gpt-oss-7.2b-specialized-science-pruned-moe-only-9-experts

11
1
7.2B
2 languages
license:apache-2.0
by
AmanPriyanshu
Language Model
OTHER
7.2B params
New
11 downloads
Early-stage
Edge AI:
Mobile
Laptop
Server
17GB+ RAM
Mobile
Laptop
Server
Quick Summary

AI model with specialized capabilities.

Device Compatibility

Mobile
4-6GB RAM
Laptop
16GB RAM
Server
GPU
Minimum Recommended
7GB+ RAM

Code Examples

Model Examplestext
<|channel|>analysis<|message|>Need explain photosynthesis process.<|end|><|start|>assistant<|channel|>final<|message|>**Photosynthesis in plants**  
(1) Light (sun, moon, etc.) → (2) Chlorophyll‑bound‑to‑light → (3) Light‑absor‑by‑energy → (4) Energy‑converted‑to‑chemical‑energy → (5) Chemical‑energy‑used‑by‑photosynthetic‑reaction → (6) Reaction‑produ‑by‑oxygen‑and‑carbon → (7) Oxygen‑and‑carbon‑released → (8) Carbon‑and‑oxygen‑used‑by‑plant‑metabolism → (9) Plant‑growth, photosynthesis, etc.  

**Key steps**:  
- **Light absorption**: Chlorophyll‑bound‑to‑light (e.g., chlorophyll‑a, chlorophyll‑b) absorbs visible light (400–700 nm).  
- **Energy conversion**: Excients (e.g., S₁, S₂) transfer energy to the ground state (S₀).  
- **Chemical reaction**: Excients transfer energy to the ground state (S₀) → reaction (e.g., H₂O + CO₂).  
- **Oxygen‑and‑carbon‑release**: The plant uses the reaction to produce oxygen and carbon.  
- **Plant‑growth**: The plant uses the reaction to grow, produce photosynthetic energy.  

**Result**: The plant uses light to produce oxygen and carbon, enabling growth and metabolism.<|return|>
Example 2text
<|channel|>analysis<|message|>Need explain greenhouse effect causes and how works.<|end|><|start|>assistant<|channel|>final<|message|>### What causes the greenhouse effect and how it works

---

## 1. What causes the greenhouse effect

|**Key**: The greenhouse effect is a result of the **greenhouse gas** (GHG) that is trapped in the atmosphere, and it amplates the radi‑energy that the Earth receives from the Sun.

|**Why**: The atmosphere is a thin layer of air that surrounds the Earth.  
|**What**: The greenhouse gas (GHG) is a mixture of gases that are very good for absorbing and re‑emitting infrared radiation.  
|**Why**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**What**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**Why**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**What**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**Why**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**What**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**Why**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**What**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**Why**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**What**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**Why**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**What**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**Why**: The GGH is a “greenhouse” because it traps the heat that the Earth receives from the Sun.  
|**What**: The GGH is a “green
Example 3text
<|channel|>analysis<|message|>Need to explain DNA structure: double heline, 5 nucle bases, 3 base pairs, 4 strands, 3 base pairs. Function: coding, replication, signaling, etc. Provide details.<|end|><|start|>assistant<|channel|>final<|message|>**DNA – the structure and its function**

---

## 1.  What is DNA?

DNA (de‑nucle‑acid‑gen‑a‑molecular‑structure) is a **double‑heline** of 5 nucle‑bases (A, C, G, T) that make a **four‑strand** structure.  
It is a **molecular** code that can be read by a **base‑pair** of 3 nucle‑bases (A‑T, C‑G, G‑T).  

| **Structure** | **Function** |
|---|---|
| 5 nucle‑bases (A, C, G, T) | 4 strands (A‑T, C‑G, G‑T, T‑A) |
| 3 base‑pairs (A‑T, C‑G, G‑T) | 1‑step code (A‑T, C‑G, G‑T) |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline |
| 2‑fold double‑heline | 3‑fold triple‑heline

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