in Dr. Ta-You Wu's own handwriting...


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The Jumpulse Stroke

( Jumpulse Tennis, Jumpulse Table Tennis, and Jumpulse Golf)

Jumpulse Stroke = Natural Movement of Touch + Scientific Analysis of Historically Best Stroke

The goal of Jumpulse Tennis and Jumpulse Table Tennis is to analyze, teach, and learn the Jumpulse Stroke, as demonstrated by Roger Federer's forehand in tennis and by China's Chuang Tse-Tung, who dominated table tennis in the 1960s and Taiwan's Chen Yin-Lieh, who invented the loop, in table tennis. Even Jack Nicklaus was once heard to remark that "I swear that he can carry the ball on my club." The Jumpulse Stroke combines the theory of Ball Control of Dr. Hugh Ching and the formal physics concept of jumpulse of his teacher Dr. Ta-You Wu, Father of Chinese Physics, to analyze the prolonged contact of Federer's tennis forehand stroke below.

The Jumpulse Stroke could be the most scientifically correct tennis, table tennis or golf stroke for beginners to learn because it has helped some of the most popular champions in history to dominate sports in their times. The first is China's Chuang Tse-Tung in table tennis. He completely overwhelmed his competitors with his almost never-miss forehand and backhand strokes, which were characterized by extraordinarily long prolonged contact between the ball and the racket. The second player is Roger Federer in tennis. He is currently the number one player in the world. His forehand stroke has applied the advantage of prolonged contact to the most efficient use in the Jumpulse Stroke. Historically, up to now, the Jumpulse Stroke of Roger Federer should be considered one of the most scientifically correct and the most kinetically efficient human movements in sports.

Jumpulse is a sudden change of force. When applied with precise timing, namely, at the moment of impact, jumpulse allows prolonged contact between the ball and the racket. When the ball is in contact with the racket, a player of tennis, table tennis, racket ball, golf, baseball, etc. can hit it in the desired direction, add power or spin to the ball, etc. as demonstrated by Roger Federer. Jumpulse is also the solution of touch, a solution, which has escaped Isaac Newton and all the scientists since Newton for the past three hundred years. The Jumpulse Stroke conceptually is simply an extension of touch, from the hand to the racket, the club, or the bat. God or nature has given human beings the ability of touch, while no robot today can touch, and post-science is extending the human natural, but very subtle, ability of touch to the sport motion of the Jumpulse Stroke, which needs special training.

The Jumpulse Stroke can also be used for Early Brain Calibration (EBC) of the brain hardware of, say, a baby's vision for super-fast timing resolution in its first six months and the muscle for acceleration in its first two years to develop future champions. Initially, a vacuum exists in a child's mind for a way to hit a ball with a racket. Once this vacuum is filled, it would be difficult to change it's content, which is an extremely intricate pattern of mental images of how to hit a ball. Our Certified Tennis and Table Tennis Coaches mainly in Silicon Valley, California, USA will teach the parents and their children the timeless physics principles of sports. And, in turn, the parents will be the long-term coach of their children. Phil Mickelson picked up a golf club when he was only 18 months old.

The public introduction of the Jumpulse Stroke will raise the sports skill of all sports participants to a new level by extending the ability of touch from the hand to the racket. Jumpulse stoke should become a necessary skill for all sports participants, for it is the secret of consistency in sports. In the near future, all sports champions will be jumpulse players.

The solution of touch based on jumpulse has eluded Isaac Newton and all the scientists since Newton for the past three hundred years. The physics of jumpulse has also raised human knowledge to a new level, having extended the average five-variables problems in science to a twenty-five-variable problem of touch in post-science. Although the very subtle physics of prolonged contact of the Jumpulse Stroke is, thus far, only understandable to Post-Science Institute, its practical application is clearly demonstrated by Roger Federer and our jumpulse studnets. Jumpulse, through winning in sports, will demonstrate the power of knowledge.


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