The Blaisdell Blog

  It was my first year as a principal, and my moment of truth had come early.   This was a year before Columbine.   A year before everything changed for schools and children and people like me.   But the problem was there.   Looking out the window of my office I saw a young man loitering in the area where the school buses would soon be lining up at the end of the day.   I knew this kid.   He had been escorted off our property and off a school bus more than once.   He was a junior high student with a long line of trouble with the district and the law.   A quick call to the junior high principal let me know the student had been suspended the day before.   I should call the police.   My secretary already had them on the line.   I also told her to hold the students in their classrooms.   No one was to be released until I gave the word.   Knowing his record, the police asked if he was carrying a weapon.   I said I did not see one, but he had his right arm pulled inside his leather jac

  Have you ever had to untangle a skein of yarn after the cat, the toddler or something else has made a mess of it?   It is hours of mess that must be meticulously sorted one small knot at a time.   The task is frustratingly slow. You tug on one string, only to see a mass of yarn move, tighten and bunch on the other side of the pile.   Where was the connection?   Points “X” and “Z” seem to be on opposite sides of the ball of yarn.   Yet they are reacting.             But we can make this concept even more perplexing.   What if, instead of two opposite ends of the yarn reacting, they act in concert?   What if pushing a free end through a loop, also pushes another end through a loop?   What if you watch this happen and then find out that the two strands of yarn aren’t even connected?             Well, now we have three knew Nobel Laureates in physics because they wanted to find out what was going on with a sub-atomic ball of yarn.   Alain Aspect, John Clauser and Anton Zeilinger ha