James Burke Legend Connections 1 The Trigger Effect

The "Trigger Effect" episode ( link to this video ) that set off Connections:I was one of the finest hours ever produced for television. It influenced my family and I in the years to come. Hope for the best, while preparing for the worst. It begins at South Tower of the World Trade Center, and as Burke enters an express elevator (Car 6 or 7 if you must know) he says in effect, "Do I worry about ascending to the top in a steel box? Of course I don't! We take going up in the world like that for granted." When the elevator goes dark he says. "We expect this to happen sometimes so what do we do? We strike a light and look around in the dark for an emergency button to push and is we find one, we press it."…

This resonates very much with the Connections0 series by James Burke. It's an old series, but well worth the watch. Back then it already discussed what would happen if the grid would collapse, and how everything is interconnected. Now with the internet it has gotten even worse. I think the questions asked back then in the series are still very relevant and maybe even more so nowadays. 0 link to this video

You may enjoy the first episode of James Burke's Connections ("The Trigger Effect"), if you've not seen it. link to this video

This might be a good time for folks to go back and watch the first episode of James Burke's Connections: The Trigger Effect link to this video Interconnected systems can fail spectacularly in unforeseen ways. Strange that something so obvious is so often dismissed or overlooked.

link to this video Connections , episode 1, "The Trigger Effect". TL;DW shit gets very, very dicey in a matter of days if the power goes out—and most of our ways of recovering with any speed rely on power so if it goes out for most or all of the world at once, that's extremely bad . If it hit the wrong time of year, I could easily see a global power outage killing millions in the very first day. Loss of air conditioning and heating could push it into the millions all on their own.