Giclee Prints & Framed Pictures
This page presents some of my finest chemical artworks. The artworks are made through a fusion of scientific methods and artistic vision. Through careful selection and mixing of chemicals, my work involves the creation of chemical reactions that produce intricate patterns and colours at the microscopic level. These reactions are carefully observed and captured using a microscope equipped with a camera. You could say that the chemicals are my paints and the microscope is my brush and the combination of these tools allow me to create unique and captivating works of art. The microscope becomes a powerful tool for exploration and expression, allowing me to uncover hidden patterns and structures in the microscopic realm and translate them into stunning visual compositions. Through my expertise of physics and the operation of microscopes, adjustments of the settings and angles are made to create the desired artistic effect. The resulting images are natural works of art. Each piece of art is unique and captivating, offering a glimpse into a world that is usually hidden from view. From the delicate beauty of a crystal lattice to the complex structures of a living cell, each piece of microscopy art offers a new perspective on the natural world. For the viewer, these works of art provide a window into a world that is often hidden from view, inviting them to marvel at the complexity and beauty of the microscopic universe. Whether viewed for their scientific value or purely as works of art, microscopy creations are sure to inspire and captivate those who encounter them.
The pictures were not designed and cannot be designed. They are the result of natural pattern formations orchestrated by the rules of physics and chemistry, ie. Nature. The colours that you are see are not artificially, but again, are selected by mother Nature and depend on the configuration of the microscopes optical path. There are no digital enhancements or alterations to these images.
Print size: 34.50 x 47.50cm
Signed 2 of 7.
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This photograph resembling "Lollipop Land" is actually a crystalline chemical film consisting of Urea.
Print size: 47.50 x 34.50cm
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Print size: 34.50 x 47.50cm
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A bed of cabbages in the alotment perhaps? This is the crystallographic product of caesium chloride.
Print size: 47.50 x 34.50cm
Signed 2 of 5.
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This is a crystallised chemical cocktail consisting of ammonium nickel nitrate and potassium cyanide.
Made on 12th January 2022
47.50 x 34.50cm
Signed 1 of 7.
This is a crystallised chemical cocktail consisting of silver and copper sulphates.
Made on 20th January 2022
Print size: 47.50 x 34.50cm
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SPIE 2022 First Prize
Print size: 47.50 x 34.50cm
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Print size: 34.50 x 47.50cm
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Print size: 34.50cm x 47.50cm
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Made on 7th January 2022
Print size: 34.50cm x 47.50cm
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34.50 x 47.50cm
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Made on 11th January 2022
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Made on 11th January 2022
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This is a crystallised chemical cocktail consisting of sodium and cobalt chloride with copper sulphate and ammonium nickel nitrate.
Made on 12th January 2022
34.50 x 47.50cm
Signed 1 of 7.
This is a crystallised chemical cocktail consisting of ammonium iron sulphate and cobalt chloride.
Made on 21st January 2022
47.50cm x 34.50cm
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Partially lit to one side by sunlight, soon these flower buds will unfurl into a wondrous display of pollinator-attracting flowers. One might be fooled into thinking that this photograph is indeed exactly what is described but this is actually a thin crystalline film spontaneously formed from a chemical cocktail consisting of various sulphate salts.
47.50cm x 34.50cm
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Print size: 47.50 x 34.50cm
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A mixture of iron and potassium cyanide imaged in polarised light yields this striking picture in what immediately brings to mind of a bed of flowers and giant petals with pollinating fireflies or glowing fragrances.
Print size: 47.50 x 34.50cm
Signed 2 of 7.
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A burgeoning crystalline flower of iron and potassium salts unfolds from the centre of a nucleation point.
Print size: 47.50 x 34.50cm
Signed 2 of 12.
Somewhat resembling a plant, such as a garden weed, with its perianth unfurling into petals and sepals. Garden weeds are generally thought of as being ugly pests. Next time, give them a closer look, and you'll see how beautiful they really are, whilst providing an important link in the grander ecosystem. The image is in fact the crystallisation of an analgesic medication, imaged with polarised light microscopy.
Print size: 47.50 x 34.50cm
Signed 5 of 15.
Shafts of light filtering through openings in the dense canopy above, illuminate gethe forest floor in a patchwork of darkness and illumination. This cluster of exuberant emerald foliage coating the floor of the virgin rainforest is briefly lit and captured in this dream-like picture. The image is made from a mixture of chemicals consisting of potassium salts and iron sulphate, imaged with polarised light microscopy.
Print size: 47.50 x 34.50cm
Signed 3 of 7.
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An exquisite chemical flower emerges out of chaos, unfolding into the most sumptuous flower.
Print size: 34.50cm x 47.50cm
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Signed 3 of 12.
This image shows the crystallisation of an analgestic medication, imaged with polarised light microscopy. The features created during the process are reminiscent of a tropical Bromeliad flower.
Print size: 47.50 x 34.50cm
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Salicin, an anti-inflammatory medication, imaged using polarised light microscopy. The formation brings to mind a plant native to the semi-arid and tropical climate of Africa called Sticks of Fire. Who knew that anti-inflammatory medication could evoke such images of nature?
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Named for its early morning hues casting down on a corn field. If you look closely, you might see faint stars in the sky. This image was made from a mixture of medicinal medications and health supplements and photographed under a microscope.
47.50cm x 34.50cm
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Print size: 47.50 x 34.50cm
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As winter is fast approaching in Northern Europe, the Sun tracks lower and lower across the Southern sky. It’s radiance begins to wane and the green chlorophyll pigments within the cells of leaves begin to break down, giving way to golden yellows and vibrant reds and oranges. Besides chlorophyll, plants also contain other pigments called carotenoids and anthocyanins which give leaves their autumn colours when the green chlorophyll disappears. The colour change takes place in order for plants and trees to save valuable energy. The production of chlorophyll is an energy expensive process and so plants break down chlorophyll and pump it out of the leaves for storage before letting the leaves fall away. Sunlight reflects differently off the leaves depending on the levels of carotenoids and anthocyanins present within them. Carotenoids produce yellows, oranges and red whilst anthocyanins produce reds, pinks and purple colours. This image is not of a forest floor strewn with leaves however, but is a stain left behind from a solution of caesium chloride.
Print size: 47.50 x 34.50cm
Signed 2 of 7.
This image of caesium chloride brings to mind a particular plant native to Amazonia - the tropical climbing woody vine, Bougainvillea, also known as Veranera. It's beautiful magenta-scarlet inflorescence consists of three leaf-like petals called bracts that surround it's delicate white flowers. Veranera conserves it's resources by using the tree as a scaffold, wrapping their tendrils around the trunk and branches in a tight vice-like grip. By doing so, energy is conserved, allowing the plant to expend it on other processes like rapid growth and accelerated leaf production. It's leaves are alternately arranged along it's stems.
Print size: 47.50 x 34.50cm
Signed 2 of 7.
Print size: 47.50 x 34.50cm
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A beautiful flower unfurls from a nucleation point in ammonium iron sulphate.
Print size: 47.50 x 34.50 cm
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Surface of a soap bubble.
Print size: 47.50 x 34.50cm
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Nicotinic acid crystals resemble Autumn leaf litter on the forest floor.
Print size: 34.50 x 47.50cm
Signed 1 of 3.
Three phases of matter - solid, liquid and gas in coexistence. A molten droplet of monosodium glutamate (MSG) with numerous air bubbles. The bubbles behave like lenses, focusing images of the crystalline substrate beneath. Molten MSG streams around the droplet and you can see the smooth streamlines on top. Refraction and dispersion colours can be seen around the skin of the droplet as light bends around the skin. The internal bubbles can be seen to focus images from the substrate below while convection currents are made visible in the molten globule. Cracks appear in the crystalline substrate because of stresses.
Print size: 34.50 x 47.50cm
Signed 3 of 7.
In a race to minimise energy and reach an energetically favoured state of equilibrium, a tug-of-war ensues between many thousands of trapped air pockets and the compressing effects of the surrounding viscous liquid. A bubble is a balancing act of forces that occur between it's internal air pressure pushing outward on its membrane and the compressive forces of the surrounding liquid trying to crush it inwards. As a result, the molecular field density and thus the optical path length surrounding the air pockets will be significantly distorted. This effect can be seen by the vivid coloured bands immediately surrounding the bubble aggregations.
Print size: 34.50 x 47.50cm
Signed 2 of 15.