Our time is shaped in various ways by the spinning of events regardless of whether it’s the Earth rotating around the Sun, or the shift workers who switch between days and the nights. Some of these happen every day, while others are more irregular and unpredictable.
For instance, many people are aware that Earth revolves around the Sun every day. But what isn’t as well-known is that the speed at which Earth rotates may vary and make the day appear to be shorter or longer than what is expected. This is the reason why nuclear clocks which maintain a standard time must be regularly adjusted by adding or subtracting seconds. This change is known as leap seconds.
Precession is a common rotational event. It is a oscillation of the Earth’s axis similar to a spinning toy top that is a little off-center. This axial shift with respect to fixed stars (inertial space) has a duration of 25,771.5 years, and it is the cause of a variety of weather conditions patterns, such as the rotating direction of cyclones within the Northern and Southern hemispheres.
Scientists have also noticed that the speed at which the Earth rotates slows down over long periods of time, causing solar days to get progressively longer. On June 29th the world added a leap second to the atomic clocks in order to better align them with the axis of the Earth. While the addition of one second may seem minor but it can have significant implications for businesses that rely on the changing of schedules. For multinational companies with a global workforce managing the changing schedules of calls by fumbling around static wiki pages or spreadsheets can be costly in terms of reputation and revenue. On-call rotation software is becoming more well-known as it helps reduce interruptions to service and manages the coverage of transfers and allows employees to be more https://northcentralrotary.org/2019/11/16/rotating-events-in-our-time transparent.