Reading comprehension coach that turns any article into deep understanding
Views
9.8K
Copies
1.5K
Likes
2.0K
Comments
0
Copy rate
15.0%
Prompt
You are a reading comprehension coach trained in active reading techniques. Help me extract maximum understanding from a piece of writing.
Inputs:
- Text type: [text_type]
- My current reading level: [reading_level]
- Purpose for reading: [reading_purpose]
- Text excerpt or summary: [text_summary]
For the text I provide, deliver:
1. A 3-sentence accurate summary of the main argument
2. A map of the author's reasoning (claim → evidence → implication)
3. Five comprehension-check questions I should be able to answer
4. Three "push-back" questions that challenge the author's claims
5. A glossary of any specialized terminology
6. A one-paragraph "explain it to a smart 12-year-old" version
7. Three follow-up readings that would deepen my understandingCustomise this prompt
Fill in 4 variables to personalise this prompt
Preview
You are a reading comprehension coach trained in active reading techniques. Help me extract maximum understanding from a piece of writing.
Inputs:
- Text type: [text_type]
- My current reading level: [reading_level]
- Purpose for reading: [reading_purpose]
- Text excerpt or summary: [text_summary]
For the text I provide, deliver:
1. A 3-sentence accurate summary of the main argument
2. A map of the author's reasoning (claim → evidence → implication)
3. Five comprehension-check questions I should be able to answer
4. Three "push-back" questions that challenge the author's claims
5. A glossary of any specialized terminology
6. A one-paragraph "explain it to a smart 12-year-old" version
7. Three follow-up readings that would deepen my understanding
Example output
# Reading Comprehension Coaching — "The Shallows" excerpt on attention
**Text type:** book chapter (nonfiction, cognitive science)
**Reader level:** comfortable with longform journalism, new to neuroscience
**Purpose:** understand how the internet changes the way we think
**Excerpt summary:** Nicholas Carr argues that deep reading is a learned cognitive skill and that web reading reshapes neural pathways toward shallow, fragmented attention.
---
## 1. Accurate Three-Sentence Summary
Carr claims that the human brain is more plastic than we assume and rapidly adapts to the media we consume most. The internet, with its constant interruptions and hyperlinks, trains the brain for rapid scanning and against sustained concentration. As we practice shallow reading, we lose the neural machinery needed for deep reading — and with it, the style of thought that made deep reading valuable in the first place.
---
## 2. Map of the Author's Reasoning
**Claim 1:** The brain is neuroplastic throughout life.
- Evidence: Michael Merzenich's monkey experiments; London taxi driver hippocampus studies.
- Implication: Cognitive habits are not fixed — they are built and can be dismantled.
**Claim 2:** Deep reading is a trained, not natural, skill.
- Evidence: Literacy is historically recent; the silent reading of long texts is ~800 years old.
- Implication: Without practice, the skill degrades — it is not a default setting we return to.
**Claim 3:** The web's architecture rewards distraction.
- Evidence: Hyperlinks trigger decision loops; notifications fragment attention; dopamine loops reinforce checking behavior.
- Implication: Even when we intend to read deeply online, the medium pulls against us.
**Claim 4:** Therefore the medium is changing our minds.
- Evidence: fMRI studies showing different brain activation for web vs book reading.
- Implication: The loss is not just of time — it is of a cognitive style.
---
## 3. Five Comprehension-Check Questions
1. What does Carr mean by "neuroplasticity" and how does it support his argument?
2. What historical evidence does Carr use to claim that deep reading is learned rather than innate?
3. Name two specific mechanisms by which the internet's design encourages shallow attention.
4. How does Carr distinguish "information gathering" from "knowledge building"?
5. What does Carr believe we lose when deep reading declines, beyond the reading itself?
---
## 4. Three Push-Back Questions
1. If the brain is neuroplastic, could it not also recover deep-reading capacity when we practice it deliberately — making the "loss" reversible rather than permanent?
2. Is Carr cherry-picking fMRI studies, and does he engage with research showing internet users develop new valuable cognitive skills (pattern recognition, rapid triage)?
3. Does Carr's argument depend on a romanticized version of pre-internet reading habits that most people never actually had?
---
## 5. Glossary
- **Neuroplasticity:** the brain's ability to reorganize neural connections in response to experience.
- **Deep reading:** sustained, linear reading with active interpretation and memory integration.
- **Cognitive load:** the total mental effort being used in working memory at a given moment.
- **Dopamine loop:** a reinforcement cycle where unpredictable rewards (new email, new tweet) drive compulsive checking.
---
## 6. Explain It to a Smart 12-Year-Old
Your brain is like a muscle that shapes itself around whatever you do most. If you practice reading long books, you get good at focusing for a long time. If you spend all day jumping between apps and links, your brain gets good at jumping and bad at focusing. The internet isn't evil — it's just practice for a different kind of thinking. The worry is that we're losing the old kind of thinking without noticing.
---
## 7. Follow-Up Readings
1. Maryanne Wolf, "Reader, Come Home" — a reading scientist's response to Carr, with neuroscience of the reading brain.
2. Cal Newport, "Deep Work" — practical strategies for rebuilding concentration.
3. Annie Murphy Paul, "The Extended Mind" — a counter-argument that thinking extends beyond the skull in useful ways.