Daily Evolution from Mastering Tai Chi

This challenge is indeed extremely difficult for ordinary people since the Venezuela Waterfall is the tallest waterfall in the world. Trying to climb it with bare hands requires not only exceptional climbing skills but also enduring the waterfall’s rush. It poses a strict test on mental and physical stamina, especially considering that after climbing, one must jump down from the top. Even though there is a river below the Venezuela Waterfall, falling from a free height of over eight hundred meters into the water is akin to hitting the ground stone-hard, enough to be fatal.

Those who succeed in these two challenges can be considered masters who surpass human limits.

But for Wang Ye, this is child’s play, not even a challenge, simply a casual trip for fun.

With his current abilities, continuing to challenge these two tasks would be unfair, so he plans to change the Master of Six Lives and Ultimate Trust to ’Racing to the Moon’ and ’Withstanding a Nuclear Explosion’.

These challenges are more appropriate given his current capabilities, and they have visual impact. The foreseeable challenge is how to live stream these two events globally. Streaming the race to the Moon is not difficult; although there is no internet in outer space, many satellites have been launched by humans to space now. If he wishes to live stream on the Moon, he can use satellites to relay the footage back to Earth.

The problem lies with live streaming during a nuclear explosion. With the high temperatures and radiation from the explosion, any electronic device would vaporize instantly, meaning he cannot stream footage from a first-person perspective.

This isn’t a big problem; even if first-person streaming isn’t possible, he can arrange for a helicopter to broadcast live while he emerges from the center of the nuclear explosion.

But it lacks a certain essence this way.

Wang Ye contemplated if he could invent a camera unaffected by the high temperatures of a nuclear explosion.

The challenge of creating such a camera doesn’t lie in the shell material, for even the toughest shell material can still have its internal components destroyed due to external pressure and heat conduction.

Therefore, to live stream from the center of a nuclear explosion, he can’t rely on current camera manufacturing techniques. Wang Ye needs to invent a transmission medium that’s unprecedented.

Firstly, no matter the camera type, the fundamental principle is universal: transforming optical image signals into electrical signals for storage and transmission. The numerous existing cameras only build upon this by adding various functions.

A contemporary camera that can transmit images typically operates by capturing the light reflected from the photographed object through the lens and focusing it onto a photosensitive component.

This process is based on the principle of pinhole imaging, where the light forms an inverted real image through the lens.

It is the photosensitive component that transforms the light signals into electrical signals.

The mainstream CCD photosensitive component relies on capacitors neatly arrayed on the CCD, which can sense the light and convert the image into digital signals. Controlled by external circuits, each tiny capacitor can transfer its charge to its neighboring capacitor.

This photosensitive component structure is highly intricate, but such intricacy also makes it extremely fragile.

If Wang Ye intends to stick to this manufacturing method, it becomes quite difficult for the camera to survive in the high temperatures of billions of degrees.

After a brief contemplation.

A guess suddenly occurred to him.

Since his body can withstand the power of a nuclear explosion, why should he be confined to external equipment for capturing images?

Aren’t his eyes capable of clearly seeing the outside world and converting it into bioelectric signals transmitted to the brain?

At this thought, Wang Ye began to examine his eyes, which after prolonged evolution, are no longer ordinary biological retina cells but have transformed into ultra-high resolution photoreceptors, encased in a hard layer of carbon acetylene. This layer is incredibly tough, impervious to bullet shots, having essentially become akin to mechanical parts.

He twisted his body, taking in every detail of the outside world,

A moment later, Wang Ye noted that as his eyes continually captured external images, bioelectric signals were also rapidly transmitted to the brain. Given his eyes’ resolution is hundred to thousand times that of the average person, these electrical signals contain a vast amount of information.

Wang Ye utilized a portion of his cerebral cortex for real-time encoding and stored them all within the immense capacity of his sea of consciousness. Using the Primordial Qi Force Field, he transformed the encoded visual signals into electrical signals to transmit them to his phone. But the moment the electrical signals touched the phone, the components within exploded due to signal overload.

"It seems it’s not feasible." He shook his head and attempted to reduce both the information output and the electrical signal. Though he could improve current electronic devices with his capability to receive the transmitted information, most people on Earth still use older devices, forcing him to downgrade compatibility and output information to a safe level.

Even if he produced a high-resolution image, today’s streaming platforms would compress the quality, a common practice for internet platforms aimed at saving on costs. Maintaining a high-resolution, high-frame rate image for billions of viewers consumes massive traffic. Hence, once a video or stream becomes popular, with growing viewership, it would lower the bitrate and adjust format to reduce traffic costs.

Every one of Wang Ye’s live streams draws over a billion viewers, making previous stream resolutions very low, merely adequate for regular viewing. Therefore, even if he outputs an extremely clear image, it would ultimately be compressed to a very low resolution, unless he leverages his intellect to advance Earth’s technological level by a thousand years allowing everyone to truly witness everything he sees, including resolving mites and other microorganisms without magnification for an extraordinarily sharp clarity, enough to transcend sensory limits.

However, Wang Ye is currently overwhelmed with ensuring his own evolution, leaving no room for such endeavors. Thus, for his nuclear explosion-centered live stream, he’d need only ensure his eyes aren’t destroyed and transmit what he sees at the minimal electrical signal externally.

Following a few more tests, Wang Ye managed to barely control the transmission of electrical signals.

Additionally, he found that once he mastered bioelectric signal transmission, he also gained the ability to instantaneously materialize imagined images into electronic devices.

Wang Ye returned to the lab, turned on the computer,

and started the drawing board application.

Then he closed his eyes.

After mere moments,

The computer screen displayed a magnificently vivid picture,

This picture, it barely resembles a painting.

It’s akin to a cosmos forcibly fitted into a two-dimensional world, filled with countless details that exceed human sensory limits. But its precision isn’t from high resolution, instead from the stunning effect of countless colors and details combined. Like some intensely colorful wallpapers, they may not have a resolution much higher than normal images, yet often evoke a sense of precision, a realism surpassing genuine reality.

It’s as if someone’s transformed souls into art and laid open every pore and vessel of the world on the computer.

This already stands as art, and extreme art at that. Historically, the greatest hurdle in artistic creation has been the fleeting sparks of inspiration in one’s mind, unable to be realized promptly by hand. As time passes, that spark swiftly dissipates. So no matter how world-shaking your inspirations are, without the ability for rapid, precise manifestation, they are mere ephemeral fantasies.