Mildly interesting

[Klaus]

@Mik said in Mildly interesting:

How to Make a Compass

1. Place a 90 cm stick on the ground and put a small rock where the tip of the shadow falls.
   2 Wait ten to fifteen minutes and place a second rock at the point where the tip of the shadow has also moved.
   3 .Draw a line between the two points. This is an east-west line.
2. Place the tip of your left foot on the first rock and the tip of your right foot on the second rock; now you will be facing north.

Really? I don't think that works. I don't see why it should be east-west in 3.

[Horace]

@Klaus said in Mildly interesting:

@Mik said in Mildly interesting:

How to Make a Compass

1. Place a 90 cm stick on the ground and put a small rock where the tip of the shadow falls.
   2 Wait ten to fifteen minutes and place a second rock at the point where the tip of the shadow has also moved.
   3 .Draw a line between the two points. This is an east-west line.
2. Place the tip of your left foot on the first rock and the tip of your right foot on the second rock; now you will be facing north.

Really? I don't think that works. I don't see why it should be east-west in 3.

If the sun is moving on an east-west line relative to the stick, the tip of the stick's shadow should also be moving along an east-west line. Where's the problem?

[Copper]

The shadow will move from west to east in the Northern Hemisphere.

It will be an arc with a tiny radius not a line.

[jon-nyc]

But a small movement of 10-15m will be close enough.

[Copper]

[Renauda]

[Klaus]

@Horace said in Mildly interesting:

@Klaus said in Mildly interesting:

@Mik said in Mildly interesting:

How to Make a Compass

1. Place a 90 cm stick on the ground and put a small rock where the tip of the shadow falls.
   2 Wait ten to fifteen minutes and place a second rock at the point where the tip of the shadow has also moved.
   3 .Draw a line between the two points. This is an east-west line.
2. Place the tip of your left foot on the first rock and the tip of your right foot on the second rock; now you will be facing north.

Really? I don't think that works. I don't see why it should be east-west in 3.

If the sun is moving on an east-west line relative to the stick, the tip of the stick's shadow should also be moving along an east-west line. Where's the problem?

I let ChatGPT plot a curve of the tip of the shadow for a full day. The degree of curvature depends on the time of the year and on the position of earth, but it will not be a straight line.

[Horace]

@Klaus said in Mildly interesting:

@Horace said in Mildly interesting:

@Klaus said in Mildly interesting:

@Mik said in Mildly interesting:

How to Make a Compass

1. Place a 90 cm stick on the ground and put a small rock where the tip of the shadow falls.
   2 Wait ten to fifteen minutes and place a second rock at the point where the tip of the shadow has also moved.
   3 .Draw a line between the two points. This is an east-west line.
2. Place the tip of your left foot on the first rock and the tip of your right foot on the second rock; now you will be facing north.

Really? I don't think that works. I don't see why it should be east-west in 3.

If the sun is moving on an east-west line relative to the stick, the tip of the stick's shadow should also be moving along an east-west line. Where's the problem?

I let ChatGPT plot a curve of the tip of the shadow for a full day. The degree of curvature depends on the time of the year and on the position of earth, but it will not be a straight line.

I don't think it was meant to be theoretically an exact east-west line. Close enough for practical purposes.

[Mik]

This image is a comparative chart that shows the evolution of the modern alphabet over a span of 7,000+ years across different cultures and writing systems worldwide.

It traces the development of individual letters from ancient Egyptian hieroglyphs and Semitic scripts through Phoenician, Greek, and other intermediate writing systems, culminating in the modern Latin alphabet.

Each column represents a stage in the evolution of writing, showcasing how each letter has transformed over millennia in different scripts, such as Hieroglyphics, Proto-Sinaitic, Phoenician, Greek, and Arabic, among others. The chart is a visual representation of the continuity and adaptation of characters as they transitioned from one culture to another, demonstrating the shared heritage and interconnectedness of written communication across civilizations.

[Aqua Letifer]

@Mik said in Mildly interesting:

This image is a comparative chart that shows the evolution of the modern alphabet over a span of 7,000+ years across different cultures and writing systems worldwide.

It traces the development of individual letters from ancient Egyptian hieroglyphs and Semitic scripts through Phoenician, Greek, and other intermediate writing systems, culminating in the modern Latin alphabet.

Each column represents a stage in the evolution of writing, showcasing how each letter has transformed over millennia in different scripts, such as Hieroglyphics, Proto-Sinaitic, Phoenician, Greek, and Arabic, among others. The chart is a visual representation of the continuity and adaptation of characters as they transitioned from one culture to another, demonstrating the shared heritage and interconnectedness of written communication across civilizations.

Uh...

They completely missed all the futharks. Like, all of them.