This archive covers milestones and breakthroughs from the scientific and academic world — researchers, universities, and institutions whose work advances human knowledge. Stories here highlight discoveries, studies, and scholarly efforts that point toward a better future.
Streptomycin was isolated on October 19, 1943, in a Rutgers University basement lab, where 23-year-old PhD student Albert Schatz pulled it from a soil microbe called Streptomyces griseus. It became the first antibiotic that could kill tuberculosis, a disease ancient enough to appear in Egyptian mummies and, until then, essentially untreatable.
Cancer chemotherapy began on August 27, 1942, when a Polish immigrant known only as JD received an injection of mustine at Yale–New Haven Hospital. His lymphoma shrank measurably before returning, and he died 96 days later. Still, that brief remission proved something radical for its time: cancer could be treated with drugs.
Penicillin’s first human trial took place at Oxford in February 1941, when Howard Florey’s team treated a dying police constable named Albert Alexander. He improved dramatically for five days before the scarce drug ran out, and he later died. The experiment still opened the door to antibiotic medicine, which Florey estimated would go on to save tens of millions of lives.
Insulin’s discovery came during a sweltering Toronto summer in 1921, when Frederick Banting and Charles Best extracted the hormone from a dog’s pancreas. Months later, a 14-year-old boy named Leonard Thompson became the first person successfully treated, his symptoms clearing after a refined second dose. A diagnosis once fatal within months had become something a person could live with.
In 1920, British astrophysicist Arthur Eddington proposed a radical answer to why stars shine: hydrogen fusing into helium, releasing energy per Einstein’s E=mc². He made the leap before anyone knew stars were mostly hydrogen, and decades before physicists worked out how fusion actually happens. It was a guess that turned out to be right.
Solar power ran industrial machinery in Egypt in 1913, when American inventor Frank Shuman built the world’s first solar thermal station beside the Nile. His parabolic mirrors pumped 6,000 gallons of water a minute onto cotton fields, no fuel required. Cheap oil buried the idea for sixty years — until engineers rediscovered his design after the 1973 oil crisis.
He traveled to Hong Kong in 1894 at the request of the Japanese government during an outbreak of the bubonic plague, and identified a bacterium that he concluded was causing the disease.
Wind-powered electricity came home in the summer of 1887, when Scottish physics professor James Blyth raised a 10-metre cloth-sailed turbine in his Marykirk cottage garden. His lights came on; when he offered surplus power to the village for street lighting, neighbors refused, calling it the work of the devil. A quiet first, a century ahead of its time.
The Oxford English Dictionary is now the principal historical dictionary of the English language, published by Oxford University Press.
Solar power began in an 1883 New York workshop, where inventor Charles Fritts coated a selenium wafer with gold and watched it turn sunlight into electricity. The cell converted just 1 to 2 percent of light into power, but it worked. Every solar panel on every rooftop today traces back to that quiet moment.
