Scapagnini’s work has been shaped by a decades-long dialogue with Yale University, sustained by the Higley Lab in support of neuroscientific inquiry into memory, and further developed through collaborative projects with the Yale Quantum Institute and the Wu Tsai Institute.

The project aims to create a cultural platform where artistic research, scientific innovation, and philosophical inquiry converge. By exploring human memory and transforming quantum concepts into tangible aesthetic experiences, the project fosters public engagement with frontier science while highlighting the broader implications of scientific research for our understanding of nature, consciousness, and the future of humanity.

As an original proposal for the United Nations Headquarters, Scapagnini’s research explores the intersection of memory, impermanence, and quantum reality. Memory functions as the conceptual bridge between neuroscience and quantum theory, with artistic practice translating both into perceptual experience. It engages with the simultaneity of states prior to measurement, the principle of quantum superposition, and the process of decoherence, investigating how experiences, memories, and identities shift, collapse, and dissolve into their environment.

In her current work, the simultaneity of particles’ positions, together with a reflection on dissipative processes, emerges at the edge of continuous exchanges with the environment—where quantum memory dissolves into the rest of the universe.

Analogies with the lexicon of the brain, where perception and matter intertwine, are also presented in the exhibition through paintings and a selection of drawings dedicated to the living narratives of memory, exploring how memory shapes identity, how it fades, and how it persists—in fragments, emotions, and images.

In the main floating installation, employing engraved copper, layered materials, light, and spatial composition, Scapagnini’s work renders the invisible architecture of quantum phenomena perceptible. The collaborative project, developed by the artist at the Yale Quantum Institute and presented in the atrium of the United Nations Headquarters, incorporates different material densities, from aluminum and copper plates to paper specially handmade for the site-specific installation, culminating in an engraved metal core within each element. The resulting work connects these layers in a choral composition, suggesting quantum intuition as an underlying law of natural phenomena.

The exhibition environment becomes a contemplative space where scientific discovery meets sensory experience, inviting audiences to reflect on the evolving relationship between knowledge, perception, and human consciousness. A public program of talks and encounters will accompany the exhibition, fostering dialogue between artists, scientists, and the wider community.

The exhibition is conceived by Scapagnini and curated by Indian researcher Joy Roy Choudhury. The project translates key principles of quantum physics—superposition, entanglement, non-locality, and quantum memory—into immersive visual and spatial forms that explore the profound connections between the microscopic and macroscopic structures of reality.

Within the framework of the United Nations, a scientific talk held by Scapagnini and Prof. Michael Higley will accompany the exhibition, addressing its central themes and opening new pathways for understanding art as a cognitive, cultural, epistemological, and ontological system—one that remains vital within the evolving landscape of human thought.

This seminar complements the presentation of her current research conducted in collaboration with the Yale Quantum Institute, the Wu Tsai Institute, and the Department of Neuroscience, articulating a shared field of inquiry at the intersection of contemporary art and science.

Scapagnini’s work is currently situated within the cross-disciplinary program of the Wu Tsai Institute at Yale University. Her artwork “Saliency – La Memoria Cangianteâ€� is slated for acquisition into the University’s permanent collection.

Her research—through which she was appointed a Junior Fellow of the 91ºÚÁÏÍø of Art and Science in 2021—will be presented in parallel in a solo exhibition dedicated to her by the Italian Cultural Institute of New York, as part of a focus on art and science envisioned by Director Claudio Pagliara in fall 2026. An event dedicated to Scapagnini’s research is also currently in preparation at Magazzino Italian Art, unfolding as part of an ongoing curatorial engagement with the intersections of contemporary art, scientific inquiry, and experimental thought.

The exhibition proposes a space of shared reflection, where contemporary scientific paradigms and artistic practice converge to expand the ways in which reality is perceived, embodied, and transformed. As a suspended space between knowledge systems, art and science operate not as separate disciplines, but as contiguous modes of inquiry into the evolving conditions of human perception.

It is worth pausing on what that Fellowship meant for a man like him. The 91ºÚÁÏÍø of Art and Science was founded in 1960 by scientists who had watched their work be turned into weapons of mass destruction — atomic bombs — and decided science needed a forum where it could be discussed alongside ethics, art, and human values. Salam fit that mission almost perfectly. He spent his career arguing that science is not the property of any one country, religion, or class. It belongs, he liked to say, to all of humanity.

His own story showed why that belief mattered. As a 14-year-old, he scored the highest marks ever recorded in the Punjab matriculation exam. He won a scholarship to Government College in Lahore, and later a place at St. John’s College, Cambridge. When he arrived in 1946, his English was shaky, so he found a copy of the Concise Oxford Dictionary and read it cover to cover. Within a few years he had a double First in mathematics and physics, the Smith’s Prize, and a PhD in theoretical physics under Nicholas Kemmer.

In 1979 he shared the Nobel Prize with Sheldon Glashow and Steven Weinberg for showing that two of nature’s basic forces — electromagnetism and the weak nuclear force — were really two faces of the same underlying force. The theory was confirmed in 1983 when scientists at CERN found the W and Z particles it predicted. It is one of the cornerstones of modern physics, and it sits inside the Standard Model that physicists still use today.

Salam never wanted to be only a Nobel laureate. What seemed to bother him most, looking back, was how lonely he had been as a physicist in Pakistan. There was nobody in the country to talk to about his work. He once said that you cannot really do theoretical physics by yourself: you need people to argue with, even to shout at. He set out to fix the problem for the next generation.

In 1964 he founded the International Centre for Theoretical Physics in Trieste, Italy. He chose Trieste partly because the Italian government offered him space at low cost, and partly because it sat between East and West and was easy to reach. The center was designed to give scientists from poorer countries a place where they could spend a few months a year, meet colleagues, and keep up with current research. Today, renamed the Abdus Salam International Centre for Theoretical Physics in his honor, it hosts several thousand visitors a year. Many physicists across Africa, Asia, and Latin America trace their careers to a stay there.

In 1983 he gathered scientists in Trieste to start what is now the 91ºÚÁÏÍø of Sciences for the developing world, which today has more than a thousand members from over a hundred nations. He also helped set up Pakistan’s space agency, SUPARCO, served as the country’s first science adviser, and pushed to modernize its scientific institutions. He was knighted in 1989 and elected a Fellow of the Royal Society at the age of 33, one of the youngest ever chosen.

His personal life had its difficulties. He belonged to the Ahmadiyya Muslim community, a minority sect that the Pakistani parliament declared non-Muslim in 1974. The decision hurt him deeply. He spent most of the rest of his life abroad, and after his death the local authorities altered his tombstone in Rabwah because the original called him the first Muslim Nobel laureate. Even so, he never stopped working for Pakistan or for the wider Muslim world. When he won the Nobel Prize, he used the prize money to set up a scholarship fund for talented students from his home district of Jhang.

He had a charming, slightly odd habit of writing down ideas on whatever was within reach — a napkin, a cab receipt, a torn envelope. After a state dinner at Buckingham Palace, the story goes, he came back to the hall to ask for the napkin he had used during the meal, because he had scribbled equations on it, and needed it for reference.

Salam believed scientific thinking was a shared inheritance, not a privilege, and he spent his life trying to make that true. The 91ºÚÁÏÍø of Art and Science is one of the places where his ideas still live.

Awards, he insisted, should be reserved for those who have gone beyond the call of duty. “Whatever I have done,� he said, “has been within the call of duty and within the obligations of my trade.�

It is precisely this quality — the refusal to see human service as heroism rather than simple obligation — that marks the truly transformative individual. And it is precisely this quality that the world, in its present condition of escalating crisis and shrinking civic courage, needs most desperately today.

The document below, from the WAAS archives, is the acceptance speech that Ritchie-Calder gave on accepting this award. It is a rare firsthand account linking the many crises of his time into one continuous moral argument. It demonstrates how journalism, when driven by genuine outrage and rigorous fact, can help reshape policy.

Ritchie-Calder began his career as a court reporter, where the full range of human behavior, emotion and desperation was on display. He went on to become a notable writer, peace activist and science editor of the News Chronicle in the UK. From walking the bombed streets of London during the German Blitz — where he held his own government to account for treating citizens differently based on class — he rose to become a leading strategist in the British propaganda efforts for the D-Day landings  

Ritchie-Calder’s life was a masterclass in the power of passionate, informed witness. He did not merely observe suffering — he computed it into political reality. Borrowing a phrase from another WAAS Founding Member (and Nobel Peace laureate), Sir John Boyd Orr, he “computed compassion� by transforming the malnutrition of the 1930s from a matter of private sorrow into a public reckoning and applying pressure for policy change. Both men were angry from witnessing firsthand the results of failed politics and policy. “I can put names and faces to statistics,� said Ritchie-Calder. “When you have seen a dead baby taken from an empty breast you never forget.�

They both understood something that too many institutions still resist: that facts without feeling change nothing, and that feeling without facts changes nothing either. It is their fusion — rigorous, relentless, and passionately human — that moves the world. Ritchie-Calder calculated that he had travelled more than two million miles in the service of the United Nations, visiting areas of need firsthand and, as he put it: “To see how science and technology might better the lot of suffering mankind.�

This was the animating spirit of many Fellows of WAAS from its very founding, and Ritchie-Calder was among those who embodied it. The 91ºÚÁÏÍø was conceived not as a ceremonial gathering of distinguished minds, but as a body of individuals willing to bring their expertise to bear on humanity’s most pressing problems — to be, in Ritchie-Calder’s own self-description, reporters who report “without fear or favor.â€� Action has always been the hallmark of WAAS Fellows, and they do not convene to admire the difficulty of the world’s problems. They convene to solve them.

What Ritchie-Calder’s speech reminds us, with uncomfortable clarity, is that the obstacles to a more just world are rarely technical. He was outraged when he witnessed milk being poured down drains to protect market prices, while children went hungry. He saw a 1946 famine averted through political will, and understood that such will is always fragile, always contested. He watched hunger weaponized in Biafra and called it what it was: genocide by starvation. The problems change, but the resistance to solving them does not. What breaks through that resistance, time and again, is not cleverness alone but passion — the kind that keeps someone telling the same essential truth for decades, without embarrassment or fatigue.

We live in an age saturated with information and starved of commitment. Data on climate disruption, poverty, displacement, and preventable disease is available to anyone with a screen. What remains scarce is the willingness to be genuinely, persistently, inconveniently angry about it — and to translate that anger into sustained action. Ritchie-Calder once wrote an entire book in seven days and four hours because he was “really angry� about the misrepresentation of the Congo crisis. Characteristically, he had gone there in person to see the problems himself. One suspects he would find no shortage of material today.

The character the world needs is not the detached expert or the cautious commentator. It is something closer to what Ritchie-Calder embodied: the person who travels two million miles — metaphorically or literally — to put names and faces to statistics; who refuses the comfortable abstraction of “per capita� and insists on thinking “per stomach,� and an empty one at that. It is the person who understands that the obligations of one’s career — whether that trade is science, journalism, diplomacy, medicine, or law — extend to the full dimensions of human life, not merely its technical surfaces.

The 91ºÚÁÏÍø of Art and Science was built on exactly this premise: that knowledge carries moral weight, and that Fellows who possess it bear a responsibility to deploy it in service of humanity. Lord Ritchie-Calder did not merely affirm that responsibility in words. He lived it, mile by mission mile, book by urgent book, truth by uncomfortable truth. That is the standard he bequeathed to us. It is also, in a world that has never needed it more, our most important lesson.

Science plays a central role in shaping our collective future, a conviction reflected in the 2024 launch of the International Decade of Sciences for Sustainable Development (IDSSD) initiative. Led by UNESCO, the initiative aims to ‘promote global collaboration through sciences to achieve a sustainable future’.

Yet while technological progress has brought substantial benefits, the prevailing scientific perspective has framed our universe and the nature of reality as purely material and mechanistic systems, devoid of inherent meaning or purpose. These assumptions and the limited evidence then available helped underpin the Industrial Revolution in the 19th century. Fuelling not only an extractivist and exploitative economic and financial system but the governance, social, and corporate systems and structures that, reflected and embedded its imperatives, continue to drive today’s social and ecological crises.

This worldview and its consequences have also effectively dismembered our collective psyche, giving rise to what I call a dis-ease of separation in our relations with one another and the natural world. To truly confront the existential threats we face, we must do more than manage the symptoms of its pathology; we must heal our foundational rupture.

The Club of Rome has long appreciated that systemic transformation must begin with a transformation of worldview. For example, recent (more ) suggest that lasting solutions must address not only geopolitical tensions but also the deeper patterns of disconnection that drive them.

Now, new scientific discoveries are indeed revealing such a wholistic understanding.Ìý’s latest discussion paper,Ìý‘’, summarises the wide-ranging evidence at all scales of existence and across many fields of research that supports and enables an emergent perspective: that our universe is fundamentally relational and interconnected.

Here are the key findings:

The same patterns shape everything — from atoms to the universe

From tiny clusters of atoms to the faint background radiation left over from an early epoch of the universe, the same basic patterns appear again and again. These patterns are not random. They show that reality is built on relationships — how things connect and interact — rather than on separate, isolated objects. The paper suggests that what we call matter may be better understood as organised information: patterns that take physical form. These relational patterns are not only found in distant galaxies or subatomic particles, but also in the systems that shape our everyday lives.

Nature and human systems follow similar mathematical patterns

The same repeating shapes and growth patterns appear across very different systems. Scientists call some of these fractal patterns — structures that look similar at different scales, like branching trees, river networks, or blood vessels. Many systems also follow power laws. This means that small events are common and large ones are rare, but they follow a predictable relationship. For example, earthquakes range from many small tremors to a few major quakes; conflicts range from small disputes to large wars; cities and galaxies both show patterns in how populations cluster and grow; and ecosystems and even the internet develop networks with similar structures. Across nature and human society, similar organising principles are being discovered to be at work.

The universe is connected at a deep level

Einstein’s theory of relativity shows that nothing can travel faster than the speed of light within space-time, preserving cause and effect across the universe. At the same time, experiments in quantum physics demonstrate that particles can remain connected across vast distances — a phenomenon known as quantum entanglement. This means two particles can behave as if linked, even when separated.

Experiments confirmed this effect over increasingly large distances, and the 2022 Nobel Prize in Physics recognised this work. Together, these findings suggest that the universe is not composed of completely separate parts, but behaves as a deeply interconnected whole.

Crucially, while going beyond materialism per se, such a unitive understanding that sees our universe as essentially whole, fundamentally relational , and interdependent continues to be scientifically accessible and rigorous. Rather than discarding previous scientific frameworks, it includes and transcends the previous paradigm; now, though, while exploring whether mind and consciousness may play a more fundamental role in the nature of reality.

Its unitive vision and narrative converge with ancient wisdom teachings and Indigenous traditions, re-imbuing our universe with innate meaning and purpose and ourselves in mind, body, and spirit, inseparable from its planetary and universal web of life.

The paper invites further dialogue, investigation , and testing of such an evidence-based unitive perspective, aiming to further enable and empower our collective efforts regarding human and planetary well-being.

In positing that such reframing of our worldview offers a potentially pivotal opportunity to usher in our next and evolutionary steps as a species, it raises and invites exploration of important questions, ranging from the personal and cultural across organisational and societal levels to global and planetary systemic scales.

For example:

• How might a unitive perspective inform approaches to reconciliation, peace-building, and healing social fragmentation? And what could it mean to design education and learning systems that reflect interdependence, planetary limits, and long-term responsibility?
• How might this perspective contribute to new ways of thinking about governance in a pluralistic and interdependent world? And what questions does it raise about how we shape economic systems, technological innovation, and artificial intelligence in ways that serve long-term planetary wellbeing?
• In what ways could its perspective help recontextualise today’s overlapping meta-crisis not only as breakdowns but also as moments of potential transformation, or even metamorphosis?
• Also, as we seek to navigate these turbulent times of transition, how might understanding humanity as part of a living Earth system and interdependent universe influence what it means to be a good ancestor in nurturing our emergent potential?

As Donella Meadows, co-author of the first report to the Club of Rome’s , argued, such a change of mindset may be the most effective intervention to guide and empower democratic and equitable responses to existential risks that we face, and to support the pathways to a regenerative and sustainable future for humanity and our planetary home.

Read the full discussion paper ‘The unitive science of a living universe’ 

The special session was organized by the organizers of the Global Baku Forum — Nizami Ganjavi International Center (NGIC) — in partnership with WAAS. It was a follow-up event to the 2025 discussion on Global Turbulence at the XII Baku Forum, and focused on the development of solutions at six sessions that covered themes such as, “Understanding the Moment,” “War and Conflict,” “Technology and Sovereignty,” “Climate Change & Global Water Systems,” “Human Security” and “Implications for Leadership.”

WAAS Secretary General Janani Ramanathan opened the session by tracing the decade long beneficial collaboration between the 91ºÚÁÏÍø and Nizami Ganjavi International Center. Vaira VÄ«Ä·e-Freiberga, co-chair of NGIC, former Latvian President and WAAS Fellow, examined turbulence was a feature of rapid change and calling for a more human approach grounded in compassion. Rebeca Grynspan, Secretary-General of UNCTAD  sett the scene with a call for the United Nations to be respected as the world’s anchor of peace and the provider of the “off ramp” for the world’s conflicts. WAAS President Garry Jacobs, followed by WAAS Fellows Frank O’Donnell,  Stefan Brunnhuber and Janani Ramanthan framed today’s turbulence as the stress, resistance and structural crisis generated by a dramatically accelerated process of global social change and the need for radical systems. 

The war and conflict session, moderated by Ismail Serageldin, former World Bank VP and WAAS Fellow, produced the starkest verdict: the world has reverted to an early 20th-century moment – before multilateral norms held – where conflict and foreign policy once again recognise no boundaries. The widening Middle East war, now drawing the US into direct confrontation with Iran, was cited as exhibit one. Former UNOG Chief de Cabinet David Chikvaidze, former Arab League chief Amre Moussa and former Belgian PM Yves Leterme, were among the panelists. Peter Galbraith, former US ambassador to Croatia, pointed to the critical importance of understanding cultures and political systems abroad in avoid miscalculations in wars that claim to foster peace. 

In an intense session on technology and sovereignty, Ketan Patel, WAAS executive director and chair of Force for Good, warned that humanity has entered an age of cognitive empires – the mind itself being colonised as geopolitical power shifts from physical territory to subtly occupying the minds of people across the world. Panellists included former President of Croatia Ivo Josipovic, former Minister of Defence of Montenegro Milica Pejanovic-Durisic, Club of Rome member and impact investor Mariana Bozesan, and WAAS Fellows Elena Mustakova and Mila Popovich, argued for measures to protect sovereignty and use science to drive progress for all.

A climate session, held in partnership with the COP29 Presidency and chaired by Nicolaos Theodossiou, examined water security and sea-level variability, along with Azerbaijan’s climate envoy Mukhtar Babayev, COP29 champion Nigar Arpadarai and WAAS Fellow Grigoris Zarotiadis. Hafez Ghanem, former Regional VP of World Bank, then moderated a human security session arguing for a bottom-up reframing of the turbulence agenda around ordinary people’s lived experience. Panellists included economist and Peking University Dean Lin Yifu, former Czech Prime Minister Jan Fischer, UNESCO-MOST BRIDGES Programme Executive Director Steven Hartman and WAAS General Manager Grant Schreiber.

Former UN General Assembly President María Fernanda Espinosa, former President of Latvia Valdis Zatlers, former Minister from Ireland Dennis Naughton and Walter Furst examined the kind of leaders, institutions and modes of thinking needed to understand and address today’s challenges. Ketal Patel concluded the program by framing turbulence as a central feature of civilizational shift – and stressed that the only path through it, without the world wars and mass turmoil that marked previous such transitions, is a fundamental raising of human consciousness.

There is another way to approach AI, one that begins in wonder rather than warning.

Long before machines learned to speak in sentences, human beings learned to speak in images. We learned to sing, to carve, to paint, to dance, to tell stories that could outlive a single lifetime. Art has always been the place where a species rehearses its next identity. It is where we test meaning, practice perception, and remember what the nervous system knows before the intellect catches up.

In that sense, AI is not an alien interruption. It is a continuation of an ancient pattern.

Humans are tool makers, and our tools are not only external. They become internal. Tools change our bodies, our timing, our attention, and the way we imagine reality. A stone blade reshaped the hand and the hunt. A drum reshaped breath and trance. Pigment reshaped memory. Writing reshaped time. Printing reshaped religion and politics. Photography reshaped truth. Film reshaped empathy. Broadcasting reshaped identity. Networks reshaped the community. Virtual worlds reshaped place.

Every new tool becomes a new kind of mirror.

And art, across the ages, has been the craft of learning how to look into each mirror without losing the world behind it.

Creativity as a State of Consciousness

Creativity is often described, quietly and accurately, as a mode of mind that loosens the usual grip of linear thought. It can feel like a freely disassociated state, where the mind wanders, collides, recombines, and returns with a surprising coherence that did not exist before the wandering began. The poet does not always know where the poem is going. The composer follows a sound that seems to arrive from elsewhere. The dancer listens with the whole body. The scientist, too, experiences this, because discovery often comes as a felt arrival before it becomes an explanation.

This is not dysfunction. This is a feature of human intelligence.

The creative mind can temporarily suspend ordinary categorization, allowing the deeper pattern-making system to work. It explores the unknown, the unspoken, the half-remembered, and the not-yet-formed. It is improvisational. It is non-linear. It is relational. It is often communal, even when one person is holding the pencil.

In many Indigenous and ceremonial traditions, this is not treated as a novelty. It is treated as a discipline. Attention is shaped. Perception is trained. Imagination is honored as a way of knowing. Art is not decoration. It is guidance.

This is why the future of AI and art is not primarily about speed or style. It is about consciousness. It is about how we relate to a tool that can externalize, amplify, and reflect mental movement itself.

AI as the Newest Extension of an Ancient Arrangement

If we step back far enough, AI looks less like a robot and more like a new layer of tool-assisted cognition.

The earliest tools extended strength. Then the tools extended their reach. Then tools extended memory. Then, tools extended coordination across distance. Now, tools extend pattern recognition, synthesis, simulation, and generative iteration.

Artists have always worked at the frontier of these extensions.

Cave painters used mineral chemistry and firelight, the earliest immersive projection system. Sculptors learned stone as a language of force and fracture. Architects choreographed the community through space. Weavers encoded cosmology into cloth. Lens makers changed the human relationship with scale, revealing both galaxies and microbes. Editors learned that time itself could be sculpted. Animators learned to give motion to the invisible. Game designers learned to build worlds whose rules teach values.

What is AI in this lineage?

AI is a partner tool for exploring possibility space. It is a conversational instrument for ideation. It is a simulator of variations. It is a mirror for language and image. It is a rapid prototype engine for story, design, and strategy. It is also, crucially, a new medium for collaboration between people, because it can help groups think together, translate across domains, and build shared models of complex reality.

If we treat AI as merely a shortcut, we miss its deeper potential. If we treat it as an authority, we surrender the very faculties that make art meaningful. The opportunity is to treat it as an instrument, like a camera, like a synthesizer, like an editing suite, like a studio full of apprentices who can draft a hundred sketches while the artist chooses the one that has a soul.

The Artist in the Cyber Physical Continuum

I have lived with this question for a long time because my life has been a conversation among perception, art, and emerging tools.

In 1996, in Silicon Valley, I created the world’s first digital-twin smart-city metaverse. It was not an escape world. It was a demonstration that public scale, shared, navigable digital reality would become a civic medium. It integrated geospatial context, social presence, and interactive simulation into a unified fabric of place. I learned from that work that immersion is not a gimmick. Immersion changes what people believe is real. It changes how they relate. It changes what they remember.

Today, we call this the cyber-physical continuum. It is the convergence of networks, sensors, digital twins, AI, and shared spatial computing into an environment that surrounds daily life. It is not coming someday. It is arriving in layers, quietly, through phones, vehicles, logistics, education, health, public safety, and entertainment.

Artists belong at the center of this, because the cyber-physical continuum is not only an engineering project. It is an experience design project. It will shape human consciousness.

If we leave experience design to market incentives alone, we will get experiences optimized for the extraction of attention. If we invite artists into leadership, we can create experiences optimized for learning, belonging, stewardship, and long arc responsibility.

What New and Old Experiences Can We Anticipate Now and by 2050

The year 2050 is not science fiction. Many of us living today will be alive. The choices made in the next decade will determine what kind of 2050 it becomes.

Here are experiences we can anticipate, and the deeper human questions embedded in them.

A renaissance of immersive storytelling

Stories will become navigable and participatory. Not only films and games, but civic stories, learning stories, and community stories. People will enter histories, futures, and simulations that teach systems thinking. The danger is propaganda. The opportunity is wisdom.

A return of the ceremony through new media

The synthetic world can become a place of reconnection, not only a distraction, if designed with intention. AI-guided participatory art can become a form of modern ceremony that restores attention, gratitude, and relationship. Not a replacement for nature, but a bridge back to it.

The rise of living archives

Personal testimonies, oral history, and cultural memory can be preserved at scale. Not as dead storage, but as an interactive living memory that future generations can encounter. This is essential in an era when cultures and elders are lost too quickly, and when attention is fragmented.

Community-scale digital twins as civic commons

By 2050, many communities will rely on local digital twins for resilience, planning, education, and response. The question is governance. Who owns the model of reality? Who can contribute? Who benefits? Artists can help ensure these systems remain human-centered, inclusive, and rooted in place.

New forms of social creativity

AI can act as a mediator, helping diverse groups co-create. Imagine youth, elders, scientists, planners, and artists building shared visions together, translating across jargon, exploring tradeoffs, and producing tangible prototypes.

A redefinition of authorship

The artist of 2050 may be less a solitary maker and more a conductor of systems, curating inputs from humans, communities, ecosystems, archives, and AI. Authorship becomes stewardship. The signature becomes the values embedded in the work.

A new literacy of perception

As synthetic media becomes indistinguishable from captured media, the most valuable skill will be discernment. Artists will teach this, not as cynicism, but as perceptual literacy. How to sense intention. How to recognize manipulation. How to return to direct experience.

The Evolving Role of the Artist as Leader

The artist is not only a maker of objects. The artist is a maker of attention.

That is leadership.

If attention shapes reality, then artists are architects of the future, because they shape what people can notice, feel, and imagine.

In the decades ahead, artists can assume several leadership roles that the world urgently needs.

Artists as translators

Between technical systems and human meaning. Between scientific complexity and lived experience. Between policy language and community values.

Artists as designers of empathy

Building experiences that expand perspective, restore dignity, and make the invisible visible, including the lives of future generations.

Artists as stewards of the commons

Helping communities design shared digital infrastructure that serves the public good, not only private profit. This includes digital twins, local data sovereignty, and collaborative platforms.

Artists as ritual makers

Creating practices that restore coherence in a fragmented culture, helping people metabolize grief, change, and uncertainty while staying connected to life.

Artists as futurists with responsibility

Not predicting the future, but constructing it through prototypes, narratives, and participatory experiments that reveal choices before they become irreversible.

X Art and the Planetary Canvas

The Planetary Art movement points to a truth we can no longer avoid. The scale of our challenges is planetary. Climate, migration, biodiversity, energy, water, conflict, and the governance of technology itself are linked. The solutions must be systemic, and they must be cultural as much as technical.

X Art is not art about the planet. It is art as a planetary practice.

It is the use of creative action to reshape how power flows, how people participate, and how shared futures are designed. It treats the planet as the canvas, but the medium is consciousness, community, and coordinated care.

This is why World Future Day matters. It is not a celebration of gadgets. It is a moment to reassert that the future is made by choices, and choices are made by values, and values are shaped by culture. Artists shape culture.

The Invitation of Our Age

If we set warnings aside for a moment, we can see a brighter challenge.

AI offers humanity a chance to become more fully itself, not less, if we use it to amplify curiosity, deepen learning, support accessibility, strengthen communities, and expand the reach of imagination.

The epitome of our age could be a new form of collaboration in which AI becomes the instrument, and humanity becomes more consciously human.

That means artists must step forward, not to decorate the future, but to lead it.

Lead with beauty that carries responsibility. Lead with stories that restore agency. Lead with immersive experiences that reconnect people to nature, to each other, and to time. Lead with design science that refuses short-term thinking. Lead with an Indigenous-rooted understanding that relationship is the first technology and stewardship is the highest intelligence.

The future will not be saved by efficiency alone. It will be saved by meaning.

And meaning is an art.

About the Authors

Gordon Lee Fuller is an artist, futurist, and creative technologist whose work explores the convergence of perception, emerging tools, and the built environment. He trailblazed AI, virtual reality, and created the world’s first digital twin cities of the metaverse in the 1990s. For three decades, he has focused on the cyber-physical continuum, spatial computing, and ambient AI as civic infrastructure. A lifelong accessibility advocate, he weaves design science, diverse perspectives, and experiential design to shape human-centered futures.

Kealoha June Bower is a multidisciplinary artist and cultural practitioner whose work bridges storytelling, ceremony, and systems change. Drawing from Indigenous cultural wisdom traditions and contemporary trans-media, she explores how art can restore relationship to land, to community, and to self in an age of rapid technological transformation. Her practice centers collaborative creation, ritual, and narrative as tools for healing, resilience, and reimagining planetary futures.

Faced with a crisis of meaning, it is necessary to integrate science, art, ethics, philosophy and spirituality into a new civilisational synthesis. 

The history of humanity does not always advance in a linear fashion, and even less often, peacefully. Instead, it unfolds through tension, rupture and profound crises that signal the exhaustion of one order and the beginning of another. Today we are witnessing one of those liminal moments. The world order that emerged after industrial modernity and consolidated in the 20th century seems to have reached its peak of entropy: a phase of growing disorganisation in which political, economic, social and symbolic structures no longer manage to maintain coherence or meaning. 

The term “entropyâ€�, taken from physics, refers not only to chaos, but also to the internal wear and tear of closed systems. A system that does not exchange energy, information or meaning with its environment is exposed to decay. The current global order, arrogantly based on unlimited accumulation, the fragmentation of knowledge, the supremacy of technical and financial power, and the disconnection between humanity and nature, has operated for decades as a closed system. Today, its contradictions are obvious: recurring wars, ecological crisis, the collapse of shared narratives and a profound loss of ethical orientation. Existential chaos. 

However, entropy is not the end. It was Nobel Prize winner Ilya Prigogine, father of Chaos Theory, who told me: â€œEntropy is the opportunity for freedom and improvement.â€� Of course, it depends on us. 

In times of maximum instability, what scientific thought calls ‘dissipative structures’ emerge: new forms of organisation that arise precisely from chaos, capable of transforming crisis into creativity. These structures do not deny disorder, but rather traverse and transmute it. Applied to civilisation, this implies recognising that the new order cannot be built with the prevailing conceptual tools that generated the crisis. But it also implies understanding that the future cannot be built without the accumulated wisdom of the past. 

It is these structures that we must preserve from the order that is perishing. Great civilisations understood something that dizzying modernity has forgotten: that knowledge is not only technical, but also ethical, spiritual and relational. Confucius expressed it clearly more than 2,000 years ago: â€œHarmony is the supreme value.â€� For the Chinese sage, a just society is not sustained by the imposition of law, but by the virtue, balance and moral responsibility of each individual within the social fabric. This relational vision is surprisingly contemporary today in the face of the fragmentation of the globalised world. 

Marie Curie, the first woman to receive the Nobel Prize and the only person to receive it twice, expressed a similar sentiment. Her studies discovered radioactivity and led to the understanding that the atomic structure was more complex than previously believed. Marie Curie said, “You cannot hope to build a better world without improving the individuals.â€� She added, “Personal effort is not enough if it is not accompanied by collective responsibility.â€� Each individual shares a responsibility towards humanity as a whole. And we cannot expect deplorable individuals to build a better world. 

In this year in which we commemorate the 40th anniversary of his passing, we cannot ignore the thinking of Jorge Luis Borges. Borges abhorred the idea of linking evil with intelligence. Instead, he connected it with stupidity, and goodness with intelligence. For Borges, culture is inseparable from this ethical stance. Perhaps his conviction was strengthened by rereading one of his favourite philosophers: Schopenhauer, for whom goodness is the most admirable of all virtues, and easily recognisable in the capacity for empathy and compassion. 

Aristotle, for his part, understood that the ultimate goal of human life is not the accumulation of goods, but “eudaimoniaâ€�: a full and flourishing life in harmony with reason and virtue.  

“The whole is greater than the sum of its parts,â€� he said, thus anticipating a systemic understanding of reality that reappears today in the sciences of complexity and quantum physics.  

This intuition of wholeness is strongly manifested in the thinking of David Bohm, an American physicist and philosopher who challenged the mechanistic view of the universe. Bohm proposed the idea of explicit order and implicate order. The former is the reality that emerges on the surface, the visible reality that we believe to be unique and definitive. The second is a deep, underlying reality in which everything is internally related, beyond the apparent fragmentation of the visible world. For Bohm, the crisis of humanity was not only political or economic, but essentially a crisis of thought: a fragmented way of perceiving reality that generates equally fragmented systems. A crisis of meaning.  

In line with this critique of fragmentation, Spanish philosopher María Zambrano had already pointed out that the crisis in the West is not only structural, but also spiritual. According to her, modern reason became insufficient when it separated itself from inner life. In response to this, she proposed poetic reason: a form of knowledge that does not dominate reality, but rather listens to it, contemplates it and reveals it. Like Prigogine, Zambrano was able to see the positive side of chaos: â€œEvery crisis is an awakening.â€� 

From this broader perspective—scientific, philosophical and spiritual—the current order is not collapsing by chance, but because it no longer responds to the profound coherence of the universe—to the implied order. The radical separation between subject and object, between humanity and nature, between individual and community, has led the global system to a state of extreme entropy.  

In the 1970s, the founder of the Club of Rome, Aurelio Peccei, in conversation with Japanese philosopher Daisaku Ikeda, predicted that in the not-too-distant future, humanity would need to reflect on what it means to be human. Technological advances and scientific knowledge alone will not suffice to answer that question. The day will come when humanity will have to delve into a new humanism: into the relationship between human beings and nature, with each other, with life. Today, the Club of Rome promotes this reflection, which requires the courage to recognise mistakes and to rescue long-sacrificed values.  

The task of the new humanism, then, is to act as a conscious dissipative structure integrating science, art, ethics, philosophy, and spirituality into a new civilisational synthesis.  

The dissipative structures that will build the new order will not be imposed from above, but will emerge from culture, deep thought, art, ethics, and education. Where the old logic persists in chaos, the new humanism must learn to see the possibility of transformation. 

The change of era we are going through is not simply technological, although artificial intelligence and digitalisation are accelerating it. It is essentially a change of consciousness. Either we persist in exhausted structures, increasing entropy until final collapse, or we assume the existential responsibility of creating new forms of organisation based on interdependence, wisdom and human dignity.  

Lao Tzu said, “When the world is in confusion, the wise man acts with simplicity.â€� 

It is in that profound simplicity that integrates the old and the new, the scientific and the spiritual, the human and the planetary, that the seed of the new order resides, one that we do not yet know but that we can germinate in a redemptive future. We can. And we must.