Waves
Connecting particles into mighty flows, Waves is an examination of shifts of energy in complicated systems that lead to the inevitable transformation.
Spatial artwork, 2022
A wave— a disturbance of the established order — encompasses dynamics as an inherent part of our world. Waves bring change, oscillations, and fluctuations, which spread across objects and connect them to entangled networks of all interrelated and continuous events. Inseparable from distortions, they are themselves messages that indicate transformations and shifts.
Waves are primary signals permeating the world and a universal language of nature that underlies both our biological and technological systems. By covering the world with webs of electromagnetic signals, we have expanded our neural systems and can now connect with others able to decipher the coded messages.
Interfering and merging, waves change their nature and — when synchronized — grow and transform into a greater entity with the potential to generate a transformative flux. Connecting particles into mighty flows, Waves is an examination of shifts of energy in complicated systems that lead to the inevitable transformation of those systems.
The only thing certain about our world is that it is changing constantly. Nevertheless, eternal movement includes repetition, and transformation is cyclical. Between extremes of peaks, no path is linear, and every shift echoes across time.
Waves was first presented at W1 Curates in London, celebrating the opening of the new digital art space inside the W1 Curates building. With a work displayed across the facade’s 3 floors of screens and on every wall of the interior, the exhibition is Zhestkov's first immersive experience.
The exhibition lasted for one month, and after that, Waves began its life in other forms. At the end of 2022, the artwork was shown in Seoul as a part of public exhibition on Gwanghwamun Square, the heart of the city.
With several months of planning and production, Waves became one of the largest collaborations between the artist and his medium. Experimenting with digital physics in his work, Zhestkov leaves space for uncertainty and serendipities, and Waves was an example of such cooperation between humans and algorithms, which brought the hypnotising visualisations of change and movement to life.
Simulation Hypothesis
First gallery solo show finding elements of universe creation in human culture and art.
View the projectMetaphysics
A series of artworks experimenting with material in the digital vastness.
View the projectArtificial Organisms
A combination of biological symmetry and impeccable digital matter, they are a representation of budding artificial intelligence.
View the projectModules
Modules is a VR art experience, where architecture, sculpture, film, and music blend together to immerse viewers into Zhestkov's world.
View the projectBorders
Borders is Zhestkov’s first project exploring the integration of digital sculptures into the physical reality.
View the projectWaves
Connecting particles into mighty flows, Waves is an examination of shifts of energy in complicated systems that lead to the inevitable transformation.
View the projectPoints of View
A diptych about mind and interpretation created for Christie’s charity sale.
View the projectPlayStation 5
Two bespoke artworks created for the global launch of PlayStation 5 based on Zhestkov's projects — Layers and Computations, which became embodiments of the soul of the new console.
View the projectBMW i4
An exploration of the primary physical forces behind the car and a research of forces that underlie our existence in the universe.
View the projectComputations
Computations speculates a future when computation moves from the opaque ‘black boxes’ of our laptops and devices out into the world.
View the projectLayers
Layers is an artwork dedicated to the exploration of the relationship between the inner and the outer sides of objects.
View the projectVolumes
An abstract representation of transformation and resilience, Volumes is an observation of digital sculptures consisting of millions of spherical particles.
View the project