He also needs to see how moderate his ion channel activity is.

Look at how much the muscle contraction feels.

Then there is today's key topic.

Or it should be said that it is the key topic of the entire plateau competition venue - potential optimization of step frequency and stride width.

Simply put, in a plateau environment, due to the reduction of air resistance, the external interference of athletes' body swing and limb movement during running is relatively reduced.

From a sports biomechanical perspective, this helps athletes better control stride frequency and stride length.

Athletes can more accurately adjust the order and size of muscle force, so that the pace frequency and stride length can be combined more optimally, thereby improving running efficiency.

For example, what Su Shen wants to try is, can he use the elastic potential energy of the leg muscles more effectively while reducing air resistance? Appropriately increase the stride without excessive energy consumption? In turn, improve the overall sprint speed?

This chapter is not over, please click on the next page to continue reading! If you can achieve your own super pace frequency, can you make further breakthroughs?

Can you relatively speaking your dissatisfaction be more open while taking into account the super step frequency?

All of these need to be verified in the game.

No matter how much training is, it is just training. Whether there will be complex problems will occur, and it will only be known in the competition.

Su Shen, who liked to use the competition to practice in his previous life.

More than anyone else, the difference between the two is known.

If it can be done.

Next game.

If you go to New York.

Face Bolt again.

The chances of winning will be improved a little.

...

Randy looked at the dense "training research topic list" of Su Shen, and she felt...

I was a little bit back when I was writing my thesis in college.

Only when he was with this guy did he understand what science was boundless.

So many scientific things can be used in running events.

Many aspects and points were something he had never thought about before.

However, he has been able to use various scientific formulas, scientific algorithms and scientific models to make precise guidance and calculations.

This ability.

Ralph Mann, who is also a scientific research athlete.

You have to say the heights - it's amazing.

He originally thought that when he got old, wouldn’t the scientific research athlete not be able to take over his class?

This is not to say that you can just be the title of a research athlete.

This is not enough for scarves and the messy certifications on Twitter.

What we need is people who have real scientific research capabilities and willingness to research.

Only then can you take away the baton from your own hands.

Continue to contribute to the driving force of human sprinting and track and field events.

Just like your own championship model.

Just like the frontal mechanics of myself and Su Shen.

He really hopes and looks forward to it...

Human exercise science can achieve progress that may take decades or even hundreds of years in one breath in one era.

Of course he thought it was impossible before.

Even Randy is still very different from him in terms of pure scientific research ability.

Don't talk about the rest of the people.

After leaving by itself, no one can continue to push the human track and field market at a high speed. This is a pity.

But what about now?

He felt it was possible.

Go one after another.

What you want is more than just a trip.

This successor.

It is also very important.

Fortunately.

He has seen this person.

Bang bang bang bang bang bang bang.

It was this man who kept running repeatedly on the blue track.

The guy who keeps thinking about data and models after running again and again.

Let me see.

How many surprises are waiting for us.
Chapter completed!