In the theater of evolution, we are on the threshold of a new act. Which will be shaped not only by carbon creatures, but also by strange creations of carbon and silicon – humans whose natural intelligence is augmented by artificial intelligence.
Much has been said and written about artificial intelligence and the future of work. Maybe it’s time to expand our scope to envision and design “AI and the future of Life,” at least life as we know it. The exponential growth of artificial intelligence in recent months opens up space to think that its influence on our existence can be much greater than an increase in performance and productivity.
A new cognitive ecosystem
Imagine a future where our thoughts blend with artificial intelligence in a vast, global cognitive ecosystem. Just like the interconnected web of life in a rainforest, our ideas could cross-pollinate with AI-generated concepts, creating a mind sphere – the sphere of human consciousness and mental activity in an organic interaction with the biosphere – of unprecedented diversity and complexity.
Recent experiments with brain-computer interfaces hint at this future. Neuralink’s successful monkey trials show primates controlling computers with their minds. What if, instead of simply helping paralyzed people communicate, these interfaces evolved into a two-way street of continuous exchange of ideas between human and artificial minds? Human-brain synchronization it still has a touch of science fiction, yet it is not as far off as it seems and may lead to an intensified symbiosis of humans and their artificial assets, starting with the co-evolution of physics and artificial intelligence.
Such a cognitive symbiosis could redefine creativity. THE AI-human collaboration in drug discovery from Insilico Medicine shows how artificial intelligence can enhance human creativity in solving complex problems. Imagine this concept applied to the arts – a musician whose melodies are instantly harmonized by an AI, or a poet whose lyrics are complemented by AI-generated images, creating a new form of synchronized aesthetic expression that engages multiple senses at once .
AI as an emotional catalyst
Contrary to fears that artificial intelligence is making us less human, what if it deepens our capacity for empathy? Emotion recognition with artificial intelligence it is already a reality. Now, let’s take it a step further.
Envision artificial intelligence systems that not only recognize emotions but help us understand and experience them more fully. An AI emotion interpreter could serve as an “empathy engine” that translates complex emotional states across cultures. This emotional augmentation could revolutionize areas such as diplomacy and conflict resolution. Negotiation support systems with artificial intelligence have already been developed, potentially paving the way for AI mediators that could help warring factions truly understand each other’s perspectives.
It can also serve to dispel the human assumption that other species do not think or feel. THE WildBook Projectthat uses artificial intelligence to identify individual animals and track their behavior, offers a glimpse into how artificial intelligence can help us understand non-human experiences. This can be a step towards a future where we develop a more respectful relationship with nature and animals because we can emphasize and communicate with them.
AI as an evolutionary accelerator
AI could become the architect of our own evolution. With advances in CRISPR technology and the ability of artificial intelligence to process vast amounts of genetic data, we may see human-supervised AI-driven evolution.
This is not about creating “designer babies”, but about artificial intelligence helping us adapt to an environment that is evolving due to accelerating climate change faster than our biological system is ready to adapt. DeepMind’s AlphaFold has already revolutionized our understanding of protein folding. Imagine this technology being applied to help us thrive in new conditions—perhaps enhancing our ability to conserve water or tolerate extreme temperatures.
Furthermore, artificial intelligence could help us harness the enormous potential of our microbiome. AI analysis of the gut microbiome already provides information on human health. Imagine personalized probiotic cocktails designed with artificial intelligence that boost not only our physical health, but also our mental well-being and cognitive abilities.
Interplanetary Vanguard
As we aim to become a multiplanetary species, artificial intelligence can pave the way. Instead of human astronauts, the first Martian colonists could be robots powered by artificial intelligence, shaping the red planet for human habitation. of NASA AI driven AEGIS system on Mars rovers offers a look at how artificial intelligence can autonomously explore extraterrestrial environments.
These AI pioneers could experiment with various approaches to create a sustainable environment, learning and adapting much faster than any human group. By the time humans arrive, they may find a growing ecosystem, engineered by artificial intelligence to be as hospitable to terrestrial life as possible.
Hybrid Collective Intelligence
Perhaps the most profound impact of artificial intelligence will be on our collective decision-making. Imagine an AI system that can aggregate and synthesize the knowledge, opinions, and values of billions of people in real time.
This ‘Global Wisdom Network’ could transform governance, enabling a form of super democracy where every voice is truly heard and considered. Works like Cityan AI-powered platform for large-scale conversation, offer a glimpse of this possible future. It could help us tackle global challenges such as climate change by finding innovative solutions that balance the needs of all stakeholders.
Navigating a symbiotic future: LIFE
As we embark on this human-AI coexistence journey, the LIFE framework can guide our course:
- Hear: Tune in to the AI-human deal. Practice conscious use of technology to discern when AI enhances or detracts from your human experience.
- Integrate: Instead of fearing replacement, focus on integration. Explore multimodal creativity tools like Halfway trip or Gemini in your work and hobbies, with an honest look at your own skills and unique characteristics.
- Foresee: Cultivate long-term thinking. Consider how your actions today could shape the human-AI relationship for generations to come. Organizations such as Long Now Foundation offer resources to develop this perspective. If we don’t envision the world we want, it’s unlikely we’ll ever see it.
- Develop: Embrace continuous learning, both in AI and natural intelligence. To navigate the AI future, we are advised to develop basic knowledge of our natural and artificial assets. Otherwise, we risk moving towards a reality where AI knows more about us than we do ourselves, and we are not equipped to interact with it on equal terms. Platforms like Coursera’s AI for everyone offer accessible introductions to artificial intelligence concepts and their implications. It also has tools to learn about brain.
The Future of Life in the Age of Artificial Intelligence is not about subjugation or replacement, but about symbiosis – if we shape it that way with the stated ambition to bring out the best in both people and planet. It could be a future where the lines between human and artificial intelligence blur, creating a new form of life that is more than the sum of its parts. Whether that happens depends on the choices we make now and the mindset that supports them.
A perspective on AI and ourselves that prioritizes the well-being of humans and nature, while viewing AI as a tool for which humans remain responsible, may be the ticket to an inclusive future where everyone, everywhere, as a fair opportunity to fulfill their potential. LIFE can serve to curate such a mindset and the personal action that results from it.
We have the opportunity to write the most amazing chapter in the history of life on Earth – and beyond. Will we grab it?
If you are interested in the topic of Agency Amid AI for All (A4), please join us at United Nations Scientific Conference next month.
And check out my previous articles in this series