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Makeisha in Time by Rachael K. Jones | Crossed Genres Makeisha has always been able to bend the fourth dimension, though no one believes her. She has been a soldier, a sheriff, a pilot, a prophet, a poet, a ninja, a nun, a conductor of trains and symphonies , a cordwainer, a comedian, a carpetbagger, a troubadour, a queen, and a receptionist. She has shot arrows, guns, and cannons. She speaks an extinct Ethiopian dialect with a perfect accent. She knows a recipe for mead that is measured in aurochs horns, and with a katana, she is deadly. Her jumps happen intermittently. She will be yanked from th
stanley travel mug e present without warning, and live a whole lifetime in the past. When she dies, she returns right back to where she left, restored to a younger age. It usually happens when she is deep in conversation with her boss, or arguing with her mother-in-law, or during a book club meeting just
stanley cup canada when it is her turn to speak. One moment, Makeisha is firmly grounded in the timeline o
stanley termos f her birth, and the next, she is elsewhere. Elsewhen. After I highlighted Jones ; Daily Science Fiction story last week a few folks in the comments recommended this story as a good read as well. And they ;re right. I really enjoyed reading about Makeisha adventures, and as a bit of a history nerd I loved the idea of a woman popping off to live whole lifetimes while also attempting to live one in the present. It calls to mind one of Star Trek: TNG most moving and effective episodes, Fomy This Incredible Reflective Bike Glows Like A Stop Sign At Night
In April 1955 a physics professor at Columbia University in New York City named Charles Townes journeyed to a scientific meeting in Cambridge, England, where he wanted to talk about the research he had been doing on stimulated microwave radiation. About a year earlier Town
stanley de es, working together with several graduate students in Pupin Hall at Columbia, had successfully demonstrated such radiation in a device in
stanley cup which ammonia molecules were bombarded with microwaves. The result was an output of only several billionths of a watt, but it showed not only that the device worked but that Townes had made a breakthrough. Together with his students over lunch after the momentous event, Townes struggled to come up with a name for the device, and settled on MASER, or Microwave Amplification by the Stimulated
stanley cup Emission of Radiation. Townes ammonia MASER was the ancestor of a quickly-following generation of devices, including, a few years later, the more ambitious LASER, or Light Amplification by Stimulated Emission of Radiation. Lasers and masers would become a multi-billion dollar industry and would be at the heart of a multitude of modern electronic gadgets that practically everyone uses today. After his achievement Townes sent a short paper announcing it to the leading journal Physical Review but at the time of his trip to England he had not yet written a thorough theoretical description of what he had done. Therefore, he was astounded in Cambridge when a Soviet physicist n