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4 ways to read difficult texts faster - tips that ACTUALLY work! thumbnail

4 ways to read difficult texts faster - tips that ACTUALLY work!

Andy Stapleton·
5 min read

Based on Andy Stapleton's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Skim the abstract by targeting predictable sections: core message, methods, and conclusions/future work, while skipping background material that doesn’t match the reader’s goal.

Briefing

Reading dense academic text faster isn’t about skimming harder—it’s about managing attention: knowing where the real information sits, controlling eye movement, and slowing down only when comprehension demands it. The most practical starting point is to learn the structure of what you’re reading, especially the abstract. By scanning for predictable elements—what the paper actually tells you (often around the introduction), the methods (usually signaled by “we did this” style phrasing), and the main conclusions plus future work (often near the end)—readers can filter out background material and focus on the parts that match their purpose.

A second speed lever is physical guidance. Because eyes naturally drift and jump when staring at small, uninteresting text, using a finger or pen to track line-by-line reduces re-reading and keeps attention anchored. The approach is especially helpful for printed academic documents with tiny fonts or textbooks that are difficult to read even up close. The tradeoff is simple: follow the text with your finger or a pen while scanning sentence by sentence until something is worth deeper reading.

Speed also depends on cognitive load. Not every paragraph carries the same mental demand, and forcing fast scanning through confusing sections can backfire. When comprehension drops—around the point where roughly 60% of what’s being scanned stops making sense—the strategy is to pause, check what was understood, and then continue. A concrete technique for these moments is to write down a sentence or a few key ideas on paper. That brief “reset” pulls the brain out of passive reading, improves absorption, and reduces the need to revisit earlier lines.

The fastest method in the set targets eye movement directly. For online reading, shrinking the page width (so fewer words sit across the line) reduces how far the eyes must travel, effectively limiting eye jumps. The goal is to keep each line to a manageable chunk—about 5 to 10 words per line—by adjusting display size and moving between two focal points across the screen.

For PDFs and dense research text, a dedicated tool is offered: Swift read, described as a Chrome extension. The workflow is to copy and paste text into the extension, set a target words-per-minute rate (roughly 450 for slower scanning, or 500–600 for faster), and then stare at the highlighted text as it advances. The method is framed as keeping eyes steadier while still absorbing content, making it useful for large batches like conference abstracts. The claim is that it can cut reading time from minutes of re-reading down to roughly 30 seconds to a minute of focused absorption.

Overall, the guidance emphasizes a realistic rhythm: build vocabulary over time, expect occasional confusion, and treat speed as a skill that comes from practice—especially by combining structural scanning, eye control, and brief comprehension check-ins rather than trying to power through every line at the same pace.

Cornell Notes

Dense academic reading gets faster when attention is managed instead of rushed. Start by skimming the abstract for predictable components: the paper’s core message, the methods, and the conclusions/future work, while treating background sections as optional. Use a finger or pen to guide line-by-line scanning to prevent eye-jumping and re-reading. When comprehension collapses (around a 60% understanding threshold), pause and write a sentence or key ideas to refocus before continuing. For maximum speed, reduce eye travel by narrowing line width online or use Swift read to present text at a chosen words-per-minute rate while keeping eyes steadier.

How does scanning an academic abstract help someone read faster without missing what matters?

The abstract has a repeatable structure. While skimming, the reader looks for (1) what the paper actually tells them—often near the introduction portion of the abstract, (2) the methods—phrases that indicate what was done (e.g., “we did this”), and (3) the main conclusions plus future work—typically toward the end. The point is to filter out background information that doesn’t match the reader’s goal (methods, techniques, or field context) and spend attention only where the abstract signals the information they need.

Why does using a finger or pen improve reading speed for small, dense text?

Eyes aren’t naturally designed to track lines of printed words; they tend to jump around, which leads to re-reading and wasted time. Guiding the eyes with a finger or pen forces a steady, sentence-by-sentence path. The transcript emphasizes that this is especially useful for printed academic documents with tiny fonts and for textbooks with text that’s hard to read even up close.

What should a reader do when comprehension during skimming drops?

When scanning stops making sense—described as around 60% understanding—the strategy is to slow down by stopping. The reader checks what was just read and what was understood, then continues. To make that pause productive, the reader writes a sentence (or a few key ideas) from the last section. This brief note-taking refocuses attention and reduces the need to revisit earlier lines.

How does narrowing line width reduce eye movement and speed up reading?

For online text, shrinking the page so lines become “skinnier” reduces how far the eyes must travel across the screen. The method described uses two focal points across each line and aims for roughly 5–10 words per line. Instead of scanning broadly, the eyes move in short steps from one point to the next, keeping movement controlled.

What is Swift read, and how is it used to read faster?

Swift read is presented as a Chrome extension. The reader copies text (e.g., from a research paper or abstracts) and pastes it into the extension, then sets a words-per-minute target—about 450 for slower scanning or 500–600 for faster. The reader then stares at the highlighted text as it advances, which is claimed to keep eyes steadier while absorbing information. The transcript also notes it can be useful for batches like conference abstracts by pasting multiple items and focusing for about 30 seconds to a minute per abstract.

Review Questions

  1. When skimming an abstract, which three elements should a reader look for first, and where are they typically located?
  2. What signals that it’s time to stop skimming and slow down, and what should the reader do during that pause?
  3. How do finger/pen guidance and Swift read differ in controlling eye movement?

Key Points

  1. 1

    Skim the abstract by targeting predictable sections: core message, methods, and conclusions/future work, while skipping background material that doesn’t match the reader’s goal.

  2. 2

    Use a finger or pen to guide line-by-line scanning to prevent eye-jumping and reduce re-reading.

  3. 3

    Treat comprehension drops as a cue to slow down: pause when understanding falls (around a 60% threshold) and verify what was actually absorbed.

  4. 4

    Write a short sentence or key ideas during confusing moments to refocus and improve retention.

  5. 5

    Reduce eye travel by narrowing line width online so each line contains fewer words (aiming roughly 5–10 words per line).

  6. 6

    For high-volume reading, use Swift read by pasting text into the Chrome extension and setting an appropriate words-per-minute rate (about 450–600).

  7. 7

    Expect the ability to read difficult academic text to improve with practice and vocabulary growth, not instant mastery.

Highlights

Speed comes from filtering: the abstract’s structure lets readers jump straight to the paper’s message, methods, and conclusions/future work.
Finger or pen tracking counters the natural tendency to jump between words and sentences—especially with tiny academic fonts.
When comprehension dips, slowing down and writing a quick note acts like a reset that reduces the need to revisit earlier text.
Swift read turns dense text into a controlled, highlighted stream at a chosen words-per-minute rate, aiming to keep eyes steadier while absorbing information.
Reducing line width online limits eye movement by forcing shorter, more controlled jumps across the page.

Topics

  • Skimming Abstracts
  • Eye Tracking
  • Cognitive Load
  • Swift Read
  • Academic Reading

Mentioned