Fruitful Exhibition, and beyond

Fruitful exhibition

When Florence Arts put out an open call responding to the prompt “Fruitful”, I remembered a line I’d heard about quantum mechanics: that it might be the most fruitful science of the last hundred years.

I don’t remember where I heard it, but it stuck. And it fitted with what I’d already been working on.

I ended up showing several pieces in the Spring exhibition, including the first interactive work I’ve presented in public.

A starting point

The part of quantum mechanics I kept circling was the idea of measurement. In the quantum world, an object’s position isn’t always something you can know in the way we’re used to. Interaction changes what’s possible to say.

That sounds technical, but my way into it was simple: what would everyday life feel like if that kind of uncertainty held at our scale?

The work began as still-life drawings. I started fracturing the surface—first to echo the refractions I was seeing in glass, and then more deliberately, as a way to think about superposition.

Sketchbook work
Sketchbook work in Conté pencil
Sketchbook work
Sketchbook work in water and ink

Before moving on, I made some linoprints to look at refraction in glass more closely.

Linoprint
4 colour reduction linoprint on A4 Masa paper

Quantum SVG

Next, I wrote a small app using openFrameworks. It deliberately breaks the accuracy of position in a digital drawing.

I started thinking of that strand as Quantum SVG.

Quantum SVG 2

At the same time, I was looking at Barnett Newman’s work. I made a colour-field generator—another diversion that ended up feeding back into the final pieces.

A colour field generator

I then joined those ideas together.

Combining Quantum SVG with the colour field generator

Developing Quantum Fruit

As I worked toward the “Fruitful” open call, I pushed the project into an installation format.

I made it run on a small Raspberry Pi computer and built it to respond to nearby movement, ready for the gallery.

Early sketch of one of the Quantum Fruits — Schrödinger’s Apple
Demo of Schrödinger’s Fruit

Drawings on paper

At that stage I wanted to expand the work in a few directions. One idea that made it into the Spring exhibition was a set of small ink drawings made with my pen plotter.

Heisenberg Pineapple
Heisenberg Pineapple — 80mm × 80mm ink drawing on Fabriano Artistico 300gsm paper
Heisenberg Pear
Heisenberg Pear — 80mm × 80mm ink drawing on Fabriano Artistico 300gsm paper
Heisenberg Apple
Heisenberg Apple — 80mm × 80mm ink drawing on Fabriano Artistico 300gsm paper
Heisenberg Banana
Heisenberg Banana — 80mm × 80mm ink drawing on Fabriano Artistico 300gsm paper

Installation at Florence Arts

At Florence, we arranged the physical work alongside the interactive work. And (surprisingly) it all ran without issues for the full six-week exhibition.

Quantum fruit in situ
Quantum fruit in situ at Florence Arts, Spring 2022
Quantum fruit pen plots
Quantum fruit pen plots in situ at Florence Arts, Spring 2022
Quantum Fruit interactive work in situ at Florence Arts (Spring 2022)

Further developments

After the show, I developed the work further. This included drypoint prints made by the pen plotter on aluminium plates.

Drypoint plate
Close-up of plate for ‘Pear’ on template sheet on press bed
Quantum Fruit 2: Pineapple
Quantum Fruit 2: Pineapple — drypoint print, Caligo Safewash on Somerset Satin paper — image 100mm × 100mm on paper 250mm × 190mm
Quantum Fruit 2
Quantum Fruit 2 — 4 drypoint prints, Caligo Safewash on Somerset Satin paper — each image 100mm × 100mm on paper 250mm × 190mm

From there, it started to branch again. One new direction was a series of portraits of key early-20th-century physicists, made in graphite on Polydraw.

Niels Bohr
Niels Bohr — pencil on Polydraw — A4, mounted on a window