https://fee.org/articles/how-isaac-newton-turned-isolation-from-the-great-plague-into-a-year-of-wonders/?utm_source=ntnlrvw&utm_medium=referral&utm_campaign=nationalreview_partnership
In 1665, “social distancing” orders emptied campuses throughout England, as the bubonic plague raged, killing 100,000 people. Isaac Newton, a 24-year-old student from Cambridge, was among those forced to leave campus and return indefinitely to his childhood home.
College students around the world left campus this month, unsure when they would return and what daily life would look like until then. Forced to leave their friends and classmates behind and return to their childhood bedrooms, young people, who on average are less impacted by COVID-19’s dire health effects, may understandably feel angry and resentful. Free and independent, with their futures full of possibility, these students are now home and isolated. It can seem wholly unfair and depressing. But the story of another college student in a similar predicament might provide some hope and inspiration.
Isaac Newton’s Quarantine Experience
In 1665, “social distancing” orders emptied campuses throughout England, as the bubonic plague raged, killing 100,000 people (roughly one-quarter of London’s population), in just 18 months. A 24-year-old student from Trinity College, Cambridge was among those forced to leave campus and return indefinitely to his childhood home.
His name was Isaac Newton and his time at home during the epidemic would be called his “year of wonders.”
Away from university life, and unbounded by curriculum constraints and professor’s whims, Newton dove into discovery. According to The Washington Post: “Without his professors to guide him, Newton apparently thrived.” At home, he built bookshelves and created a small office for himself, filling a blank notebook with his ideas and calculations. Absent the distractions of typical daily life, Newton’s creativity flourished. During this time away he discovered differential and integral calculus, formulated a theory of universal gravitation, and explored optics, experimenting with prisms and investigating light.
