Speed reading is any of several techniques used to improve one's ability to read quickly. Speed reading methods include chunking and minimizing subvocalization. The many available speed reading training programs include books, videos, software, and seminars. There is scientific controversy surrounding the domain of speed reading.
Psychologists and educational specialists working on visual acuity used a tachistoscope to conclude that, with training, an average person could identify minute images flashed on the screen for only one five-hundredth of a second (2 ms). Though the images used were of airplanes, the results had implications for reading. 
It was not until the late 1950s that a portable, reliable, and convenient device would be developed as a tool for increasing reading speed. Evelyn Wood, a researcher and schoolteacher, was committed to understanding why some people were naturally faster at reading and tried to force herself to read very quickly. In 1958, while brushing off the pages of a book she had thrown down in despair, she discovered that the sweeping motion of her hand across the page caught the attention of her eyes, and helped them move more smoothly across the page. She then used the hand as a pacer. Wood first taught the method at the University of Utah, before launching it to the public as Evelyn Wood's Reading Dynamics in Washington, D.C. in 1959.
Skimming and scanning
Skimming is a process of speed reading that involves visually searching the sentences of a page for clues to the main idea or when reading an essay, it can mean reading the beginning and ending for summary information, then optionally the first sentence of each paragraph to quickly determine whether to seek still more detail, as determined by the questions or purpose of the reading. For some people, this comes naturally, but is usually acquired by practice. Skimming is usually seen more in adults than in children. It is conducted at a higher rate (700 words per minute and above) than normal reading for comprehension (around 200–230 wpm), and results in lower comprehension rates, especially with information-rich reading material. Scanning is the process where one actively looks for information using a mind-map (organizing information in a visually hierarchical manner that showcases the interrelatedness of the information for better retrievability) formed from skimming. These techniques are used by meta-guiding your eyes. Scanning includes the main point as well as headings and important information.
Meta guiding is the visual guiding of the eye using a finger or pointer, such as a pen, in order for the eye to move faster along the length of a passage of text. It involves drawing invisible shapes on a page of text in order to broaden the visual span for speed reading. For example, an audience of customers at a speed reading seminar will be instructed to use a finger or pen to make these shapes on a page and told that this will speed up their visual cortex, increase their visual span to take in the whole line, and even imprint the information into their subconscious for later retrieval. It has also been claimed to reduce subvocalization (saying words in your head rather than grasping the idea), thereby speeding up reading. Because this encourages the eye to skim over the text, it can reduce comprehension and memory, and lead to missing important details of the text. An emphasis on viewing each word, albeit briefly without regression (Regression is an unconscious process where the eyes go forward two or three “stops” and then go back.) is required for this method to be effective. E.g. S movement and Z movement[clarification needed]
Speed reading is a skill honed through practice. Reading a text involves comprehension of the material. In speed reading practice this is done through multiple reading processes: preview, overview, read, review and recite; and by read and recall (recording through writing a short summary or a mental outline) exercises. Another important method for better comprehension is the SQ3R process. These processes help an individual to retain most of the presented ideas from a reading material. A better focus in comprehension is attained through a better reading process with good understanding of the topic.[clarification needed]
Effect on comprehension
Skimming alone may not be ideal when complete comprehension of the text is the main objective. Skimming is mainly used when researching and getting an overall idea of the text. Nonetheless, when time is limited, skimming or skipping over text can aid comprehension when layered reading is employed. Duggan & Payne (2009) compared skimming with reading normally, given only enough time to read normally through half of a text. They found that the main points of the full text were better understood after skimming (which could view the full text) than after normal reading (which only read half the text). There was no difference between the groups in their understanding of less important information from the text.
In contrast, other findings suggest that speed reading courses which teach techniques that largely constitute skimming of written text result in a lower comprehension rate (below 50% comprehension on standardized comprehension tests) (Carver 1992).
Comprehension is considered to be better if the text is skimmed and main key words are underlined before regular reading due to the function of RAS (Reticular Activating System) in the brain. This is the part of the brain that dislikes incomplete information. It aids the reader to find the information close to a topic. For the RAS is activated by the questions and prioritized information, this makes the reader more focused while reading with a purpose.
Arvin Vohra, in "Introduction to Speed Reading and Rapid Analytical Reading" claims that material structure (close and open forms) based and grammar based reading can lead to a simultaneous increase in speed and comprehension. Just as moving from letter by letter reading in early childhood to word by word reading in later childhood increases speed and comprehension, he argues that reading clause by clause or phrase by phrase can cause a similar increase in speed and comprehension.
Computer programs are available to help instruct speed reading students. Some programs present the data as a serial stream, since the brain handles text more efficiently by breaking it into such a stream before parsing and interpreting it. The 2000 National Reading Panel (NRP) report (p. 3-1) seems to support such a mechanism.
To increase speed, some older programs required readers to view the center of the screen while the lines of text around it grew longer. They also presented several objects (instead of text) moving line by line or bouncing around the screen; users had to follow the object(s) with only their eyes. A number of researchers criticize using objects instead of words as an effective training method, claiming that the only way to read faster is to read actual text. Many of the newer speed reading programs use built-in text, and they primarily guide users through the lines of an on-screen book at defined speeds. Often the text is highlighted to indicate where users should focus their eyes; they are not expected to read by pronouncing the words, but instead to read by viewing the words as complete images. The exercises are also intended to train readers to eliminate subvocalization, though it has not been proven that this will increase reading speed.
Controversies in speed reading
Common controversies in speed reading are between its intent and nature with traditional concepts like comprehension vs speed; reading vs skimming; popular psychology vs evidence-based psychology. Much of the controversy is raised over these points. This is mainly because a reading comprehension level of 50% is deemed unusable by some educationalists (Carver 1992). Speed reading advocates claim that it is a great success and even state that it is a demonstration of good comprehension for many purposes (Buzan 2000). The trade-off between "speed" and comprehension must be analyzed with respect to the type of reading that is being done, the risks associated with mis-understanding due to low comprehension, and the benefits associated with getting through the material quickly and gaining information at the actual rate is to be obtained. Mark Seidenberg considers claims like 25,000 words per minute "cannot be true given basic facts about eyes and texts" and comments that "people are as likely to read thousands of words per minute as they are to run faster than the speed of light".
Similarly, in evaluating a claim that a similar reading strategy known as PhotoReading could increase reading rates to 25,000 words per minute, McNamara published a preliminary analysis funded by NASA to evaluate whether this strategy could improve reading speed, comprehension, and information gathering efficiency. When identical versions of five reading samples and accompanying reading comprehension tests were administered to a trainee and an expert in this reading strategy, there was no advantage in overall reading time or comprehension. This strategy may also cause overestimation of one's knowledge, as demonstrated by the following case in McNamara's preliminary analysis, showing evidence of the Dunning-Kruger effect:
- The final task given to the PhotoReading expert was to read the three chapters from the textbook on Physiology in order to take an exam from a course that used that textbook. The question was simply: Would she pass the exam? The expert took 73 minutes to PhotoRead and read the three chapters of the textbook required for the test (i.e., 361 words per minute). She PhotoRead for 9 minutes the night before taking the test. The following morning, she read the text using various rapid reading and activation techniques. She then answered the questions. She completed the 6 true/false and 30 multiple choice questions, but did not attempt to answer the fill-in-the-blank or short-answer questions. Hence, comprehension performance on the conceptual questions was 0 percent. She answered 2 of 7 multiple-choice prior knowledge questions correctly (29%). Of the text relevant questions, she answered 4 of 6 true/false questions correctly (67%), and 8 of 23 multiple-choice question correctly (35%). This performance is extremely low and only slightly above chance level performance for these types of questions (i.e., 50% and 25%, respectively). In sum, she did not pass the exam.
- It is important to note that after PhotoReading the text (but before taking the test), she rated her understanding of the material as 4.5 on a 5-point scale (5 representing a good understanding). Moreover, she estimated that she would remember approximately 68 percent of the material for the test, with a grade of C+. This high level of confidence in terms of her text comprehension would have remained unshattered had she not then taken the test - after which she rated her comprehension much lower (i.e., 2)
In a 2016 article published in the journal of 'Psychological Science in the Public Interest', the authors conclude there is no 'magic bullet' for reading more quickly while maintaining comprehension other than to practice reading and to become a more skilled language user (e.g. through increased vocabulary). The authors proceed with debunking common speed reading techniques such as eliminating sub-vocalization, reading more than one word at a time a.k.a. grouping, using RSVP (Rapid Serial Visual Presentation), increasing peripheral vision, alternating colors for each line of text.
U.S. President John F. Kennedy was a proponent of speed reading, encouraging his staff to take lessons, and he suggested in an interview that he had a reading speed of 1,200 words per minute. U.S. President Jimmy Carter, and his wife Rosalynn, were both avid readers and enrolled in a speed-reading course at the White House, along with several staff members.
Ronald Carver, a professor of education research and psychology, claims that the fastest college graduate readers can read only about 600 words per minute, at most twice as fast as their slowest counterparts, and suggests that Kennedy's claimed reading speed was more a measure of how fast he could skim a piece of text. Other critics have suggested that speed reading is actually skimming, not reading.
The World Championship Speed Reading Competition stresses reading comprehension as critical. The top contestants typically read around 1,000 to 2,000 words per minute with approximately 50% comprehension or above. The six time world champion Anne Jones is recorded for 4200wpm with previous exposure to the material and 67% comprehension. The recorded number of words the eye can see in single fixation is three words.
"Speed Reading World Record" claims have been controversial. Howard Stephen Berg from the United States has claimed to be the Guinness World Record holder for fast reading with a speed of 25,000 words per minute, and Maria Teresa Calderon from the Philippines claims to have earned the Guinness World Record for World's Fastest Reader at 80,000 words per minute reading speed and 100% comprehension. Critics point out that it is possible to beat some speed reading world records by reading a pre-read or pre-memorized text, flipping the pages as fast as possible without reading it. The Guinness Speed Reading World Record Standards are not known and they have terminated[when?] adding speed readers to its honor list. In 2015, Memoriad, the World Mental Sports Federation, set the rules for "Speed Reading World Record Standards" in order to prevent unclear claims.
- Incremental reading − reading method aimed at long-term memorization
- Learning styles
- Pareto principle
- Rapid serial visual presentation
- Slow reading − intentional reduction in the speed of reading
- SQ3R − reading comprehension method
- Vision span
- Visual fixation
- Words per minute
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This article includes a list of references, but its sources remain unclear because it has insufficient inline citations. (October 2012) (Learn how and when to remove this template message)
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