This week in the magazine, Michael Specter writes about the progress scientists have made in developing in-vitro meat.
News stories report almost daily on the remarkable progress scientists are making in unraveling the genetic basis of disease and behavior.
Despite the progress, scientists and orthopaedic surgeons continue to struggle with the limited healing capacity of damaged structures, such as degenerated articular cartilage, injured skeletal muscle, atrophic fracture nonunion, inflammatory conditions, and aging tissues.
After studying pictures and data of the previous day's progress, scientists must decide where they want the rover to go and what they want it to do next.
Invasive predators on breeding islands are another problem, but one where conservationists are making significant progress; Scientists have successfully eradicated invasive rodents from 284 breeding islands, though at least 75 islands still require such efforts.
Despite progress, scientists and entrepreneurs alike have been quick to over-promise the capabilities of AI.
As the 17th and 18th centuries progressed, scientists in the fields of microbiology, immunology, and other emerging fields could observe biological processes in greater and greater detail.
As the X-ray progressed, scientists realized the animal was sharing its grave with an amphibian dubbed Broomistega.
LeCun and Andrew Ng, a Stanford professor and Chief Scientist of Baidu, both referenced the likelihood of another AI winter, in which, after all this progress, scientists would hit a research wall that would take some unknown number of years or decades to overcome.
As this crisis progressed scientists increasingly began to discuss Proteobacterial systematics as if the genotypes of proteobacteria were completely unrelated to their phenotypes.
