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Elizabeth Bear
Elizabeth Bear

Elizabeth Bear is an accomplished American science fiction and fantasy author, born on September 22, 1971. Her works are known for their unique narrative style and profound humanistic concerns, earning her a dedicated fan base. more

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“Hackworth took a bite of his sandwich, correctly anticipating that the meat would be gristly and that he would have plenty of time to think about his situation while his molars subdued it. He did have plenty of time, as it turned out; but as frequently happened to him in these situations, he could not bring his mind to bear on the subject at hand. All he could think about was the taste of the sauce. If the manifest of ingredients on the bottle had been legible, it would have read something like this: Water, blackstrap molasses, imported habanero peppers, salt, garlic, ginger, tomato puree, axle grease, real hickory smoke, snuff, butts of clove cigarettes, Guinness Stout fermentation dregs, uranium mill tailings, muffler cores, monosodium glutamate, nitrates, nitrites, nitrotes and nitrutes, nutrites, natrotes, powdered pork nose hairs, dynamite, activated charcoal, match-heads, used pipe cleaners, tar, nicotine, singlemalt whiskey, smoked beef lymph nodes, autumn leaves, red fuming nitric acid, bituminous coal, fallout, printer's ink, laundry starch, drain deaner, blue chrysotile asbestos, carrageenan, BHA, BHT, and natural flavorings.”

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“With the advent of nanotechnology, microfabrication has produced novel manmade constructs called metamaterials which exhibit entirely new properties in terms of their effect on light, effects which are not found in conventional materials, or even in nature itself. Early in the 21st century, a chance observation showed that an ultrathin layer of silver on a flat sheet of glass would act like a lens, and from this point, the development of the ‘perfect’ or ‘superlens’ began, with the theoretical possibility to image details such as viruses in living cells with a light microscope, bypassing Abbe’s diffraction limit. Metamaterials have been produced that make this possible, as they have a property previously unimagined in optics, and not found in nature, which is a negative refractive index.”

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