Yesterday's US map:
Yesterday's world map:
Since that map, the Johns Hopkins University heat map has upgraded china's total to 4474 confirmed cases and 106 deaths as of last night.
Growth is accelerating literally exponentially.
As a poster over on Instapundit said:
As of today, January 27, 2020, the figures in the chart, "Infected people in Mainland China according to the National Health Commission daily reports," at Wikipedia, for January 16-27 (https://en.wikipedia.org/wi... ) somehow fit an exponential equation with R² = 0.9951. The fit is so close that, in my graph in MS Excel, I can't distinguish between the curve connecting the points representing the reported numbers and the curve representing the exponential regression equation. I don't know whether to be awed or suspicious. Let x represent the date, and let January 16 equal 1, January 17 equal 2, etc. The regression equation then is y = 33.079e^(0.4095x). If the figures are real, and if the exponential growth holds true, one can expect 80,000 cumulative infections in China on February 3.