ON POST-PANDEMIC NORMALCY PART 2
YESTERDAY, WE SHARED insights about post-pandemic normalcy from a professor of psychological science, public health, and medicine. Today in Part 2, young scientists focus their thoughts on the year 2040. … Continue reading
ON POST-PANDEMIC NORMALCY PART 1
I MAKE TWO assumptions here: first, that the presence of Covid-19 will eventually diminish to the point of other viruses. These include, in no particular order, smallpox, chickenpox, measles, mumps, … Continue reading
SST CONCORDE REDUX
IT’S NO SURPRISE that a 9949-word article would teach me more about the SST Concorde. The historic supersonic transport had already appeared twice here at SimanaitisSays: “Concorde vs QE2,” May … Continue reading
IT SEEMS LIKE AN INFINITY… AND SO IT IS: ∞
IN MY CONTINUING exploration of math symbols, what better one to examine these days than ∞, the symbol for infinity. Here are tidbits on its definition, origin, and modern uses. … Continue reading
GOODBYE, MOORE’S LAW. HELLO TO THE TOP
IN 1975, INTEL founder Gordon Moore predicted that the number of transistors in a semiconductor would double every two years. Moore’s Law, as it came to be known, held true … Continue reading
GLOBAL TRUTHS AND THINGS TO PONDER
YESTERDAY’S CELEBRATION OF global—and extraglobal—adventurer Kathy Sullivan got me thinking about planet Earth and its physical extremes, its heights, depths, and shape. Here are tidbits gleaned from a variety of … Continue reading
CONNECT THE DOTS: LEAD, BALLOONS, PENCIL, NAPOLEON BONAPARTE
THIS CONNECT-THE-DOTS has an easy solution: Nicolas-Jacques Conté. He was a French polymath who gave Napoleon’s army the first significant use of aircraft and he also perfected the lead pencil … Continue reading
A GLIMPSE AT SIR MODELING PART 2
YESTERDAY IN PART 1, tidbits on epidemic modeling were offered, based on Paul Taylor’s “Susceptible, Infectious, Recovered,” London Review of Books, May 7, 2020. Today in Part 2, we see … Continue reading
A GLIMPSE AT SIR MODELING PART 1
AN “SIR” MODEL (as in S.I.R.) is a mathematical simulation of an epidemic. In full application, the model incorporates extremely detailed assessments of an epidemic’s factors. However, in “Susceptible, Infectious, … Continue reading