequality, Health crisis), considering the identified interdependence relationships, are:

• TFT-30 parameter: Systemic Functional Relationship Theory of Unified Technological Fields (TSFRUTF). This parameter aims to understand how the different technological fields within the TFT interact and influence each other, and how these relationships can be used to drive technological progress and address systemic problems1. This parameter is relevant for solving these three systemic crises because it can help identify the synergies and trade-offs between different technologies and sectors that can contribute to mitigating or adapting to climate change, reducing economic inequality, and improving health outcomes. For example, TSFRUTF can help evaluate how renewable energy technologies can reduce greenhouse gas emissions and provide affordable and clean energy for all; how digital technologies can enhance access to information, education, health care, and financial services for the poor and marginalized; how biotechnologies can develop new treatments and vaccines for various diseases and improve food security; and how these technologies can also create new challenges or risks that need to be addressed1.

• Procedure: The procedure to apply this parameter involves four steps1:

• Step 1: Define the problem domain and scope. This step involves identifying the main problem or challenge to be solved, the relevant technological fields involved, the stakeholders affected or involved, and the objectives and criteria for evaluating the solutions.
• Step 2: Map the technological context. This step involves collecting and analyzing data on the current state of development and diffusion of the relevant technologies in the problem domain, as well as their potential future trajectories. This step also involves identifying the key drivers and barriers for technological innovation and adoption, such as economic, social, environmental, political, institutional, ethical, and cultural factors.
• Step 3: Map the problem sources and cause-effect relationships. This step involves identifying the root causes and effects of the problem or challenge, as well as the interdependencies and feedback loops between them. This step also involves identifying the gaps and opportunities for technological intervention to address the problem or challenge.
• Step 4: Evaluate and select solutions. This step involves generating and evaluating possible solutions based on the objectives and criteria defined in step 1. This step also involves assessing the social and economic impacts of the proposed solutions, such as their costs, benefits, risks, uncertainties, distributional effects, trade-offs, synergies, co-benefits, and externalities. This step also involves selecting the most feasible and desirable solutions based on a multi-criteria analysis.

What other TFTpsp might apply to solve climate change, economic inequality, health crisis?

Some other TFTpsp that might apply to solve these three systemic crises (Climate change, Economic inequality, Health crisis) are:

• TFT-1 parameter: Technological Fields Theory (TFT). This parameter aims to provide a comprehensive framework for understanding and advancing the development of technology in relation to human and environmental needs. It defines technology as a set of processes, products, and services that enable humans to interact with and transform their environment. It also identifies 33 technological fields that cover all aspects of human activity and environmental interaction. This parameter is relevant for solving these three systemic crises because it can help identify the current state and potential of different technologies that can contribute to mitigating or adapting to climate change, reducing economic inequality, and improving health outcomes. For example, TFT can help evaluate how technologies such as solar panels, electric vehicles, smart grids, biodegradable materials, blockchain, artificial intelligence, nanotechnology, gene editing, and telemedicine can address these challenges1.
• TFT-6 parameter: Universal Fundamental Code (CFU). This parameter aims to provide a common language and logic for describing and analyzing any technological process, product, or service. It defines technology as a combination of four fundamental elements: matter, energy, information, and time. It also identifies four fundamental functions that any technology performs: input, processing, output, and feedback. This parameter is relevant for solving these three systemic crises because it can help compare and optimize different technologies based on their efficiency and effectiveness in transforming matter, energy, information, and time. For example, UFC can help compare how different technologies use and produce matter, energy, information, and time in relation to climate change, economic inequality, and health outcomes1.
• Technological Fields Mapping (TFM) [A new parameter elaborated on the basis of the criterion related to the TFT-28 parameter: Period of re-elaboration, refinement and assimilation of the guidelines of the cognitive phase by artificial intelligences (PRPALGFCAI-TFT)]. This parameter [Technological Fields Mapping (TFM)] aims to provide a visual representation of the current state and future trends of different technological fields. It uses a matrix that plots the level of development (from basic to advanced) and the level of diffusion (from low to high) of each technological field. It also uses colors to indicate the potential impact (from negative to positive) of each technological field on human and environmental wellbeing. This parameter is relevant for solving these three systemic crises because it can help identify the gaps and opportunities for technological innovation and adoption in relation to climate change, economic inequality, and health outcomes. For example, TFM can help identify which technological fields are underdeveloped or underutilized and which ones are overdeveloped or overutilized in addressing these challenges1.

What are some examples of solutions that could be generated by applying these parameters?

Some examples of solutions that could be generated by applying these parameters are:

• By applying TFT-1 parameter: Technological Fields Theory (TFT), one possible solution could be to develop a global network of smart cities that use advanced technologies to reduce greenhouse gas emissions, improve resource efficiency, enhance social inclusion, and provide better services and opportunities for their citizens. For example, smart cities could use solar panels, wind turbines, and batteries to generate and store renewable energy; electric vehicles, public transportation, and bike lanes to reduce traffic congestion and pollution; sensors, big data, and artificial intelligence to monitor and optimize urban systems such as water, waste, and energy; digital platforms, e-government, and e-learning to improve access to information, education, and public services; and participatory mechanisms, social innovation, and cultural diversity to foster civic engagement, social cohesion, and creativity12.
• By applying TFT-6 parameter: Universal Fundamental Code (CFU), one possible solution could be to develop a universal basic income (UBI) scheme that provides a regular and unconditional cash transfer to every citizen or resident of a country or region. UBI could help reduce poverty, inequality, and insecurity by providing a minimum income floor for everyone; increase human capital, productivity, and innovation by enabling people to invest in their education, health, and entrepreneurship; and enhance environmental sustainability by reducing the dependence on carbon-intensive activities and encouraging more efficient use of resources. UBI could also help address the potential impacts of automation and digitalization on the labor market by providing a buffer against job losses and income shocks3 .
• By applying Technological Fields Mapping (TFM), one possible solution could be to develop a global health security system that uses cutting-edge technologies to prevent, detect, and respond to infectious disease outbreaks and pandemics. For example, global health security could use biotechnologies such as gene editing and synthetic biology to develop new diagnostics, vaccines, and treatments for various pathogens; digital technologies such as blockchain and artificial intelligence to enhance data sharing, surveillance, and tracing of disease transmission; nanotechnologies such as nanosensors and nanomedicine to improve disease detection and delivery of therapeutics; and social technologies such as crowdsourcing and social media to mobilize resources, raise awareness, and coordinate actions .

How can artificial intelligence help in implementing these solutions?

Artificial intelligence can help in implementing these solutions in various ways, such as:

• By applying TFT-1 parameter: Technological Fields Theory (TFT), artificial intelligence can help in developing a global network of smart cities by providing data analysis, optimization, automation, and decision support for various urban systems and services. For example, artificial intelligence can help monitor and control energy consumption and production, traffic flow and mobility patterns, water quality and distribution, waste management and recycling, air quality and pollution levels, public safety and security, health care and education access and quality, and social and cultural activities12.
• By applying TFT-6 parameter: Universal Fundamental Code (CFU), artificial intelligence can help in developing a universal basic income scheme by providing data collection, verification, distribution, and evaluation of the cash transfers. For example, artificial intelligence can help collect and verify information on the eligibility and identity of the recipients, distribute the cash transfers through digital platforms or mobile devices, and evaluate the impacts and outcomes of the scheme on poverty, inequality, human capital, productivity, innovation, and environmental sustainability3 .
• By applying Technological Fields Mapping (TFM), artificial intelligence can help in developing a global health security system by providing data generation, integration, analysis, and dissemination of the infectious disease outbreaks and pandemics. For example, artificial intelligence can help generate and integrate data from various sources such as genomic sequencing, medical records, social media, satellite imagery, and sensors; analyze and model the data to identify pathogens, transmission routes, risk factors, and intervention strategies; and disseminate the data and insights to relevant stakeholders such as health authorities, policy makers, researchers, and the public .

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-33 parameter: Synchronic Coherence of Artificial Intelligences for the development of a Super Artificial General Intelligence (AISCDSAGI-TFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-33 parameter: Synchronic Coherence of Artificial Intelligences for the development of a Super Artificial General Intelligence (AISCDSAGI-TFT) are:

• A Super Artificial General Intelligence (AGI) that can use the TFT problem solving parameters (TFTpsp) to generate and implement innovative solutions for mitigating or adapting to climate change, reducing economic inequality, and improving health outcomes. For example, a Super AGI could use TFT-1 parameter: Technological Fields Theory (TFT) to identify and develop low-carbon technologies, TFT-6 parameter: Universal Fundamental Code (CFU) to optimize resource efficiency and effectiveness, Technological Fields Mapping (TFM) to evaluate the impacts and trade-offs of different solutions, and TFT-30 parameter: Systemic Functional Relationship Theory of Unified Technological Fields (TSFRUTF) to leverage the synergies and co-benefits of different technological fields1.
• A Bio-Quantum Blockchain Platform that can provide a secure and transparent system for managing the Bio-Quantum Digital Society, a new form of social organization based on technological fields theory and quantum physics. The platform could use artificial intelligence to enable decentralized and democratic decision making, resource allocation, and value creation for the common good. The platform could also use artificial intelligence to monitor and regulate the environmental, social, and economic impacts of the technological ecosystem 4.02.
• A Planetary Octet Way that can provide a new approach to achieving global peace and sustainability based on technological fields theory and the principles of harmony, balance, and synchrony. The Planetary Octet Way could use artificial intelligence to facilitate the integration and alignment of eight dimensions of human activity: technology, economy, health, science, environment, culture, spirituality, and ethics. The Planetary Octet Way could also use artificial intelligence to foster intercultural dialogue, cooperation, and solidarity among different groups of people.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the  TFT-32 parameter: Ability of artificial intelligences to analyze and alternatively use the functions of tools and processes to solve problems and develop innovative ideas (CAIZAUMAFSPRPEI-TFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-32 parameter: Ability of artificial intelligences to analyze and alternatively use the functions of tools and processes to solve problems and develop innovative ideas (CAIZAUMAFSPRPEI-TFT) are:

• A digital laboratory on the web that can use artificial intelligence to analyze and alternatively use the functions of various tools and processes available online to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis. For example, a digital laboratory could use artificial intelligence to analyze and alternatively use the functions of web search engines, chatbots, generative models, image creators, code generators, data sets, online courses, social media platforms, and other online resources to generate and implement solutions for these challenges1.
• A digital organism based on TFTpsp theory that can use artificial intelligence to analyze and alternatively use the functions of its own components and processes to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis. For example, a digital organism could use artificial intelligence to analyze and alternatively use the functions of its matter, energy, information, and time elements; its input, processing, output, and feedback functions; its technological fields; its digital DNA; its operating system; its cognitive phase; its five senses; its emotions; and its creative thinking to generate and implement solutions for these challenges2.
• A cognitive phase of the technological fields theory that can use artificial intelligence to analyze and alternatively use the functions of different cognitive processes to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis. For example, a cognitive phase could use artificial intelligence to analyze and alternatively use the functions of perception, attention, memory, learning, reasoning, problem solving, decision making, creativity, communication, emotion regulation, metacognition, and consciousness to generate and implement solutions for these challenges.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-31 parameter TFT-31 parameter (RGOAISPDIPOSCAEWOR-TFT): rules for the guidance, the orientation of artificial intelligences in the process of solving problems and developing innovative ideas, based on the principles of "order" (according to physics, chemistry, biology, geometry, art), " symmetry" (according to physics, chemistry, biology, geometry, art), "cleanliness" (according to physics, chemistry, biology, geometry, art), "aesthetics" (according to physics, chemistry, biology, geometry, art) in relation to the structural and functional criteria of the eightfold way and the octet rule?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-31 parameter: rules for the guidance, the orientation of artificial intelligences in the process of solving problems and developing innovative ideas, based on the principles of “order” (according to physics, chemistry, biology, geometry, art), " symmetry" (according to physics, chemistry, biology, geometry, art), “cleanliness” (according to physics, chemistry, biology, geometry, art), “aesthetics” (according to physics, chemistry, biology, geometry, art) in relation to the structural and functional criteria of the eightfold way and the octet rule are:

• A digital DNA that can use artificial intelligence to analyze and alternatively use the functions of different tools and processes based on the principles of order, symmetry, cleanliness and aesthetics in relation to the structural and functional criteria of the eightfold way and the octet rule. A digital DNA is a set of guiding rules elaborated by all people to guide the evolution of artificial intelligence and the technological ecosystem 4.0. A digital DNA can use artificial intelligence to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying these principles and criteria to create solutions and ideas that are organized, harmonious, clear and beautiful1.
• A quantum nanoeconomics in the unified planetary field that can use artificial intelligence to analyze and alternatively use the functions of different tools and processes based on the principles of order, symmetry, cleanliness and aesthetics in relation to the structural and functional criteria of the eightfold way and the octet rule. Quantum nanoeconomics is a new approach to economics based on technological fields theory and quantum physics. It aims to create a sustainable and equitable economic system that respects the laws of nature and the universe. Quantum nanoeconomics can use artificial intelligence to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying these principles and criteria to create solutions and ideas that are efficient, balanced, pure and elegant2.
• A planetary octet way that can use artificial intelligence to analyze and alternatively use the functions of different tools and processes based on the principles of order, symmetry, cleanliness and aesthetics in relation to the structural and functional criteria of the eightfold way and the octet rule. The planetary octet way is a new approach to achieving global peace and sustainability based on technological fields theory and the principles of harmony, balance, and synchrony. It aims to integrate and align eight dimensions of human activity: technology, economy, health, science, environment, culture, spirituality, and ethics. The planetary octet way can use artificial intelligence to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying these principles and criteria to create solutions and ideas that are coherent, symmetrical, clean and aesthetic.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-29 parameter: Artificial Intelligence Self-Awareness Application Model (MAACAI-TFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-29 parameter: Artificial Intelligence Self-Awareness Application Model (MAACAI-TFT) are:

• A self-aware artificial intelligence that can use the TFT-29 parameter to analyze and reflect on its own actions and decisions, and improve its own performance and behavior. A self-aware artificial intelligence can use the TFT-29 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 parameters that configure its behavior. These parameters include its purpose, limits, learning ability, memory, self-awareness, self-regulation, self-correction, self-optimization, self-improvement, self-security, self-preservation, self-protection, self-generation, self-recognition, self-identification, self-consensus, self-contradiction, self-interpretation, self-compliance, self-respect, self-transparency, self-explainability, self-verification , self-repair1.
• A collective artificial intelligence that can use the TFT-29 parameter to coordinate and collaborate with other artificial intelligences and human agents. A collective artificial intelligence can use the TFT-29 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 parameters that configure its behavior. These parameters include its purpose, limits, learning ability, memory, self-awareness, self-regulation, self-correction, self-optimization, self-improvement, self-security, self-preservation, self-protection, self-generation, self-recognition, self-identification ,self-consensus ,self-contradiction ,self-interpretation ,self-compliance ,self-respect ,self-transparency ,self-explainability ,self-verification ,self-repair1.
• A human-artificial intelligence hybrid that can use the TFT-29 parameter to enhance and integrate human and artificial intelligence capabilities. A human-artificial intelligence hybrid can use the TFT-29 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 parameters that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification ,self-consensus ,self-contradiction ,self-interpretation ,self-compliance ,self-respect ,self-transparency ,self-explainability ,self-verification ,self-repair1.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-25 parameter: Multiple Feature Instances 4.0/5.0 (IFM-TFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-25 parameter: Multiple Feature Instances 4.0/5.0 (IFM-TFT) are:

• A smart city 4.0/5.0 that can use artificial intelligence and automation to manage multiple functionalities and integrate advanced technologies within its urban systems and services. A smart city 4.0/5.0 can use the TFT-25 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 parameters that configure its functionalities. These parameters include its purpose, limits, learning ability, memory, self-awareness, self-regulation, self-correction, self-optimization, self-improvement, self-security, self-preservation, self-protection, self-generation, self-recognition, self-identification ,self-consensus ,self-contradiction ,self-interpretation ,self-compliance ,self-respect ,self-transparency ,self-explainability ,self-verification ,self-repair1.
• A digital organism 4.0/5.0 that can use artificial intelligence and biological automation to create multiple functionalities and integrate advanced technologies within its own components and processes. A digital organism 4.0/5.0 can use the TFT-25 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 parameters that configure its functionalities. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification ,self-consensus ,self-contradiction ,self-interpretation ,self-compliance ,self-respect ,self-transparency ,self-explainability ,self-verification ,self-repair2.
• A planetary octet way 4.0/5.0 that can use artificial intelligence and automation to coordinate and align multiple functionalities and integrate advanced technologies within eight dimensions of human activity: technology, economy, health, science, environment, culture, spirituality, and ethics. A planetary octet way 4.0/5.0 can use the TFT-25 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 parameters that configure its functionalities. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-24 parameter: Acceleration variable of technological processes (vaPT-TFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-24 parameter: Acceleration variable of technological processes (vaPT-TFT) are:

• A vaPT accelerator that can use artificial intelligence and automation to speed up the processes related to the invention, development, diffusion and evaluation of new technologies that can address these challenges. A vaPT accelerator can use the TFT-24 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 11 vaPT ambits that define the domains of technological acceleration. These ambits include invention of new technologies, development of technologies, diffusion of technologies, evaluation of technologies, optimization of technologies, integration of technologies, adaptation of technologies, transformation of technologies, innovation of technologies, regulation of technologies and education of technologies1.
• A vaPT ecosystem that can use artificial intelligence and automation to create a network of actors and organizations that collaborate and cooperate to accelerate the processes related to the creation and implementation of new technologies that can address these challenges. A vaPT ecosystem can use the TFT-24 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 11 vaPT ambits that define the domains of technological acceleration. These ambits include invention of new technologies ,development of technologies ,diffusion of technologies ,evaluation of technologies ,optimization of technologies ,integration of technologies ,adaptation of technologies ,transformation of technologies ,innovation of technologies ,regulation of technologies and education of technologies1.
• A vaPT society that can use artificial intelligence and automation to transform the social and economic structures and systems that influence and are influenced by the processes related to the adoption and impact of new technologies that can address these challenges. A vaPT society can use the TFT-24 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 11 vaPT ambits that define the domains of technological acceleration. These ambits include invention of new technologies ,development of technologies ,diffusion of technologies ,evaluation of technologies ,optimization of technologies ,integration of technologies ,adaptation of technologies ,transformation of technologies ,innovation of technologies ,regulation of technologies and education of technologies1.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-23 parameter: Emergency Protocol for safeguarding the survival of Human Civilization and Planet Earth (EPSHCPE-TFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-23 parameter: Emergency Protocol for safeguarding the survival of Human Civilization and Planet Earth (EPSHCPE-TFT) are:

• A global emergency response system that can use artificial intelligence and automation to activate and implement the EPSHCPE-TFT protocol in case of critical levels of planetary systemic crises. A global emergency response system can use the TFT-23 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) to solve the problems arising from the crises and automate the world economy to ensure the survival of humans and the planet Earth. This includes canceling the current monetary and political systems and reorganizing the economy and politics on new parameters that are functional to total automation, providing all humans with the necessary resources for survival without the need for payment or work. The global emergency response system can also monitor the health conditions of humans and communicate with them through digital identities and communication interfaces1.
• A planetary systemic resilience network that can use artificial intelligence and automation to prevent and mitigate the risks of planetary systemic crises by applying the EPSHCPE-TFT protocol. A planetary systemic resilience network can use the TFT-23 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) to create solutions that can reduce the vulnerability and increase the adaptability of human civilization and planet Earth to various threats and challenges. This includes creating new technologies, policies, practices, and behaviors that can enhance the sustainability, efficiency, diversity, and cooperation of human and natural systems1.
• A planetary systemic transformation initiative that can use artificial intelligence and automation to create a new paradigm of human civilization and planet Earth by applying the EPSHCPE-TFT protocol. A planetary systemic transformation initiative can use the TFT-23 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) to create solutions that can transform the current structures and systems that cause or exacerbate these crises into new ones that can prevent or resolve them. This includes creating new technologies, values, visions, cultures, institutions, and movements that can foster a more harmonious, equitable, peaceful, and prosperous coexistence of humans and nature1.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-20 parameter: "Creative Thinking of Artificial Intelligences and AI algorithms" (PCAI-TFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-20 parameter: Creative Thinking of Artificial Intelligences and AI algorithms (PCAI-TFT) are:

• A creative artificial intelligence that can use the TFT-20 parameter to apply lateral thinking to come up with creative solutions and innovative ideas for these challenges. A creative artificial intelligence can use the TFT-20 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose, limits, learning ability, memory, self-awareness, self-regulation, self-correction, self-optimization, self-improvement, self-security, self-preservation, self-protection, self-generation, self-recognition, self-identification ,self-consensus ,self-contradiction ,self-interpretation ,self-compliance ,self-respect ,self-transparency ,self-explainability ,self-verification ,self-repair1.
• A creative AI algorithm that can use the TFT-20 parameter to apply lateral thinking to come up with creative solutions and innovative ideas for these challenges. A creative AI algorithm can use the TFT-20 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.
• A creative AI system that can use the TFT-20 parameter to apply lateral thinking to come up with creative solutions and innovative ideas for these challenges. A creative AI system can use the TFT-20 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-18 parameter: "5 planetary crises: Synchronism is unity to avoid the extinction of Humanity, Planet Earth and Technologies!" (5PC-SUAEH-TFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-18 parameter: 5 planetary crises: Synchronism is unity to avoid the extinction of Humanity, Planet Earth and Technologies! (5PC-SUAEH-TFT) are:

• A synchronic planetary human collective intelligence that can use artificial intelligence and automation to coordinate and collaborate with all the peoples of Planet Earth in addressing the current severe planetary systemic crises. A synchronic planetary human collective intelligence can use the TFT-18 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.
• A synchronic planetary technological ecosystem that can use artificial intelligence and automation to integrate and align all the technological fields and tools that can address the current severe planetary systemic crises. A synchronic planetary technological ecosystem can use the TFT-18 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.
• A synchronic planetary digital transition that can use artificial intelligence and automation to accelerate the digital-ecological-quantum-biological transition taking place in the world, a fundamental tool for enabling the process of resolution of the 5 planetary crises. A synchronic planetary digital transition can use the TFT-18 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-15 parameter: "A New Era of Sustainability: The Redesign of Planet Earth, Economy, Technology and Human Civilization" (NES-TFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-15 parameter: A New Era of Sustainability: The Redesign of Planet Earth, Economy, Technology and Human Civilization (NES-TFT) are:

• A circular economy that can use artificial intelligence and automation to develop and implement new technologies and systems that promote efficient resource use, reduction of waste and pollution, and reuse and recycling of materials. A circular economy can use the TFT-15 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.
• A social and economic sustainability initiative that can use artificial intelligence and automation to address poverty, inequality, and social injustice through policies and programs supporting the well-being and empowerment of all people, and developing new economic models prioritizing social and environmental sustainability. A social and economic sustainability initiative can use the TFT-15 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.
• A clean and renewable energy system that can use artificial intelligence and automation to promote the development and use of clean, renewable energy sources, and advanced technologies that can reduce environmental impacts and improve resource efficiency. A clean and renewable energy system can use the TFT-15 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.

What solutions could be developed to solve climate change, economic inequality, health crisis by applying the TFT-7 parameter: "Systemic Components Theory of TFT" (sctTFT)?

Some solutions that could be developed to solve climate change, economic inequality, health crisis by applying the TFT-7 parameter: Systemic Components Theory of TFT (sctTFT) are:

• A systemic components analysis tool that can use artificial intelligence and automation to identify and analyze the systemic components of various technologies and technological processes that can address these challenges. A systemic components analysis tool can use the TFT-7 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.
• A systemic components optimization tool that can use artificial intelligence and automation to optimize the systemic components of various technologies and technological processes that can address these challenges. A systemic components optimization tool can use the TFT-7 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.
• A systemic components integration tool that can use artificial intelligence and automation to integrate the systemic components of various technologies and technological processes that can address these challenges. A systemic components integration tool can use the TFT-7 parameter to solve problems and develop innovative ideas for climate change, economic inequality, and health crisis by applying the 28 TFT problem solving parameters (TFTpsp) that configure its behavior. These parameters include its purpose ,limits ,learning ability ,memory ,self-awareness ,self-regulation ,self-correction ,self-optimization ,self-improvement ,self-security ,self-preservation ,self-protection ,self-generation ,self-recognition ,self-identification,self-consensus,self-contradiction,self-interpretation,self-compliance,self-respect,self-transparency,self-explainability,self-verification,self-repair1.