Magnified Magnets

On the top-right, there's cross-hatching. Hypothetically, if you were to magnify the lens 1000x with a microscope, you'd see the multiverses. Made in 2015. Want to buy this painting? Email me at [email protected] Have other inquiries or requests? Let me know ;)

This stunning closeup photograph captures the intricate details and natural beauty of a leaf. The crisp, sharp focus highlights the delicate veins and texture of the foliage, while the vibrant colors and soft lighting create a sense of peaceful serenity. The perfect addition to any room, this print is a celebration of the simple yet endlessly fascinating wonders of nature. Hang it on your wall and let the tranquility of the great outdoors bring a touch of warmth and charm to your home.

Magnified Blue

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Artificially coloured bubble chamber photo from CERN, the European particle physics laboratory outside Geneva. (1984)

Photograph of a neutrino interaction event in the 15- foot bubble chamber at the Fermi National Accelerator Laboratory (Fermilab) near Chicago. The neutrino enters the bubble chamber at far right, but does not leave a track itself because it is electrically neutral. It interacts almost immediately with a proton in the liquid filling the bubble chamber, producing a spray of particles that travel towards the left, curving in the chamber's magnetic field. The V- shaped pairs of tracks in the lower half of the picture, which end in characteristic spiral curlicues, are electron- positron pairs produced from gamma-rays.

Seed of Lapsana communis, the common nipplewort

Bubble chamber particle tracks. Coloured image showing a collection of tracks left by subatomic particles in a bubble chamber. A bubble chamber is a container filled with liquid hydrogen which is superheated - momentarily raised above its normal boiling point by a sudden drop in pressure in the container. Any charged particle passing through the liquid in this state leaves behind a trail of tiny bubbles as the liquid boils in its wake. These bubbles are seen as fine tracks, showing the characteristic paths of different types of particle. The paths are curved due to an intense applied magnetic field. The tightly-wound spiral tracks are due to electrons and positrons.

Plant-pathogenic rust fungus (Gymnosporangium sp.) on a secondary host's fruit, reflected light micrograph, pictured area is about 8.5mm tall.

Red onion skin with oxalate crystals under the microscope, horizontal field of view is about 0.24mm.

Subatomic particle tracks. Coloured bubble chamber photograph showing tracks left by subatomic particles from a particle accelerator at CERN, the European particle physics laboratory at Geneva. A bubble chamber is a container filled with liquid hydrogen which is superheated - momentarily raised above its normal boiling point by a sudden drop in pressure in the container. Any charged particle passing through the liquid in this state leaves behind a trail of tiny bubbles as the liquid boils in its wake. The bubbles are seen as fine tracks, which show the characteristic paths of different types of particle and which are curved due to an intense applied magnetic field.

Ascaris, cross-section, light micrograph, pictured area is approximately 6mm tall.

Blood cells. Coloured scanning electron micrograph (SEM) of human blood showing red and white cells. Red blood cells (erythrocytes) have a characteristic biconcave-disc shape and are numerous. These large cells contain haemoglobin, a red pigment by which oxygen is transported around the body. They are more numerous than white blood cells, one of which is visible in this sample (white). White blood cells (leucocytes) are rounded cells with microvilli projections from the cell surface. Leucocytes play an important role in the immune response of the body. Magnification: x3,500 at 5x7cm size. x 7,750 at 6x4"

Tiny crab claws (chelas) empty shell, found on a beach in Western Washington state, pictured area is about 8mm wide

Bright field micrograph of a peacock feather, pictured area is about 1.7mm tall.

Streamer chamber photograph of 220 charged subatomic particles spilling out from the collision of a high-energy oxygen nucleus with a nucleus in a lead target. The picture was obtained by the NA35 experiment at CERN, the European particle physics laboratory outside Geneva. In addition to the 220 charged particles that leave a track in the streamer chamber, physicists estimated that a further 80 electrically neutral (& therefore invisible) particles were created in the collision. From a run in November 1986.

Bright field light micrograph of a green Spirogyra alga filament on a prepared microscope slide, pictured area is about 850 micrometers wide.

Streamer chamber photo of an oxygen ion collision in the NA35 experiment at CERN, the European particle physics laboratory outside Geneva. The oxygen ion has collided at left with a nucleus of lead, producing a spray of particles that shoot out towards the right- hand side of the chamber. One particle is a low- energy electron which spirals inwards in the chamber's magnetic field, its track growing more dense as it loses energy.

Light micrograph of a strawberry "seed" (achene), pictured area is about 1.7mm wide.

Western conifer seed bug (Leptoglossus occidentalis) found indoor in Western WA, USA.

Macro shot of a turnip sprout

Reflected light micrograph of a moss spore capsule, pictured area is about 1.7mm high.

Derodontus trisignatus, very small (about 2mm in length) fungus beetle, light micrograph.

Hairy-necked tiger beetle (Cicindela hirticollis) at a sandy beach in Western WA, USA.

Reflected light micrograph of a fungivore rove beetle (Tribe Oxypodini), pictured area is about 1.6mm tall.

Reflected light micrograph of a Zygentoma family insect (silverfish) found indoor in Western Washington state, USA.

Photomicrograph of mushroom gills, pictured area is about 7.8mm wide.

Rosy conk (Fomitopsis cajanderi, synonyms Fomitopsis subrosea and Fomes subrosea) with micrographs of the spore print, pores, and individual spores

Oxytocin. Polarised light micrograph of crystals of the female hormone oxytocin. In women this hormone is secreted naturally by the pituitary gland. It is also manufactured synthetically in the laboratory for use as a drug. Oxytocin causes contractions of the uterus during labour, and it also stimulates the flow of milk in women who are breast-feeding. As a drug it may be used to induce childbirth, or to help to expel the placenta. Oxytocin may be given in the form of a nasal spray to help increase milk flow while breast-feeding. Magnification: x50

Human embryo. Coloured scanning electron micrograph (SEM) of a human embryo at the 16-cell stage on the tip of a pin. The ball of cells (yellow) of the embryo is known as a morula, a cluster of almost identical, rounded cells, each containing a central nucleus. This 16-cell embryo is about three days old. It is at the early stage of transformation from a single cell to a human composed of millions of cells. The cells multiply by repeated cleavage divisions (mitosis) and will form a hollow ball of cells (the blastocyst). Development of the blastocyst occurs before the embryo implants into the wall of the uterus (womb). Magnification: x130 at 6x7cm size. Magnification: x450 at 8x10 inch size.

Bright field light micrograph of fungal spores (ascospores) from March 2018 air sample, pictured area is approximately 120 microns tall.

Light micrograph of a Cladonia sp. lichen from Washington state, pictured area is about 7.5mm tall.

Bacteria infecting a macrophage. Coloured scanning electron micrograph (SEM) of Mycobacterium tuberculosis bacteria (purple) infecting a macrophage white blood cell. The macrophage, when activated, will engulf (phagocytose) the bacteria and destroy them as part of the body's immune response. M. tuberculosis causes the disease tuberculosis. It infects the lungs creating primary tubercles, nodular lesions of dead tissue and bacteria. The bacteria may enter the blood or lymph systems and spread to other organs of the body. Tuberculosis is spread by coughs and sneezes.

Insect larva under the microscope, vertical field of view is about 3mm.

Low-power micrograph of a raspberry, pictured area is about 8.5mm wide