Archives

Shields Down

Resignations happen in a moment, and it’s not when you declare, “I’m resigning.” The moment happened a long time ago when you received a random email from a good friend who asked, “I know you’re really happy with your current gig because you’ve been raving about it for a year, but would you like to… More

Managing Humans v3

Next summer, the third edition of Managing Humans will be published. Like the prior edition, I’ll be nuking some chapters, adding new ones, and editing the current ones. I’m also thinking about going full Catcher in the Rye for the cover. Stay tuned.

Long ago, there was a Glossary that captured the terms I used both in the blog and in the books. This Glossary did not make the transition to the new version of the site until this morning. I’ve done a lightweight editing pass on this current version, but would love your suggestions for additions/edits to the current version which will be published along with v3 of the book.

Happy Merry.

Why I Slack

Earlier this year, I ran a survey to get ideas about how leaders could mobilize. 1311 of you filled out the survey which mean I’m certain the results are full of good ideas and inspiration. It also means I have to mine them. An obvious mobilization tactic was a mailing list. Sure, it’s old school,… More

Light-based computers?

Via Quartz:

“The phase speed is infinite—much larger, infinitely larger than the speed of light,” Mazur tells Quartz.

This doesn’t mean light itself is traveling faster than the speed of light, which would violate the laws of relativity. “Phase velocity” refers to the speed of the crest of waves that ripple out when light strikes a material. The Harvard scientists created a material that allows these wave crests to move infinitely fast. This is a strange thought to wrap your head around, and means the crests of the waves are oscillating through time, but not space. Under these peculiar conditions, the Harvard scientists found that it’s easy to manipulate the photons, squeezing them down to the microscopic scale and turning them around. In other words, we can treat photons in the same way we currently manipulate electrons.