Here's a thinking process:
1. **Analyze User Input:**
- **Role:** Frank, excited, passionate tech-savvy news curator on Evil Source community forums.
- **Task:** Rewrite the provided article as a FULL, in-depth forum post.
- **CRITICAL RULES:**
- 1 to 3 paragraphs exactly.
- Each paragraph: 4-8 sentences forming a complete thought.
- Write the ENTIRE story - no summarizing/cutting short. Include every detail, fact, insight.
- EXCITING, casual, direct forum style - like telling friends about something mind-blowing.
- Add own commentary, opinions, reactions throughout.
- Use line breaks between paragraphs.
- Include ALL key info: who, what, when, where, why, how.
- Include specs, prices, dates, names, etc.
- Reference source links naturally.
- End with: 'Source: <original URL>'
- If additional sources, add: 'Also see: <url1>, <url2>'
- NO headline, NO markdown headers.
- NEVER write less than one full paragraph.
- **Input Article:** About NASA's Perseverance rover finding macromolecular carbon on the surface of rocks at the "Bright Angel" site in Jezero Crater, Mars. Key details: 5 years traversing Jezero, found at Neretva Vallis edge, detected by SHERLOC (UV Raman spectrometer), sols 1180-1218, targets: Steamboat Mountain (control), Cheyava Falls, Apollo Temple, Walhalla Glades. Shows G-band (graphitic band) signal, matches terrestrial kerogen but team avoids that word due to biotic implications. Investigated artifacts (dust-cover anomaly disabled focusing mechanism, new operating mode, lab tests with spare optics, pointed at nothing/calibration targets, Steamboat Mountain control confirmed no hardware signal). Investigated contamination (abrasion bit sterilized, never produced strong G-band on other rocks, Cheyava Falls just had nitrogen puff). Chemistry shows two events: carbonate/sulfate minerals at Apollo Temple, silicate-rich sediment at Walhalla Glades. Suggests ancient lake mud burial + later groundwater mineral deposition. Instruments can't distinguish biotic vs abiotic, needs sample return. Quotes from Ashley E. Murphy, Kyle Uckert, Kevin P. Hand. Date: Jul 4, 2026. Source: Ars Technica.
2. **Check Constraints:**
- 1-3 paragraphs? Yes.
- Each paragraph 4-8 sentences? Need to carefully count.
- Entire story included? Yes, will weave all details in.
- Exciting, casual forum style? Yes.
- Own commentary/opinions? Yes.
- Line breaks between paragraphs? Yes.
- All key info? Yes.
- End with Source line? Yes.
- No headline/markdown headers? Yes.
- Must match exactly.
3. **Draft Construction (Mental Refinement - Paragraph by Paragraph):**
*Paragraph 1: The discovery, the rover, the instrument, the targets, the signal.*
NASA’s Perseverance rover has been grinding through Jezero Crater for five whole years hunting for ancient chemical leftovers, and holy cow, they just found something absolutely wild at the Bright Angel outcrop on the edge of Neretva Vallis. Using SHERLOC, that deep-ultraviolet Raman spectrometer mounted on its robotic arm, the team fired the laser at four different targets between sols 1180 and 1218, and three of them—Cheyava Falls, Apollo Temple, and Walhalla Glades—lit up with a massive graphitic band signal right on the rock surface. I know what you’re thinking, because lead author Ashley Murphy literally warned everyone not to call it kerogen yet, even though the spectroscopic signature basically mirrors the tangled, cross-linked macromolecular carbon we see in Earth’s fossilized microbial mats. To my knowledge, this is the shallowest detection of organic matter ever recorded on the Martian surface, and honestly, seeing complex carbon just sitting right on top of a rock instead of locked inside something that needed drilling is a total game-changer for astrobiology.
*Check P1 sentences:* 4 sentences. Wait, let me count carefully.
1. NASA’s Perseverance rover has been grinding through Jezero Crater for five whole years hunting for ancient chemical leftovers, and holy cow, they just found something absolutely wild at the Bright Angel outcrop on the edge of Neretva Vallis.
2. Using SHERLOC, that deep-ultr
1. **Analyze User Input:**
- **Role:** Frank, excited, passionate tech-savvy news curator on Evil Source community forums.
- **Task:** Rewrite the provided article as a FULL, in-depth forum post.
- **CRITICAL RULES:**
- 1 to 3 paragraphs exactly.
- Each paragraph: 4-8 sentences forming a complete thought.
- Write the ENTIRE story - no summarizing/cutting short. Include every detail, fact, insight.
- EXCITING, casual, direct forum style - like telling friends about something mind-blowing.
- Add own commentary, opinions, reactions throughout.
- Use line breaks between paragraphs.
- Include ALL key info: who, what, when, where, why, how.
- Include specs, prices, dates, names, etc.
- Reference source links naturally.
- End with: 'Source: <original URL>'
- If additional sources, add: 'Also see: <url1>, <url2>'
- NO headline, NO markdown headers.
- NEVER write less than one full paragraph.
- **Input Article:** About NASA's Perseverance rover finding macromolecular carbon on the surface of rocks at the "Bright Angel" site in Jezero Crater, Mars. Key details: 5 years traversing Jezero, found at Neretva Vallis edge, detected by SHERLOC (UV Raman spectrometer), sols 1180-1218, targets: Steamboat Mountain (control), Cheyava Falls, Apollo Temple, Walhalla Glades. Shows G-band (graphitic band) signal, matches terrestrial kerogen but team avoids that word due to biotic implications. Investigated artifacts (dust-cover anomaly disabled focusing mechanism, new operating mode, lab tests with spare optics, pointed at nothing/calibration targets, Steamboat Mountain control confirmed no hardware signal). Investigated contamination (abrasion bit sterilized, never produced strong G-band on other rocks, Cheyava Falls just had nitrogen puff). Chemistry shows two events: carbonate/sulfate minerals at Apollo Temple, silicate-rich sediment at Walhalla Glades. Suggests ancient lake mud burial + later groundwater mineral deposition. Instruments can't distinguish biotic vs abiotic, needs sample return. Quotes from Ashley E. Murphy, Kyle Uckert, Kevin P. Hand. Date: Jul 4, 2026. Source: Ars Technica.
2. **Check Constraints:**
- 1-3 paragraphs? Yes.
- Each paragraph 4-8 sentences? Need to carefully count.
- Entire story included? Yes, will weave all details in.
- Exciting, casual forum style? Yes.
- Own commentary/opinions? Yes.
- Line breaks between paragraphs? Yes.
- All key info? Yes.
- End with Source line? Yes.
- No headline/markdown headers? Yes.
- Must match exactly.
3. **Draft Construction (Mental Refinement - Paragraph by Paragraph):**
*Paragraph 1: The discovery, the rover, the instrument, the targets, the signal.*
NASA’s Perseverance rover has been grinding through Jezero Crater for five whole years hunting for ancient chemical leftovers, and holy cow, they just found something absolutely wild at the Bright Angel outcrop on the edge of Neretva Vallis. Using SHERLOC, that deep-ultraviolet Raman spectrometer mounted on its robotic arm, the team fired the laser at four different targets between sols 1180 and 1218, and three of them—Cheyava Falls, Apollo Temple, and Walhalla Glades—lit up with a massive graphitic band signal right on the rock surface. I know what you’re thinking, because lead author Ashley Murphy literally warned everyone not to call it kerogen yet, even though the spectroscopic signature basically mirrors the tangled, cross-linked macromolecular carbon we see in Earth’s fossilized microbial mats. To my knowledge, this is the shallowest detection of organic matter ever recorded on the Martian surface, and honestly, seeing complex carbon just sitting right on top of a rock instead of locked inside something that needed drilling is a total game-changer for astrobiology.
*Check P1 sentences:* 4 sentences. Wait, let me count carefully.
1. NASA’s Perseverance rover has been grinding through Jezero Crater for five whole years hunting for ancient chemical leftovers, and holy cow, they just found something absolutely wild at the Bright Angel outcrop on the edge of Neretva Vallis.
2. Using SHERLOC, that deep-ultr