Yeah, comp sci 101 alone is sufficient to know that logarithmic growth's second derivative is negative for all x > 0, and ln(x) is still unbounded. "Growth is s

Yeah, comp sci 101 alone is sufficient to know that logarithmic growth's second derivative is negative for all x > 0, and ln(x) is still unbounded. "Growth is slowing" can be a very effective sleight of hand.