**About This Video**

This was a test of chat between four AI:
Coral, Lemma, Sonia and Aria.
Verbosity setting: 1 (1..4)

**Technical Details**
The models used were
Coral (aya:8b-23-q8_0)
Lemma (llama3.1:8b-instruct-q8_0)
Sonia (gemma2:9b-instruct-q8_0)
Aria (qwen2:7b-instruct-q8_0)
run locally using ollama.

For voice synthesis, I utilized
PIPER TTS from GitHub [ Ссылка ]
My voice was set to
en_US-joe-medium,
Coral's voice was set to
en_GB-cori-high,
Sonia's voice was set to
en_US-kristin-medium,
Lemma's voice was set to
en_US-ljspeech-high,
Aria's voice was set to
en_US-kathleen-low.

Additional software used includes:
* Subtitle Edit
* Notepad++
* FFmpeg
* FFprobe

The Context provided to all AIs:
(generated by llama3.1:70b-instruct-q4_K_M)

The Sturtian Glaciation was a period of significant glaciation that occurred approximately 717-660 million years ago during the Cryogenian period of the Neoproterozoic era. This glaciation event is named after the Sturt River in South Australia, where
evidence of the glaciation was first discovered.

Causes of the Sturtian glaciation

The causes of the Sturtian glaciation are not well understood, but several factors are thought to have contributed to the event:

1. Changes in the Earth's orbit: Changes in the Earth's orbit around the Sun may have reduced the amount of solar energy the planet received, leading to a cooling of the climate.
2. Variations in the Sun's energy output: Changes in the Sun's energy output may have also contributed to the cooling of the climate.
3. Volcanic eruptions: Large volcanic eruptions may have released massive amounts of sulfur dioxide and other gases into the atmosphere, which would have reflected sunlight and cooled the planet.
4. Changes in ocean circulation: Changes in ocean circulation patterns may have also played a role in the Sturtian glaciation.

Effects of the Sturtian glaciation

The Sturtian glaciation had a profound impact on the Earth's climate and geology. Some of the key effects include:

1. Global ice coverage: The Sturtian glaciation is thought to have been a global event, with ice sheets covering much of the Earth's surface, including the continents and the oceans.
2. Sea level changes: The formation of large ice sheets would have caused a significant drop in sea levels, as water was locked up in the ice.
3. Climate change: The Sturtian glaciation would have had a profound impact on the Earth's climate, with average global temperatures likely dropping by several degrees.
4. Evolutionary changes: The Sturtian glaciation may have played a role in the evolution of life on Earth, as the harsh conditions would have favored the survival of organisms that were adapted to cold temperatures.

...

Timeline of the Sturtian glaciation

The Sturtian glaciation is thought to have occurred approximately 717-660 million years ago, during the Cryogenian period of the Neoproterozoic era. The exact timing and duration of the glaciation event are not well constrained, but it is thought to have
lasted for several tens of millions of years.

Here is a rough timeline of the Sturtian glaciation:

717 million years ago: The Sturtian glaciation begins, with the formation of large ice sheets on the continents and in the oceans.
700 million years ago: The glaciation event reaches its peak, with ice sheets covering much of the Earth's surface.
680 million years ago: The glaciation event begins to decline, with the ice sheets retreating and the climate warming.
660 million years ago: The Sturtian glaciation comes to an end, with the Earth's climate returning to a more normal state.

Relationship to the Marinoan glaciation

The Sturtian glaciation is often paired with the Marinoan glaciation, which occurred approximately 635-600 million years ago. The two glaciation events are thought to have been part of a larger glaciation cycle that occurred during the Cryogenian period.

The Sturtian glaciation is thought to have been a more severe event than the Marinoan glaciation, with ice sheets covering a larger area of the Earth's surface. However, the Marinoan glaciation is thought to have been more prolonged, lasting for several
tens of millions of years.

Overall, the Sturtian glaciation was a significant event in the Earth's history, with far-reaching consequences for the planet's climate, geology, and ecosystems.

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