docker exec -it llama-container /app/bin/llama-run \
  --ngl 18 \
  --context-size 2048 \
  --threads 16 \
  --temp 0.7 \
  /models/ro/gpt-oss-120b-GGUF/gpt-oss-120b-MXFP4-00001-of-00002.gguf \
  "Explain simply and briefly why the sky is blue."

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1. 

*** Analysis ***
We need to answer: "Explain simply and briefly why the sky is blue." Provide short, simple explanation. Should be concise. Probably mention Rayleigh scattering, shorter wavelengths scatter more. Also mention Sun's light composition, scattering in atmosphere. Provide simple language.

*** Message ***
The Sun’s light is made of many colors. When that light enters Earth’s atmosphere it bumps into tiny air molecules. Those tiny particles scatter short‑wavelength light (blue and violet) much more than long‑wavelength light (red, orange). Because our eyes are more sensitive to blue than violet and some violet is absorbed higher up, the scattered blue light reaches us from all directions, making the sky appear blue.

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2.

*** Analysis ***
We need to respond: explain simply and briefly why sky is blue. Provide explanation about Rayleigh scattering, shorter wavelengths scattered more, human eye perceives blue. Also mention sun's white light, scattering, etc. Should be simple and brief. Probably 2-3 sentences. Provide maybe a short bullet.

*** Message ***
The Sun’s light is a mix of all colors. As it passes through the atmosphere, the tiny air molecules scatter the shorter‑wavelength (blue‑violet) light far more efficiently than the longer‑wavelength (red‑orange) light—a process called **Rayleigh scattering**. Because our eyes are most sensitive to blue and some violet is absorbed higher up, the scattered light that reaches us looks predominantly **blue**, making the daytime sky appear that color.

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3.

*** Analysis ***
Explain simply and briefly why the sky is blue." Provide a short explanation: Rayleigh scattering, shorter wavelengths scatter more, etc. So answer in simple terms.

*** Message ***
The sky looks blue because of **Rayleigh scattering**:

1. **Sunlight is a mix of all colors** (red, orange, yellow, green, blue, indigo, violet).  
2. As sunlight passes through Earth’s atmosphere, it hits tiny molecules of air (nitrogen, oxygen, etc.).  
3. These tiny particles scatter the light in all directions. The amount of scattering depends on the light’s wavelength: **short‑wavelength light (blue and violet) scatters much more than long‑wavelength light (red, orange).**  
4. Our eyes are more sensitive to blue than to violet, and some violet is absorbed by the upper atmosphere, so the scattered light that reaches us is mainly blue.  

Thus the sky appears blue during the day. (At sunrise/sunset the light travels through more atmosphere, scattering away the blue and leaving the reds, which is why the sky looks red then.)

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4.

*** Analysis ***
We need to answer: "Explain simply and briefly why the sky is blue." Provide a concise explanation. Should be simple, brief. Use Rayleigh scattering, shorter wavelengths scatter more, etc. Provide answer.

*** Message ***
The Sun’s light is a mix of all colors. When it enters Earth’s atmosphere, the tiny molecules of air scatter the light in all directions. Short‑wavelength light (blue and violet) is scattered much more strongly than long‑wavelength light (red, orange). Because our eyes are more sensitive to blue than violet and some violet is absorbed by the upper atmosphere, the scattered sky light appears blue to us. The effect is called **Rayleigh scattering**.

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5.

*** Analysis ***
The user asks: "Explain simply and briefly why the sky is blue." So we need a short explanation. Provide simple answer: scattering of sunlight by atmosphere, Rayleigh scattering, shorter wavelengths scatter more, etc. Provide a short description.

*** Message ***
The Sun’s light is made of many colors. When it reaches Earth, the tiny molecules and particles in the atmosphere act like tiny prisms. They scatter shorter‑wavelength light (blue and violet) much more strongly than longer‑wavelength light (red, orange, yellow). Our eyes are more sensitive to blue than violet, and some violet is absorbed by the upper atmosphere, so the scattered light that reaches us looks blue. This effect, called **Rayleigh scattering**, makes the daytime sky appear blue.