Science and advocacy
Previous blogs have cautioned against crossing the line between science and advocacy. But what does that mean in practice, and why is it a problem? For one thing, it’s contrary […]
Previous blogs have cautioned against crossing the line between science and advocacy. But what does that mean in practice, and why is it a problem? For one thing, it’s contrary […]
The National Academies are a private, nongovernmental organization advising the federal government on science, engineering, and medicine. Abraham Lincoln authorized the creation of the National Academy of Sciences in 1863. […]
A contemporary of Julia Morgan, Clarence Wigington was the nation’s first African-American municipal architect. Despite a lack of formal training, he became a senior architectural draftsman in the office of […]
The Federal Emergency Management Agency (FEMA) established the National Urban Search & Rescue Response System in 1989. Engineers started serving on urban search and rescue teams the following year. Disasters […]
The British science fiction writer Arthur C. Clarke developed three laws, the most famous of which is, “Any sufficiently advanced technology is indistinguishable from magic.” Isaac Asimov expressed a similar […]
Years ago, I worked on the development of high-performance concrete for an offshore oil platform in Alaska. We needed to conduct abrasion testing at below-freezing temperatures, so we wanted to […]
Responsible sourcing is the human-rights aspect of supply chains. The idea is that it’s not enough to follow ethical practices within your own business. You also need to ensure that […]
As countries report their death tolls due to COVID-19, some appear to be providing fraudulent statistics. Dmitry Kobak has examined them using the Poisson distribution. It’s a useful way to […]
Before Julia Morgan became an architect, only men practiced architecture. First she studied civil engineering at the University of California at Berkeley, graduating in 1894—the only woman in her class. […]
Experiments usually involve a controlled environment where we can limit the number of variables. In a traditional experiment using the scientific method, we hold everything constant except the thing we […]