Passion for the Real
Matty Mariansky
Curators: Dr. Michal Mor
Opening Date: 24.11.2024 – 2.2.2025
"Computers Don't Create Art. Humans Do". Matty Mariansky
When art encounters passion, it evokes a powerful emotional response. It can revitalize our perception of creating meaning, perhaps even ushering in a new understanding. Matty Mariansky's work draws inspiration from preceding art and styles. It is constructed from a tapestry of his subjective experiences and contexts: memories, symbols, language, cultural associations that his brain processes through an organic neural network, enabling intellectual breakthroughs.
Creativity is a complex dance between prior knowledge and future vision. Our brain, as a sophisticated biological computer, forges novel connections between ideas, allowing us to experience the world in original and unexpected ways. Artificial intelligence, in turn, offers us a new tool to explore human thought processes, deepen our comprehension of creativity, and unlock fresh possibilities for connecting mind and body.
His work is termed generative art where the definition of rules and parameters, provided as codes to the computer, become autonomous and operate automatically. The resulting creation is dynamic, capable of changing each time it is activated, or even evolving and transforming over time. The machine might surprise the creators, exceeding their expectations by proposing and developing innovative ideas and surprising forms of expression. The missing component in the machine is the artist's emotional engine.
Mariansky invites us to a journey into the depths of the collective consciousness, where digital art serves as a tool for uncovering thought patterns. His works are like mirrors reflecting the complexity of the digital world and its impact on the human mind. Through sophisticated algorithms, he creates virtual labyrinths that invite us to "enjoy the loss of direction or the uncertainty inherent in our path," a concept known in Japanese culture as maiōmai. This philosophical approach encouraging us to stop seeking clear answers and start enjoying the journey itself, the constant search for meaning. In the digital labyrinth, we confront infinite possibilities and discover the boundaries and potential of human imagination.
The evolutionary process between artist and machine is how they learn from and enrich each other, culminating in a creation that is a unique synthesis of human creativity and computer calculation.
Matty Mariansky is an artist and technologist in the fields of machine learning, synthetic media, and generative art. He founded the AI community and newsletter "Ascent of Machines" which provides daily content and commentary on AI, technology, and life. He calls himself a "techno-optimist" and claims that every two weeks he learns something new in the field of AI that blows his mind.
From Crisis to breakthroughs in Thinking
We live in an era of deep crisis, and times of crises may globally alter brain functioning and affect the activities of those brain regions that are responsible for creative thought; therefore, crisis experiences can accelerate creative art activities, and by doing that can encourage the exit from crisis states to periods of enhanced creativity. Pre-historic studies teach us that elevated density of human societies may further enable breakthrough changes in inter-individual relationships (which in Hebrew we call ‘Havruta’, friendship- a term used primarily to describe group studies activities) and consequently, accelerated breakthroughs in high level special skills and technological development. Thus, the basis for breakthrough events in science and technology largely depends on increased concentrations of humans rich in advanced human skills, accelerated creativity and advanced innovation, which together inscribe cultural and technological progress the impact of which may enable overcoming crisis periods.
The solutions for crisis states that are offered by Mati Marinsky relate primarily to the intellectual aspects of such processes: language and faith shapes. The impact of his creations and their power on us depend on our ability to understand the accompanying message by activating those brain pathways which enable the acceleration of neuronal circuits and creativity at large. Notably, understanding creativity and written language, for example, may take place in distinct brain regions-for example, reading Japanese texts activates distinct brain regions from those activated by reading Western languages texts, which raises the question if such reading experiences ignite different thought processes.
As an artist, Mati does not expect to fully understand the implications of his art creations; rather, he expects that its impact on the viewers will be deepened and intensified by a computational entity which creates the relevant theory and in its way, plays the same role as the increase in population density that enables new innovative breakthroughs. The power of computational processes may thus accelerate cognitive developments and enable new solutions for crisis events. However, it remains unclear if the computational entity is culturally-dependent as well. We are in the beginning of a new way aimed to provide novel breakthroughs in our understanding of the power and revolutionary impact of computational cognition as well as its boundaries. For example, we do not yet know if it may change neuronal gene expression, my type of expertise…in any way, Mati Marinsky opens new doors for us and we all appreciate that.
Professor Hermona Soreq studies the molecular regulation of brain and body reactions to age, sex, stress and disease by focusing on systemic responses to messages of the neurotransmitter acetylcholine in diverse conditions, with a focus on small RNA regulators.
Real Summer
In the summer of 2001, I returned to Tel Aviv after living in New York for a while. In my suitcase, I brought a digital camera. Free from work and obligations, I wandered around the city photographing everything Tel Avivian that I had missed - beach sand, rooftops against blue skies, peeling walls, friends, and random people. This year, 2024, I accidentally stumbled upon a forgotten folder on my disk containing that pile of photographs from back then. The photos looked wrong to me. Not accurate. Not good. Many things I clearly remembered weren't there. I remember being surprised by the sheer amount of antennas and electrical cables everywhere. I distinctly remember a sense of dark happenings behind the scenes, some kind of deal brewing unbeknownst to anyone (I landed in Tel Aviv exactly on the day the Twin Towers fell, which I had left behind). Even the composition, form, and the color of light and shadow - everything in the photos wasn't right. I took it upon myself to photograph again, using artificial intelligence, the memories from that summer, but this time as they truly were. The new photographs also started with innocent landscapes - a roof against the sky, a paddleboat on the beach. But I found myself drawn more and more to images where the ominous undercurrent finds its way to the surface, as it did then and as it has returned now.
A Science of Escape
Can an agent, built solely for the purpose of creating mazes, break free from the chains of its deterministic nature? And similarly, can humans escape their preordained paths and rebel against fate? Are we simply following a pre-written script, devoid of free will? Or can we choose and forge our own path? A Science of Escape explores the interplay between control and liberation. It searches for the place of the unexpected - system glitches that allow choice to triumph over destiny. A single seed number predetermines the outcome. But an injection of external noise and wild free will might turn things upside down. I found comfort in the predictable nature of logic and computer code, standing in contrast to the whirlwind outside. My role shifted from creator to curator. The lines of code represent compressed potential, which at its will may unfold into an infinite space of possible maze structures. Each time the algorithm creates a new unique maze for me, the boundless potential collapses into a single canvas and gives me free choice
Evra
Evra ("Evra K'dabra" or "Abracadabra") creates a meeting point between ancient Jewish texts and artificial intelligence through a reimagining of the Hebrew alphabet. Using an evolutionary algorithm trained on hundreds of modern Hebrew fonts, a new script was created where each letter is composed of only three lines. This uncompromising constraint forces the machine to find a creative solution, perhaps venturing into territory considered uniquely human. The new letters inscribed into clay a passage from Sefer Yetzirah (Book of Creation) that deals with the power of letters to create words and worlds. The encounter between an ancient text about creation through letter combinations and letters reborn through a digital process raises questions about the nature of creation and language in the technological age.
This work was done in collaboration with Dr. Eyal Gruss