Bee Swarm Relativity: Calculating Time with a Messenger Bee

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In summary, the conversation discusses a special swarm of bees with a time keeper bee and a messenger bee that keeps track of time. Another swarm is sent out at a constant speed to settle a new hive, and the time keeper bee needs an equation to determine when the new swarm's time equals a specific number of ticks. This situation is compared to the concept of time dilation and how it can be simplified.
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Vern
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Consider a special swarm of bees of constant size in which each bee always flys at a constant speed. A time keeper bee keeps time by means of a messenger bee that continously circles the swarm. Each time the messenger bee completes a round trip, the swarm's time advances one tick.

An identical stationary swarm, A, sends this swarm, B at swarm speed, V, to settle a new hive. Swarm A wants to start another journey when swarm B's time equals N ticks.

Now swarm A's time keeper bee needs an equation to determine when swarm B's time equals N ticks.

I wonder if this equation would resemble the transformations that help us determine relative things. :smile:

Just curious.

Vern
 
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  • #2
This sounds like a very convoluted situation involving time dilation, which is quite simple.

- Warren
 
  • #3
I was trying to think of a simple situation from which one could develop a Lorentz-like transformation for time dilation. This one should come pretty close :smile:

Vern
 

FAQ: Bee Swarm Relativity: Calculating Time with a Messenger Bee

What is "Bee Swarm Relativity"?

"Bee Swarm Relativity" is a concept that uses the behavior of messenger bees to calculate time. It is based on the idea that the speed at which bees fly and communicate with each other can be used as a measure of time.

How does "Bee Swarm Relativity" work?

The theory behind "Bee Swarm Relativity" is that the time it takes for a messenger bee to fly from one point to another and back again can be used to calculate the distance and speed of the bee. This information can then be used to determine the time it took for the bee to complete the journey.

Why use bees to calculate time?

Bees are known for their precise and consistent movements, making them a reliable source for time calculations. They also have the ability to fly at different speeds, making them useful for measuring different intervals of time.

What are the potential applications of "Bee Swarm Relativity"?

"Bee Swarm Relativity" has the potential to be used in a variety of fields, such as agriculture, climate change research, and even space exploration. It could also have practical applications in everyday life, such as scheduling and time management.

Are there any limitations or challenges to using "Bee Swarm Relativity"?

One limitation of "Bee Swarm Relativity" is that it relies on the behavior of bees, which can be affected by various factors such as weather conditions and the health of the bee colony. Additionally, accurately measuring the speed and distance of bees can be a challenging task. However, with further research and development, these limitations can potentially be overcome.

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