HUMAN TIME
HUMAN ERA • ORDINAL DATE • UTC TIME
12026 ◦ 300 • 01:33:22
12026 ◦ 300 • 01:33:22
12026 ◦ 300 • 01:33:22
Format
The UTC time is written the same as today, with hours, then minutes, then seconds in a row.
Format
The UTC time is written the same as today, with hours, then minutes, then seconds in a row.
• TIME
A closed bullet point, in blue representing the Earth, sits between the day count and the clock time.
• TIME
A closed bullet point, in blue representing the Earth, sits between the day count and the clock time.
About UTC Time
Coordinated Universal Time (UTC) is the official internationally agreed-upon standard for world time. It is computed and maintained by the International Bureau of Weights and Measures (BIPM).
Clock time notates the rotation of the Earth in relation to the Sun, with one full count of 24 hours marking the passing of a ordinal day. The 24 hour UTC count starts and ends roughly when the 180th meridian is perpendicular to the Sun. For Human Time, this meridian fully assumes the role as our International Date Line.
Today, UTC is widely used in aviation, scientific research, computing, and finance to synchronize operations and maintain data integrity.
What are hours, minutes, and seconds?
The Earth's surface is divided into 24 longitudinal zones of 15 degrees each. These zones are the practical meeting point between geography (space) and astronomy (time).
Since the Earth rotates roughly 360 degrees in relation to the sun, we use these 24 zones to measure segments of time called hours. Just as the globe is divided into degrees, each hour is further subdivided into 60 minutes, and each minute into 60 seconds. This means that a single minute of time corresponds to a fraction of a degree of the Earth's rotation, linking our clocks directly to the planet's movement.
As the Earth rotates, we count up by 60 seconds, then 60 minutes, stepping through the 24 zones until we return to the International Date Line, where the global calendar advances to the next day.
What about time zones?
At the Earth’s poles, all lines of longitude converge, and depending on the time of year, the hemispheres can experience 24-hour daylight or nighttime. Local time becomes meaningless here and reveals the flaws of time zones. The need for a single time reference becomes clear.
In our connected world, coordinating across multiple time zones creates unnecessary confusion, leading to scheduling conflicts and logistical inefficiencies. Adopting UTC globally would mean that a meeting at 14:00 is at the exact same moment for everyone, everywhere, simplifying everything from international flights to live broadcast time communication.
While our local daily rhythms, like when we wake up or eat would still be dictated by the Sun, the way we observe dates and times would be unified.
What is Time?
Theoretical physicist Professor Brian Greene joins WIRED to break down the emerging theories that tell us everything we know about time.
About UTC Time
Coordinated Universal Time (UTC) is the official internationally agreed-upon standard for world time. It is computed and maintained by the International Bureau of Weights and Measures (BIPM).
Clock time notates the rotation of the Earth in relation to the Sun, with one full count of 24 hours marking the passing of a ordinal day. The 24 hour UTC count starts and ends roughly when the 180th meridian is perpendicular to the Sun. For Human Time, this meridian fully assumes the role as our International Date Line.
Today, UTC is widely used in aviation, scientific research, computing, and finance to synchronize operations and maintain data integrity.
What are hours, minutes, and seconds?
The Earth's surface is divided into 24 longitudinal zones of 15 degrees each. These zones are the practical meeting point between geography (space) and astronomy (time).
Since the Earth rotates roughly 360 degrees in relation to the sun, we use these 24 zones to measure segments of time called hours. Just as the globe is divided into degrees, each hour is further subdivided into 60 minutes, and each minute into 60 seconds. This means that a single minute of time corresponds to a fraction of a degree of the Earth's rotation, linking our clocks directly to the planet's movement.
As the Earth rotates, we count up by 60 seconds, then 60 minutes, stepping through the 24 zones until we return to the International Date Line, where the global calendar advances to the next day.
What about time zones?
At the Earth’s poles, all lines of longitude converge, and depending on the time of year, the hemispheres can experience 24-hour daylight or nighttime. Local time becomes meaningless here and reveals the flaws of time zones. The need for a single time reference becomes clear.
In our connected world, coordinating across multiple time zones creates unnecessary confusion, leading to scheduling conflicts and logistical inefficiencies. Adopting UTC globally would mean that a meeting at 14:00 is at the exact same moment for everyone, everywhere, simplifying everything from international flights to live broadcast time communication.
While our local daily rhythms, like when we wake up or eat would still be dictated by the Sun, the way we observe dates and times would be unified.
What is Time?
Theoretical physicist Professor Brian Greene joins WIRED to break down the emerging theories that tell us everything we know about time.