Nineteen states have passed legislation to make daylight saving time permanent. But those laws won’t take effect until Congress makes it legal. And the medical community sees one major problem.
Nineteen states have passed legislation to make daylight saving time permanent. But those laws won’t take effect until Congress makes it legal. And the medical community sees one major problem.
I completely understand what you’re saying. It works for synchronizing well as things run on an absolute time. However, you are still going to do a localization shift, and you end right back up with time zones.
In your example, you work at 1500. Cool. I need to coordinate with Bob from Bulgaria. Its also 1500 there. Is he working? Who knows. I need to get out ye old solar map and find out. Or, I’m flying to Tokyo. My body is going to follow its diurnal cycle and want to wake up when the sun rises. We are still going to have a local abstraction of what the day hours are that shift with respect to longitude. A universal time doesn’t get rid of that. I agree that flight coordinating would be easier. But, if I know I want to arrive somewhere in the morning, right now I sort by AM arrival, and boom I’m done. In a UTC system, I now have to go look up the solar morning hours for my destination sort by time, find the window I want to arrive in, and then I can be good. I still might not have a good sense of what is super early versus what is closer to middle of the day.