Learn the Soft Focus Method to expand your peripheral vision and increase your words per minute. Stop reading word-by-word and master efficient speed reading.

Peripheral vision actually processes information about 25% faster than our direct, central vision. When you learn to engage that side vision, you aren't just reading faster; you’re reading more efficiently because you’re reducing the number of times your eyes have to stop and start.
This lesson is part of the learning plan: 'Mastering Speed Reading and Accelerated Learning'. Lesson topic: Expanding Your Peripheral Vision Overview: Unlock the power of your peripheral view to reduce the number of stops your eyes make per line. Key insights to cover in order: 1. Soft focus vs. hard focus: reducing eye strain 2. The 'Indenting' technique to save time on margins 3. Exercises like 'Centered Text' and 'Shultz Tables' to widen your visual span


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The Soft Focus Method is a technique used to expand your peripheral vision while reading. Instead of focusing on words as individual bricks, this method allows you to see the whole wall of text. By training your eyes to stop making tiny, jerky jumps known as saccades, you can move past the limitations of word-by-word reading and significantly improve your overall reading efficiency and information processing.
Most people are limited to a baseline of 200 to 250 words per minute because they read at the speed of a typical conversation. This happens because we are taught to focus on one word at a time. By expanding your peripheral vision, you can overcome these invisible boundaries. This biological approach helps you process larger chunks of information at once, effectively updating your mental software for the modern world.
Saccades are the tiny, jerky jumps your eyes make as you move across a line of text. A typical reader makes about four stops per line, which slows down the reading process to the speed of human speech. Mastering speed reading involves understanding these eye movements and using techniques like the Soft Focus Method to reduce the number of stops, allowing for faster and more fluid information processing.
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