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WASHINGTON – A yearlong experiment with the nation's electric grid could mess up traffic lights, security systems and some computers — and make plug-in clocks and appliances like programmable coffeemakers run up to 20 minutes fast.
Originally posted by LittleVoice731
Would you not have to have been awake and looking at your clock to have noticed that it stopped. If you were not looking at it, but it had stopped, at some point it started again. You would have not noticed it if it had only stopped for a minute or two.
Besides how can a clock be stopped by a magnetic field interruption? Maybe a huge pendulum would....
Originally posted by Hellas
My question would be, how could we even know if our clocks stopped, when EVERY clock stopped?
Originally posted by Essan
Originally posted by Hellas
My question would be, how could we even know if our clocks stopped, when EVERY clock stopped?
What could stop a pendulum. And then restart it again? Think about it.
Originally posted by spirit_horse
A yearlong experiment with the nation's electric grid could mess up traffic lights, security systems and some computers — and make plug-in clocks and appliances like programmable coffeemakers run up to 20 minutes fast.
Programs: Time Error Correction Elimination
UPDATE: The Operating Committee in December 2011 voted to not move forward with the TEC elimination field trial.
As an alternative, the committee requested an investigation of the root causes of fast time error and identification of solutions to those root causes.