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Magnification Collection

Magnification: Revealing the Hidden World From the intricate patterns of a snowflake to the delicate structure of a human cell

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Magnification Collection: Mandelbrot fractal
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Magnification Collection: Crysotile asbestos
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Magnification Collection: Medical ilustration of an appendix with appendicitis
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Magnification Collection: Liver
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Magnification Collection: Human cell
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Magnification Collection: Julia fractal
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Magnification Collection: Taraxacum officinale, dandelion (fruiting head)
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Magnification Collection: Snail teeth
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Magnification Collection: Water fleas (Daphnia sp. ) and a green algae (Volvox aureus) in water from a garden pond
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Magnification Collection: Different Snowflakes showing range in size and pattern, magnified under microscope
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Magnification Collection: Chlorophyte or green alga (Volvox aureus) in pond water. UK. The larger spheres are approximately 0
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Magnification Collection: Anatomy of the bronchus and bronchial tubes
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Magnification Collection: Circuit board, artwork
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Magnification Collection: Microscopic view of human respiratory syncytial virus
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Magnification Collection: Sugar crystals, ordinary table sugar, photomicrography
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Magnification Collection: Human fetus inside amniotic sac
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Magnification Collection: Embryo development 24-36 hours after fertilization
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Magnification Collection: Microscopic view of chlamydia
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Magnification Collection: Scyliorhinus canicula, dogfish
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Magnification Collection: False-coloured SEM (Scanning Electron Micrograph) of a Tardigrade (Tardigrada) amongst moss
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Magnification Collection: T2 cell culture
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Magnification Collection: Rosenhain optical microscope
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Magnification Collection: Magnifying glass
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Magnification Collection: Fractal cloud, computer artwork
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Magnification Collection: Light Micrograph (LM) of a longitudinal section of stem showing xylem elements of Crown of Thorns
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Magnification Collection: Focus stacked, inverted image of Diatoms on a microscope slide
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Magnification Collection: Sheet ice crystals viewed by polarised light
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Magnification Collection: African daisy (Osteospermum jucundum) at approx 10x magnification
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Magnification Collection: Plankton at night, Palau, Philippine Sea
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Magnification Collection: Ice crystals viewed by polarised light
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Magnification Collection: Various pollen grains from several species of UK plant. False coloured scanning electron micrograph
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Magnification Collection: Snowflake magnified under microscope, Lilehammer, Norway
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Magnification Collection: Northern Jungle Queen (Stichophthalma camadeva) female, India
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Magnification Collection: Red campion (Silene dioica) seeds, microscopic view
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Magnification Collection: Abstract close-up of butterfly wing scales
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Magnification Collection: Macro dandelion seed
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Magnification Collection: Limestone microfossils in a 0. 03mm-thick slice of fossil-rich limestone viewed at high
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Magnification Collection: False-coloured scanning electron micrograph of a Thrip's (Thysanoptera) head
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Magnification Collection: Soil bacteria cultured on nutrient agar from a soil sample collected in Via Gellia Woods, Derbyshire
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Magnification Collection: Pollen grains on the style of a Harebell (Campanula rotundifolia), Hoe Grange Nature Reserve
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Magnification Collection: Harebell (Campanula rotundifolia) pollen grain, false-coloured Scanning Electron Micrograph
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Magnification Collection: Projector for magnifying microscopic telegraph messages (litho)
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Magnification Collection: Magic Glasses, 1891 (oil on canvas)
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Magnification Collection: Chest Microscope, with selection of ivory sliders and list, c. 1800 (mixed media)
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Magnification Collection: Microscope (wood, metal & glass) (see also 1113963)
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Magnification Collection: A Louis XV Duc de Chaulnes Pattern, Ormolu Compound Microscope, c


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Magnification: Revealing the Hidden World From the intricate patterns of a snowflake to the delicate structure of a human cell, magnification allows us to explore and unravel the mysteries of our world. Peering through the lens, we uncover secrets that would otherwise remain unseen. Take for instance Crysotile asbestos, its fibrous nature exposed under intense magnification, reminding us of its hidden dangers lurking within. In medical illustrations, an appendix with appendicitis comes alive as we zoom in closer. The inflamed tissues become vividly apparent, highlighting the urgency for surgical intervention. Moving deeper into our bodies, we discover the liver - a complex organ responsible for countless vital functions. Under magnification, its intricate network of cells and blood vessels reveals itself like an elaborate cityscape bustling with activity. But it's not just within ourselves that magnification unveils wonders; it extends beyond to nature's realm. A dandelion's fruiting head transforms into a mesmerizing display when observed up close – each tiny seed ready to embark on its own journey through wind and time. Fractals captivate our imagination as well – from Julia fractals with their infinite complexity to Mandelbrot fractals' self-repeating patterns. These mathematical marvels remind us of nature's innate ability to create beauty even in abstract forms. Anton van Leeuwenhoek revolutionized science by observing animalcules through his microscope in 1795. His discoveries opened up new frontiers in microbiology and forever changed our understanding of life at microscopic levels. Even seemingly ordinary creatures like snails hold surprises when examined closely; their teeth reveal intricate structures designed for efficient feeding and survival. Ponds teem with life too - water fleas gracefully glide alongside green algae like Volvox aureus. Magnified images transport us into this miniature ecosystem where every organism plays a crucial role in maintaining balance and harmony. And finally, we come full circle with snowflakes.