Notes · PhotographyUK · A-Levels

Experimental imagery

Experimental imagery explores photography's own possibilities beyond straight depiction, through alternative, abstract and process-led approaches. This area of study teaches what experimental imagery is; camera-less photography (photograms, cyanotypes, chemigrams); in-camera experiment (multiple exposure, intentional camera movement, pinhole, long exposure); post-capture experiment (montage, manipulation, alternative processes, mixed media); and how to develop an experimental enquiry across the four assessment objectives. It is the genre of the medium itself - where the photographer treats photography's materials and processes as the subject and pushes what a photograph can be.

4 sections~18 min reading time3 competenciesLevel Foundation 1 · Standard 2 · Advanced 1

T·121212 / 15

Exam profile

AO1 · Research and analyse experimental and process-led photographersAO2 · Explore camera-less, in-camera and post-capture experimental processesAO4 · Present a personal and meaningful experimental response

Operators:experimentabstractprocesscombinetransform

basic level

AS-Level expects some genuine experimentation with process-led techniques and a developing personal direction.

higher level

The full A-Level expects sophisticated, personal experimental work that explores the medium's possibilities with intention.

Depth

Text

Contents · 4 sections

Experimental imagery

What experimental imagery is#

FoundationAQA 7206 Photography (experimental imagery)Ofqual GCE Art and Design subject content

Experimental approaches

Fig. 1Experimental imagery groups by where the experiment happens: camera-less (photograms, cyanotypes), in-camera (multiple exposure, camera movement, pinhole), and post-capture (montage, alternative processes).

Experimental imagery explores photography's own possibilities beyond straight, representational depiction - the alternative, abstract and process-led approaches that treat the medium itself as material for experiment. Where most photography aims to depict a subject clearly (a portrait, a landscape, an event), experimental photography is more interested in what the photographic medium can do: its light-sensitivity, its chemistry, its capacity for abstraction, distortion, combination and transformation. It pushes at what a photograph can be, often making images that are abstract, strange, camera-less, or built through unusual processes, and it treats process and materials as creative subjects in their own right.

Experimental photography has a long and distinguished history, closely tied to the avant-garde. From the earliest days of the medium, artists made camera-less images and abstractions, and in the early twentieth century the avant-garde (Dada, Surrealism, the Bauhaus) embraced photographic experiment - photograms, montage, solarisation, distortion - as a way to make new, surprising, dreamlike or radical images. Man Ray's camera-less 'rayographs' (photograms) of the 1920s are a famous example. This tradition established experimental photography as a serious artistic practice, and studying it (AO1) grounds your own experimental work in a rich lineage.

It helps to group experimental approaches by where the experiment happens. Camera-less photography makes images without a camera at all, using light-sensitive materials directly (photograms, cyanotypes, chemigrams). In-camera experiment plays with the capture itself (multiple exposures, intentional camera movement, pinhole cameras, very long exposures). Post-capture experiment transforms or combines images after capture (montage, manipulation, mixed media, and alternative or hand-finishing processes). These three families - before, during and after the 'normal' moment of capture - map the field of experimental imagery and are covered in the sections that follow.

What unites these approaches is a spirit of exploration and a willingness to embrace chance, accident and process. Experimental photography often relinquishes some control - the exact result of a photogram, a chemigram, a long exposure or a camera movement cannot be fully predicted - and finds creative value in the unexpected, the abstract and the process-driven. This makes it liberating and playful, but it is not aimless: strong experimental work explores its processes with purpose, pursuing an idea, a feeling or a formal quality, and refining through many attempts. Experiment with intention, not just for effect, is the mark of good experimental imagery.

For a student, experimental imagery is a rich and distinctive area of study, and a powerful source of AO2 exploration. It encourages you to try processes and take creative risks, to treat the medium's materials as your subject, and to make images unlike straightforward photographs - which can give your work a personal, distinctive quality. It connects to the avant-garde tradition (AO1). And an experimental enquiry can explore an idea through process - abstraction, transformation, memory, the medium itself - producing work that could not be made by straight photography. It is the genre where photography becomes most openly a material, experimental, exploratory art.

Worked example

Experimenting with purpose, not just effect

A student applies random filters and glitches to photos and calls it experimental. How should experimental work differ?

Diagnose the weakness
Random effects applied to finished photos are decoration, not experiment - they have no idea behind them and explore nothing about the medium or a theme.
Start from an idea
Real experiment begins with an idea, feeling or question - say, evoking fading memory, or exploring the trace of light - that the process will pursue.
Explore a genuine process
Choose a genuine experimental process suited to the idea - multiple exposures for layered memory, photograms for the trace of objects - and explore it through many attempts.
Refine toward the idea
Review the results, embrace the productive accidents, and refine the process toward the idea, so the experiment is purposeful and develops - not a random filter.

Result: Experimental work starts from an idea and explores a genuine process toward it, refining through attempts - purposeful experiment, not random effects applied to finished images.

Typical mistakes

Applying random effects for their own sake rather than experimenting with process toward an idea or feeling.
Ignoring the avant-garde tradition of experimental photography that grounds and informs the genre.

Active revision

Try one experimental process you have never used (a photogram, a multiple exposure, a long exposure or a montage), embrace the unpredictable result, and note what the process does and what idea it might serve.

Active recall

Recall the key points — then reveal.

Sources: AQA AS and A-level Art and Design (7201-7206) specification (AQA)

Camera-less photography#

StandardAQA 7206 Photography (camera-less processes)Ofqual GCE Art and Design subject content

Making a photogram

Fig. 2The camera-less photogram: objects on light-sensitive paper are exposed to light and developed - where objects blocked the light, the paper stays pale, leaving their trace.

Camera-less photography makes photographic images without a camera at all, using light-sensitive materials directly - a striking demonstration that photography is fundamentally about light and light-sensitive surfaces, not just the camera. The purest example is the photogram: objects are placed directly onto light-sensitive photographic paper in the darkroom, the paper is exposed to light, and where objects block the light the paper stays pale while the exposed areas darken, leaving a ghostly, often abstract image of the objects' shapes and shadows. The photogram is one of the oldest photographic techniques and one of the most immediate and magical to make.

Photograms have a distinguished history that is worth knowing (AO1). Anna Atkins, in the 1840s, made cyanotype photograms of algae and plants for what is often called the first book illustrated with photographic images. In the 1920s Man Ray made camera-less 'rayographs' and László Moholy-Nagy explored the photogram as an abstract, modernist art form. This lineage shows the photogram as both a scientific recording tool and an avant-garde art medium. Making photograms yourself - arranging objects, exposing, developing - connects your practice to this tradition and teaches, viscerally, how photographic images are formed by light.

The cyanotype is a particular camera-less (and camera-based) process that gives a distinctive Prussian-blue image and is accessible outside a conventional darkroom. Paper (or fabric) is coated with a light-sensitive iron solution, objects or a negative are placed on it, it is exposed to ultraviolet light (sunlight works), and washing in water develops a deep blue image with white where the light was blocked. The cyanotype's beautiful blue, its simplicity, and its hand-made, slightly unpredictable quality make it a popular experimental process, good for photograms of plants and objects or for printing from negatives, and strong for AO2 exploration.

Other camera-less and chemical processes extend the field. The chemigram is made by painting or applying developer and fixer directly onto photographic paper in the light, creating abstract, painterly, unpredictable marks and patterns from the chemistry itself. Luminograms record pure light on paper with no objects. These processes treat the photographic materials - the light-sensitive paper and the chemistry - as a medium to be worked directly, like paint, producing abstract, material, one-off images. They push photography toward abstraction and toward the physical, hand-made and chemical, far from the camera's mechanical record.

For your practice, camera-less processes offer distinctive, hands-on, experimental images and excellent AO2 exploration, and many need no camera and little equipment (cyanotypes need only sunlight and simple chemicals; photograms need a darkroom). Embrace their immediacy and their unpredictability, experiment with the objects, exposure and chemistry, and pursue an idea through them - the trace of objects, the record of light, abstraction, the natural world. Camera-less photography reminds you that the medium is about light and light-sensitive surfaces at its core, and it can give your work a beautiful, material, hand-made quality distinct from straight photography.

Worked example

Using cyanotypes to explore a natural-world theme

A student's theme is the fragility of local plant life. Show how camera-less cyanotypes could explore it.

Match process to idea
The cyanotype's delicate blue and the photogram's ghostly trace of an object suit fragility and the natural world - the process itself echoes the theme.
Gather and arrange
Collect local plants, leaves and seed heads and arrange them directly on cyanotype-coated paper, composing the shapes and overlaps deliberately.
Expose and develop
Expose in sunlight and wash to develop the deep blue image, leaving the pale silhouettes of the plants - experimenting with exposure and arrangement across several attempts.
Develop into a response
Refine the strongest results and edit them into a coherent series of blue plant-traces that explores fragility and the natural world - a personal, process-led response.

Result: Cyanotype photograms of local plants use the process's delicate blue and ghostly trace to explore fragility - a camera-less experiment where the process itself carries the theme.

Typical mistakes

Thinking photography always requires a camera, missing that camera-less processes make images from light and light-sensitive materials alone.
Making camera-less images without an idea, rather than using the process's qualities to pursue a theme.

Active revision

Make a set of photograms or cyanotypes: arrange objects (leaves, lace, everyday things) on the light-sensitive surface, expose and develop, and experiment with the objects, exposure and overlap to explore the trace of light and shadow.

Active recall

Recall the key points — then reveal.

Sources: Ofqual - GCE AS and A level qualifications (Ofqual)

In-camera experiment#

StandardAQA 7206 Photography (in-camera experiment)Ofqual GCE Art and Design subject content

In-camera experiment plays with the moment of capture itself, using the camera in unconventional ways to make images that straight shooting cannot. One key technique is the multiple exposure: recording two or more images on the same frame (or blending them in-camera), so they overlap and combine into a single layered image. Multiple exposures can merge a face with a landscape, layer a figure with itself, or build dreamlike, ghostly, symbolic composites in-camera - a technique used from the medium's early days and revived digitally. It is excellent for themes of memory, identity, dream and duality, where layering carries meaning.

Intentional camera movement (ICM) deliberately moves the camera during a longish exposure, so the scene records as streaks, blurs and abstractions of colour and light rather than a sharp image. Panning, swinging, twisting or jolting the camera during the exposure turns a landscape into painterly bands of colour, a woodland into vertical streaks, or lights into gestural marks. ICM embraces blur and abstraction as expressive qualities, producing impressionistic, painterly, semi-abstract images from ordinary subjects. Like all experiment, its results are unpredictable and explored through many attempts, keeping the strongest.

The pinhole camera strips photography back to its essentials: a light-tight box with a tiny hole instead of a lens, which forms a soft, wide-angle image on film or paper inside. Pinhole images have a distinctive dreamy softness, near-infinite depth of field, and long exposure times (seconds to minutes) that blur any movement. Making and using a pinhole camera - from a tin, a box, or even a room (a camera obscura) - is a deeply instructive experiment that reveals how the photographic image is formed by light through an aperture, and yields uniquely soft, otherworldly images with a hand-made quality.

Long exposure is a powerful in-camera experimental technique in its own right. By leaving the shutter open for seconds, minutes or longer (on a tripod), the camera records the passage of time: moving water becomes a smooth veil, moving people vanish or ghost, stars trace arcs across the sky, and light sources draw trails and can be 'painted' in the dark (light painting). Long exposure makes visible what the eye cannot see - the accumulation of movement and light over time - and turns time itself into the subject, producing images of a kind only photography can make.

For your practice, in-camera experiments are accessible (most need only your camera and a willingness to try), and they yield distinctive, expressive images strong for AO2. Explore multiple exposures for layering and meaning, ICM for painterly abstraction, pinhole for soft essential images, and long exposure for time and light - embracing the unpredictable and refining through many attempts. Match the technique to an idea: layering for memory, abstraction for feeling, long exposure for time. In-camera experiment shows that the camera, used unconventionally, is itself a rich instrument for making images unlike ordinary photographs.

Worked example

Using multiple exposure for a theme of identity

A student's theme is fractured or dual identity. Show how in-camera multiple exposure could explore it.

Match technique to idea
Multiple exposure layers two or more images into one, which literally embodies duality and fracture - the technique carries the theme of split or layered identity.
Plan the layers
Plan what to combine - a face with its own profile, a figure with a cityscape, two expressions - so the overlaid images say something about the divided self.
Experiment in-camera
Shoot multiple exposures, varying the alignment, exposure balance and subjects across many attempts, embracing the unexpected ways the layers merge.
Refine to a response
Select the strongest layered images and refine the approach into a coherent series exploring fractured identity - the technique's layering realising the idea.

Result: Multiple exposure's layering is used to embody dual or fractured identity, explored through many in-camera attempts - an experiment where the technique itself carries the theme.

Typical mistakes

Using in-camera effects randomly rather than choosing the technique to serve an idea (e.g. multiple exposure for layered memory).
Expecting predictable results - experimental in-camera techniques require many attempts and embracing the accidental.

Active revision

Make three in-camera experiments toward one idea: a multiple exposure, an intentional-camera-movement abstraction, and a long exposure; keep all the attempts and note which best serve the idea and why.

Active recall

Recall the key points — then reveal.

Sources: AQA AS and A-level Art and Design (7201-7206) specification (AQA)

Post-capture experiment and an experimental enquiry#

AdvancedAQA 7206 Photography (post-capture experiment and practitioners)Ofqual GCE Art and Design subject content

Developing an experimental enquiry

Fig. 3An experimental enquiry across the AOs: an idea drives research into experimental practitioners (AO1) and exploration of process-led techniques (AO2/AO3), refined to a resolved response (AO4).

Post-capture experiment transforms or combines images after they are taken, in the darkroom, digitally, or by hand. Photomontage - combining parts of several images into a new whole - is a classic experimental technique, used by the avant-garde to make surprising, critical or dreamlike images and endlessly extended by digital compositing. Working by hand, montage can be physical (cutting and combining prints); digitally, it uses layers and masks. Montage lets you build images that no single exposure could capture - juxtapositions, impossible scenes, layered meanings - and it is a powerful way to construct experimental, conceptual work.

Manipulation and transformation extend post-capture experiment further. Images can be distorted, solarised (a partial tonal reversal, explored by Man Ray and Lee Miller), degraded, overlaid, or radically altered in the darkroom or digitally, to make abstract, strange or expressive results. Digital tools offer vast scope for transformation - warping, blending, glitching, generative processes - though, as always, the experiment should serve an idea rather than being effect for its own sake. Manipulation in experimental work is fully legitimate (unlike in documentary), because experimental images make no claim to record reality; they are openly constructed.

Alternative and hand-finishing processes bring the physical and material into post-capture experiment. Photographs can be printed by historic or alternative processes (cyanotype, salt printing, gum printing, transfer processes), printed onto unusual surfaces (fabric, wood, metal), or worked into by hand - painted, drawn on, scratched, stitched, layered, torn and reassembled. Mixed-media approaches combine photographs with other materials and media. These processes give photographs a unique, physical, hand-made, one-off quality and treat the print as an object to be worked, pushing photography toward the material and the tactile and connecting it to wider art practice.

When you study experimental photographers for AO1, analyse how they use their processes to make meaning: what process do they use, what does it do to the image, and what idea or feeling does it serve? The avant-garde experimenters (Man Ray, Moholy-Nagy and others) treated the medium's processes as a means of surprise, abstraction and radical vision; contemporary experimental photographers continue to push the medium in every direction. Place the work in its context and tradition, and draw out processes and ideas useful for your own experimental enquiry - the research feeding genuine, purposeful experiment rather than random effect.

Developing an experimental enquiry means pursuing an idea through process across the AOs: researching experimental practitioners and processes (AO1), exploring camera-less, in-camera and post-capture techniques and shooting and making from first-hand (AO2/AO3), and refining and editing toward a resolved, personal experimental response (AO4). Experimental work is unusually strong for AO2 because it is so exploratory, but it must be purposeful: the experiment should pursue a theme, feeling or question, and be refined through many attempts, not scattered. A strong experimental enquiry uses process to say something only experiment could - making it a distinctive and rewarding route for a personal investigation.

Worked example

Building an experimental enquiry from an idea

A student's idea is 'the unreliability of memory'. Show how to develop it as an experimental enquiry.

Match processes to the idea
Unreliable memory suits layering, blurring and degradation - multiple exposures, intentional camera movement, montage and worked, damaged prints all echo how memory fades and distorts.
Research (AO1)
Research experimental photographers who work with memory, layering and abstraction, and processes such as multiple exposure and montage, analysing how they make the idea visible.
Explore widely (AO2/AO3)
Experiment across camera-less, in-camera and post-capture processes toward the theme - layered exposures, blurred movements, montaged and physically worked prints - keeping all attempts.
Refine to a response (AO4)
Select the strongest, most evocative results and refine the most promising process into a coherent series that embodies the unreliability of memory - a resolved personal response.

Result: The idea of unreliable memory is pursued through layering, blur and degradation across experimental processes, researched and refined into a coherent series - process used to say what only experiment could.

Typical mistakes

Using post-capture effects for their own sake rather than to pursue an idea, or making scattered experiments with no refinement.
Describing experimental practitioners rather than analysing how their processes make meaning, and connecting it to your own work.

Active revision

Take your own images and make one post-capture experiment - a photomontage, a hand-worked print, or a mixed-media piece - that pursues an idea; keep the stages and note the idea the process serves.

Active recall

Recall the key points — then reveal.

Sources: Ofqual - GCE AS and A level qualifications (Ofqual)

References & sources

Sources

AQA

AQA AS and A-level Art and Design (7201-7206) specification

Ofqual

Ofqual - GCE AS and A level qualifications

Experimental imagery

4 sections~18 min reading time3 competenciesLevel Foundation 1 · Standard 2 · Advanced 1

Experimental imagery

Key points

Experimenting with purpose, not just effect

Key points

Using cyanotypes to explore a natural-world theme

Key points

Using multiple exposure for a theme of identity

Key points

Building an experimental enquiry from an idea

Sources

Experimental imagery

Key points

Experimenting with purpose, not just effect

Key points

Using cyanotypes to explore a natural-world theme

Key points

Using multiple exposure for a theme of identity

Key points

Building an experimental enquiry from an idea

Sources