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Images taken by I. H. Ford in a reflecting microscope using his aspheric objective mirror

1960-1984

3 Photomicrographs of the Chalk Marks on Einstein's Blackboard

1999

Wings of a lantern fly, as seen in a solar microscope

circa 1840
15x30 microphotographs on glass plate. 85x33mm

Uncut plate of photomicrographs

Salt print photomicrograph of a botanical specimen as seen through a solar microscope, by William Henry Fox Talbot, c 1840.

Photomicrograph of a Botanical Specimen as Seem Through a Solar Microscope

circa 1840
Photogenic drawing negative of a photomicrograph of a botanical specimen as seen through a solar microscope, by William Henry Fox Talbot, c 1840.

Photomicrograph of a Botanical Specimen as Seem Through a Solar Microscope

circa 1840
Photomicrograph calotype negative of three crystals (study of polarized light), by William Henry Fox Talbot, c 1840.

Photomicrograph of a crystal showing an interference pattern

circa 1840
Salt print photomicrograph of diatoms as seen through a solar microscope, by William Henry Fox Talbot, c 1840.

Photomicrograph of diatoms as seen through a solar microscope

circa 1840
Gelatin silver print of a photomicrograph of the mouth parts of a fly, taken by A E Smith in 1900. One of a series of five photomicrographs.

Photomicrograph of The Mouth Parts of a Fly

1900
Two photomicrographs of a crystal showing an interference pattern, by William Henry Fox Talbot, c 1850.

Two photomicrographs of a crystal showing an interference pattern

circa 1850
Photomicrograph of interference patterns; study of polarized light through crystals, albumenized paper print, by William Henry Fox Talbot, c 1840.

Study of polarized light through crystals

circa 1840
Salt print photomicrograph of a botanical specimen, by William Henry Fox Talbot, c 1840.

Photomicrograph of a Botanical Specimen

circa 1840
Photomicrograph of a crystal, by William Henry Fox Talbot, c 1840.

Photomicrograph of a crystal

circa 1840
Salt print of two photomicrographs of plant stems as seen through a solar microscope, by William Henry Fox Talbot, 1839.

Two Photomicrographs of Plant Stems as Seen Through a Solar Microscope

1839
Positive salt print from a calotype negative, hypo fixed, by Talbot, William Henry Fox, salt print of a photomicrograph of insect wings.

Salt print of a photomicrograph of insect wings

1839-1840
"The microscope and how to use it" by T. Charles White; illustrated with photomicrographs.

The microscope and how to use it

Pen holder and letter opener with Stanhope lens; moulded in orange material; microphotograph of Berck: 'Sur le plage' and 'Le Phare.'

Pen holder and letter opener with Stanhope lens

Colour autochrome photomicrograph of Mountain Quartz X63, by Arthur Clive Banfield, c 1910.

Micrograph of Mountain Quartz X63

circa 1910
Salt print photomicrograph of a plant stem as seen through a solar microscope, by William Henry Fox Talbot, c 1840.

Photomicrograph of a plant stem as seen through a solar microscope

circa 1840
Salt print of two photomicrographs of plant stems as seen through a solar microscope, by William Henry Fox Talbot, c.1840

Two Photomicrographs of Plant Stems as Seen Through a Solar Microscope

circa 1840
Gelatin silver print of a photomicrograph entitled 'Eggs of Anthomyia Plevialis X72', taken by A E Smith in 1900. One of a series of five photomicrographs.

Eggs of Anthomyia Plevialis X72

1900
Gelatin silver print of a photomicrograph entitled 'Section Human Scalp X25', taken by A E Smith in 1900. One of a series of five photomicrographs.

Section Human Scalp X25

1900
Salt print photomicrograph of a feather, by William Henry Fox Talbot, 1840.

Photomicrograph of a feather

1840
Salt print photomicrograph of a botanical specimen, by William Henry Fox Talbot, 1840.

Photomicrograph of a Botanical Specimen

1840
Photomicrograph of a crystal showing an interference pattern, by William Henry Fox Talbot, c 1850.

Photomicrograph of a crystal showing an interference pattern

circa 1850
Photomicrograph of a crystal showing an interference pattern, by William Henry Fox Talbot, c 1850.

Photomicrograph of a crystal showing an interference pattern

circa 1850
Photomicrographs of siege of Paris pigeon post message (ex Kodak Museum).

Photomicrographs of Siege of Paris Pigeon Post Message

Salt print photomicrograph of an interference pattern, by William Henry Fox Talbot, c 1850.

Photomicrograph of an interference pattern

circa 1850
Salt print photomicrograph of an interference pattern, by William Henry Fox Talbot, 1851.

Photomicrograph of an interference pattern

1851
Photomicrograph negative of a plant stem as seen through a solar microscope, c.1840. William Henry Fox Talbot. Calotype negative

Calotype negative of plant stem

circa 1840
Five photomicrographs, each 12" x 10", taken direct in 1900: - radula, whelk; proboscis, blow fly, x 80; section, human scalp; eggs of fly; palate, limpet

Five Photomicrographs

18 photomicrographs on glass approx 3mm square

Cut, unmounted photomicrographs

Positive salt print from a calotype negative, hypo fixed, photomicrograph of a plant stem, by William Henry Fox Talbot, 1839.

Microscopic plant stem

1839
Colour autochrome photomicrograph of structure of Aplite quartz from Dublin, by Arthur Clive Banfield, c 1910.

Micrograph of Structure of Aplite Quartz

circa 1910
Colour autochrome photomicrograph of mica or crystals, by Arthur Clive Banfield, c 1910.

Micrograph of Mica or Crystals

circa 1910
Colour autochrome photomicrograph of mica, by Arthur Clive Banfield, c 1910.

Micrograph of Mica

circa 1910
Salt print photomicrograph of diatoms as seen through a solar microscope, by William Henry Fox Talbot, c 1840.

Photomicrograph of diatoms as seen through a solar microscope

circa 1840
Colour transparency of a photomicrograph in colours of screen. One of four colour transparencies illustrating the Duplex process of colour photography.

Colour Photomicrograph