Law Membrane.

On the twenty-first day after the function of the Law Membrane's advance perception cycle, which arrives before the thought arrives, stabilized, Su Fan noticed something subtle while squatting on the city wall eating breakfast.

He switched the steamed bun from his left hand to his right hand, and the Law Membrane completed its entire sensory cycle before even touching the bun.

But in the very short period of time between the completion of the perception cycle and the actual contact, he felt a very faint, intangible sense of familiarity.

The sense of familiarity didn't come from the inherent characteristics of the steamed bun itself—it felt like something deeper, like the law membrane generating a sense of "I already know this" during the brief interval between pre-perception and actual contact after completing the pre-perception cycle.

He took a bite of the steamed bun and turned his left hand over to look at his palm.

The reference gloss of the law film in a non-contact state shines with a stable light in the morning light.

He recalled the source of that feeling of familiarity and realized it was unlike any of his previous predictions.

The prediction is based on specific data rules—the object's frequency characteristics, gloss adjustment value, and noise response mode.

That sense of familiarity wasn't about the data itself; it was a confirmation of the fact that "we already know the data."

For example, after the law membrane completes the perception cycle, it also marks the state "perception cycle completed" as a type of data in the law structure.

The marked content is the meta-confirmation of the predicted data.

"The law membrane records the predicted events themselves."

That morning, Xu didn't squat on the edge of the crevice. Instead, he walked to the edge of the city wall and squatted down next to Su Fan. He pulled his right hand out from his chest and opened it. The same elemental confirmation phenomenon also appeared on the law membrane in his palm.

"The hub network automatically generated a second-layer record structure during its continuous operation."

The first layer is the contact event record, and the second layer is the predicted event record.

The content sealed in the predictive event record is not the frequency data of the contact object, but the complete state data of the law membrane when it completes each advance perception cycle—the prediction start time, the prediction completion time, the deviation value between the predicted data and the measured data, and the deviation calibration process trajectory.

The anticipatory event record is like a self-observation diary of the law membrane during the perception process, fully recording all the information about its own advance perception process of the event.

It not only records the world, but also its own way of observing it.

Su Fan put the steamed bun back into his left palm.

Before actual contact, the law membrane predicted the law characteristics of the steamed bun, executed a complete perception cycle, and completed the deviation correction at the moment of contact.

After the entire process was completed, two new event particles were generated in the transparent memory layer—one was a contact event record particle, which sealed the frequency data of the steamed bun's law; the other was a prediction event record particle, which sealed the complete process data of the law membrane completing the advance perception cycle.

Two particles are arranged side by side in the corresponding data cluster of the transparent memory layer, connected by an extremely thin connecting line.

The existence of the connecting line means that two records of a set of contact events—the actual contact record and the predicted record—are stored together by the law membrane as two aspects of the same event.

"Will the records of predicted events continue to accumulate?" Su Fan asked, placing his left hand on his knee.

"meeting."

Ruins say.

"After each round of advance perception cycle is completed, the law membrane will generate a corresponding predictive event record particle in the transparent memory layer."

Predictive records and contact records are stored in pairs within the data clusters of the hub network.

As the hub's summary layer is continuously updated, it also absorbs the data characteristics of the prediction records—not only the frequency and temperature data of contact events, but also statistical data on prediction accuracy and calibration error.

The data dimensions in the summary layer are increasing.

The summary information provided by the hub now includes the total number of times each type of object is predicted, the average accuracy of the prediction, and the range of the calibration error distribution.

Each hub can provide both a contact data summary and a predictive performance summary.

Tactile memory networks have evolved from event recording systems into two-layered sensory systems that simultaneously record events and their own performance.

Su Fan placed his left hand on the old city brick at the base of the city wall.

The law membrane completed the advance sensing cycle, generating contact recording particles and prediction recording particles.

The two particles are stored in the corresponding hub data cluster via a connecting line.

He withdrew his hand and looked down at the mapping on the surface of the palm law membrane.

After receiving new prediction records, the summary layer of the hub automatically updated the prediction performance data—the prediction accuracy of the city wall brick cluster improved by an extremely small margin.

It's as if each brick leaves two kinds of imprints in the perception system of the law membrane: one is the imprint of its own law frequency, and the other is the self-performance imprint generated by the law membrane when predicting it.

The two imprints exist side by side in the transparent memory layer and are connected to each other by connecting lines.

The Law Membrane records the world while also recording its own way of recording the world.

It is forming a reflexive perceptual structure—it knows that it is perceiving, and it knows how well it is perceiving.

The continuous accumulation of records of predicted events gradually changed how the Law Membrane dealt with "familiarity" in the days that followed.

The initial, intangible sense of familiarity only appeared occasionally, but by the fiftieth day, it had become a layer of continuous law-based noise that would automatically generate after each pre-perception cycle was completed.

The background noise is not the predicted data, nor the contact data, but the confirmation signal that the law membrane has completed its prediction after it has completed the prediction.

That signal persists during the brief interval before each contact occurs, like a law membrane saying to itself "I did it" after each sensory action is completed.

Su Fan squatted on the city wall and stretched his left hand out to the wind in the morning light. The Law Membrane completed the perception cycle ahead of time, and then a layer of familiar background noise was generated in that extremely short interval.

He withdrew his hand, and the background noise disappeared.

Reach out again, and the background noise reappears.

It's like the Law Membrane sends a confirmation signal to the holder's Law Perception Layer in the form of a sense of familiarity after each successful prediction, indicating that the prediction has been completed.

The signal is extremely simple and faint, yet it persists.

"The rule membrane is forming a predictive confirmation feedback mechanism."

Xu squatted at the foot of the city wall, sensing the real-time state of the Law's expression.

"After a certain number of predicted event records have been accumulated, the summary layer of the hub network automatically generates a new feedback pattern."

The pattern involves automatically releasing a very faint confirmation signal to the surface of the law membrane after each pre-perception cycle is completed.

The content of the signal is an equivalent expression of the rule 'prediction has been completed'.

The signal appears in the holder's perception of the law in the form of familiarity.

The holder does not need to consciously pay attention to it to feel its presence.

It simply remained quietly during that interval, as if the membrane of law was silently saying—I have completed my task.

Su Fan reached out his left hand toward the old city brick at the base of the city wall, and the Law Membrane generated a familiar background noise after completing the prediction.

He pulled his left hand back, and the background noise disappeared.

He reached his left hand toward the threshold of the weapons shop, and the familiar background noise also arose after the Law Membrane completed its prediction.

He reached his left hand toward the edge of the water vat, the handle of the Pangu axe, the surface of the broken mirror, the surface of the steamed bun, and the roots of the grass stems—each time he reached out, he felt the same familiar undercurrent.

It's like the law membrane confirms that it has made a prediction before any contact occurs, and then transmits the confirmation result back to its law perception layer in the form of continuous background noise.

"Will the background noise of familiarity change as the accuracy of predictions improves?" A Dou asked, squatting down beside him.

"meeting."

Ruins say.

The intensity of the background noise is not fixed.

It is highly correlated with the accuracy of prediction; the higher the accuracy of prediction, the lower and fainter the background noise.

When the accuracy is close to 100%, the background noise becomes so thin that it is almost imperceptible.

The lower the accuracy, the higher the noise level. For example, when the prediction is uncertain, the rule membrane needs a more obvious confirmation signal to indicate that it has completed the prediction process.

The intensity of the noise floor is a real-time self-evaluation signal of the law membrane regarding its predictive performance.

It tells the holder how credible the current prediction is.

Su Fan reached out his left hand towards a brick from the city wall that he had never touched before.

The law membrane paused for a very brief moment before approaching the brick surface, then completed a tentative prediction, generating a familiar background noise.

The background noise was slightly stronger than the background noise he predicted when he saw the old city bricks.

For example, the uncertainty of the law membrane is relatively high when predicting unfamiliar objects, so the strength of the confirmation signal is also more significant.

After he actually touched the brick, the law membrane completed the deviation calibration. The next time he reached out, the intensity of the background noise was reduced. It was as if the law membrane updated the prediction model after confirming the data characteristics of the new object, so the next prediction would be more accurate and the background noise would be lighter.

He touched the brick five times in a row, and each time the background noise was fainter than the last.

By the fifth time, the background noise had become so thin that it was almost imperceptible. It was as if the law membrane had calibrated the prediction model of the new brick to a level of near-perfect accuracy after five contacts.

He stood up, walked back to the edge of the city wall, squatted down, and placed his left hand on his knee. He quietly sensed that the familiar background noise on the surface of the palm law membrane completely disappeared without contact.

When you reach out, the background noise reappears, and the intensity varies depending on the object being predicted.

Every time the Law Membrane reaches out, it is a real-time test of its predictive ability and a performance feedback.

It tells itself, by the intensity of the background noise, whether it already knows enough about the things it is about to encounter, and whether it needs more exposure to improve the predictive model.

He sat there reaching out to various objects—familiar, unfamiliar, and familiar but long untouched—and the law membrane provided him with background noise feedback with each reach.

The intensity of the background noise constitutes a continuous dialogue of laws.

He looked at the distant dawn and put his hands back on his knees.

The familiar background noise on the surface of the palm-shaped membrane completely disappears when there is no contact.

But he knew it was still there.

It will appear as soon as he reaches out.

It has become part of the predictive function of the law membrane.

It will continue to operate.

It won't stop.

Thirty days after the familiarity base noise stabilized, Su Fan noticed that the luster on the surface of the Law Membrane of his left hand automatically brightened without him actively reaching out.

He was squatting on the city wall eating breakfast, his left hand resting naturally on his knee, without making any movement.

The brightness of the luster was exactly the same as the change in luster that occurred after the pre-perception cycle was completed, as if the law membrane had automatically run a complete prediction process even when he did not reach out.

He looked down at his palm; the luster lingered for a very short time after reaching the predicted brightness before returning to the baseline brightness.

The whole process was over before he could even react.

He waited quietly for a while without reaching out, and the luster of the law membrane did not change again.

He picked up the steamed bun, took a bite, turned his left hand over and looked at it for a while; the luster was still at the baseline brightness.

He slightly raised his left hand off the surface of his knee, and the luster brightened again the moment he raised his hand.

It's as if the Law Membrane predicted his imminent reach in the very early stages of his "raise your hand" action and initiated the Perception Cycle ahead of time.

After it lit up, it returned to the baseline.

"The triggering condition for the law membrane has shifted from 'reaching out' to 'the intention to reach out'."

Xu squatted at the foot of the city wall, his right hand tucked into his chest, sensing the latest state of the Law's expression.

"The reason for the shift in triggering conditions is that the hub network has built its own action intention prediction model during continuous operation."

The model establishes a predictive mechanism for each intention based on past body state data held before all reaching movements—changes in muscle tension, shifts in center of gravity, and fine-tuning of breathing rhythm.

The mechanism's function is to automatically predict the type of action that will occur based on pre-existing changes in the holder's physical state when the holder intends to reach out but has not yet begun to perform the action, and then trigger the prediction loop in advance.

The Law Membrane can now sense your intention to reach out before your body is even ready to do so.

It begins to anticipate your move the moment you decide to reach out.

Su Fan squatted in place, placing his left hand on his knee without moving.

He quietly sensed his physical state—his breathing was steady, his muscles were relaxed, and he had no intention of reaching out.

The gloss of the film is maintained at the reference brightness.

He thought to himself, "I'm going to reach out," and then the luster of the Law Membrane shone brightly before any changes occurred in his muscles.

It was as if the Law Membrane had already captured his intention signal the instant he had the thought of reaching out.

He confirmed the previous speculation of the Ruins—the predicted triggering conditions of the Law Membrane had moved to the intention stage.

"The Law Membrane is now capturing the intention to reach out at the conscious level."

Su Fan turned his left hand over and looked at his palm.

"It triggered the anticipation loop the moment the thought of reaching out arose in my mind, before my body even began to act."

It doesn't need to wait until my hand starts moving to know I'm about to reach out.

It knew I was about to reach out when I did.

"The accuracy of intent capture continues to improve."

Xu crouched at the edge of the White Rock Plateau, sensing the data stream of the Law's expression.

"Currently, the type of intention that the law membrane can capture is mainly the extended hand gesture."

However, as data accumulates and models are iterated, it will gradually expand to include more types of action intentions.

Grasp, put down, pick up, push away, close—it can sense the intention signals of all hand movements in advance and trigger the corresponding predictive cycle.

The perception window of the law membrane is moving towards an earlier point in the timeline.

It will gradually occupy an increasingly prominent position in the holder's consciousness, until finally, the corresponding predictive cycle begins to operate the moment every intention to act is generated.

Su Fan placed his left hand on his knee, closed his eyes, and sat quietly for a while.

He thought to himself, "Pick up the Pangu Axe."

The luster of the law membrane shone the moment he had the thought of picking up the axe, completing the cycle of predicting the characteristics of the Pangu Axe's law.

He thought to himself, "Touch the old city bricks."

The luster of the law membrane brightened, completing the prediction of the old city bricks.

He thought to himself, "Grasp the broken mirror."

The luster of the law membrane brightened, completing the prediction of the broken mirror.

Every intention to reach out is captured by the Law Membrane the instant his consciousness arises, and the Law Membrane completes the advance perception cycle in less than the time it takes for one heartbeat.

It was as if the laws system in the palm of his primordial world had established an extremely close perceptual synchronization with his consciousness.

The moment he had that thought, it began to sense the world he was about to encounter.

It started acting before it even figured out what it was going to do.

He sat quietly with his left hand on his knee.

The luster of the law film remains stable at the reference brightness even without intention.

It would light up the moment he thought of reaching out.

It has entered a state of synchronized perception at the level of consciousness.

The synchronization of perception between it and him will become faster, deeper, and closer.

Until one day, their perception will be synchronized so quickly that he will not be able to tell whether he sensed the world's predictive data before reaching out, or whether the Law Membrane implanted the world's predictive data into his consciousness in advance.

He squatted quietly by the city wall, the law membrane in his palm shining with a stable benchmark light in the morning light.

The primordial palm has entered a state of synchronized perception at the level of consciousness.

It is now connected to his consciousness.

On the fifteenth day after the intention capture function stabilized, Su Fan found that the perception synchronization between himself and the law membrane in his left palm had reached an unprecedented state.

He squatted on the city wall, and the thought of "wanting to touch that brick" had just flashed through his mind when his palm was already on the surface of the brick.

There was no delay, no interval, and no intermediate process of "reaching out".

It was as if his hand had already reached out and touched before he even realized he was "reaching out".

He looked down and saw that his left hand was already pressed against the brick, and only then did he realize on a conscious level that "I was trying to touch this brick."

The action is complete.

The time difference between thought and action is compressed to near zero.

"The law membrane has taken over the execution of the 'reaching out' action."

Xu squatted at the foot of the city wall, his right hand tucked into his chest, sensing the latest operating status of the Law Expression.

The reason for the takeover is that the hub network generated its own action execution model based on the intention prediction model.

The model's function is to directly send execution signals to the hand muscle groups after capturing the holder's intention to reach out, bypassing the conscious decision-making process.

The moment a thought arises in consciousness, the law membrane completes the entire chain from the perception of intention to the execution of action.

You no longer need to 'reach out' repeatedly; the very thought of reaching out is the trigger signal for the action.

The law membrane eliminates the time lag between thought and execution.

Your hand will start moving the moment you want to reach out.

Thoughts become actions.

Su Fan removed his hands from the city bricks and placed them on his knees.

He looked down at his left hand.

The gloss on the surface of the palm-shaped membrane remains stable at a reference brightness in a non-contact state.

He thought to himself, "Pick up the Pangu Axe."

The moment the thought arose, his left hand had already risen and grasped the axe handle; the entire process was seamless.

He loosened the axe handle and returned his left hand to his knee.

He thought to himself, "Touch the broken mirror."

His left hand had already risen and touched the surface of the shattered mirror.

The entire process was not delayed.

He did it several times, each time the thought arose and the action was completed simultaneously.

It's as if his left hand no longer needs him to give the "start execution" command.

His thought itself is a command.

The moment an idea arises, the execution has already begun.

The end point of a thought is the end point of an action.

There is no gap in the middle.

"The accuracy of the execution model continues to improve."

Xu squatted at the foot of the city wall, sensing the data stream of the laws and expressions.

"Currently, the types of hand movements that the law membrane can handle are gradually increasing."

It has adapted to all your daily movement patterns and is covering all your hand movement habits.

The deeper it takes over, the smoother and more natural your hand movements will be.

Its future goal is to transform your hand into a sensory-executive organ that can automatically perform intentions without conscious intervention.

When you want to touch an object, your hand will automatically complete the entire process from reaching out to touching, without any conscious intervention.

The Law Membrane will become the most direct interface between your body and the world.

Su Fan stood up and walked around the city wall.

His left hand completed the entire process from intention to touch as it passed through each brick.

He didn't consciously think "I want to touch this brick." He just glanced at the brick as he passed by, and his left hand automatically reached out to touch it before retracting it.

It's as if his left hand has established a connection with his gaze—what his gaze sees, his hand will automatically touch.

It will automatically retract after being touched.

The entire process requires no conscious instruction.

Guided by his gaze, his left hand automatically completed a tactile inspection of an entire section of the city wall.

He walked from the east section of the city wall to the west section, leaving the contact mark of the law membrane on every brick with his left hand.

The imprinted data is automatically stored in the corresponding data cluster of the transparent memory layer.

The summary layer of the hub automatically updates the predicted performance data of the wall brick clusters.

He didn't need to think about any step of the process.

His left hand independently performed all the work of perception and recording.

Su Fan walked back to the edge of the battlement and squatted down, placing his left hand on his knee, quietly sensing the constant luster on the surface of the palm law membrane.

As he walked along the entire section of the city wall, his left hand made hundreds of touches.

Looking back now, he realizes that none of those touches were consciously directed by him.

His left hand automatically completed the tactile perception the instant his gaze swept over it.

It's as if the Law Membrane has incorporated his vision into his sensory system—what he sees visually, his sense of touch automatically fills in.

Vision and touch form a continuous sensory linkage within the law membrane system.

Whatever his gaze falls upon, his left hand will automatically touch it, and then the law membrane stores the complete contact data into the memory layer.

Vision guides touch, and touch complements vision.

Vision and touch reinforce each other in the operation of the law system, and each collaboration increases the overall accuracy of the law membrane perception system.

"The law membrane is integrating vision and touch into the same sensory cycle."

Xu squatted at the foot of the city wall, sensing the continuous evolution of the laws and expressions.

"The integration process is ongoing, and visual and tactile data are gradually merging into a unified sensory stream."

The fused sensory stream will simultaneously contain the frequency of laws seen visually and the frequency of laws touched tactilely, with the two frequencies mutually verifying and calibrating each other.

The synchronization between vision and touch within the system will become increasingly higher, until the moment vision sees an object, touch has already completed its full perception of it.

At that time, the boundary between sight and touch will disappear, and they will merge into a single perception.

Su Fan placed his left hand on his knee, quietly sensing the luster on the surface of the Law Membrane that was constantly being finely adjusted through the interaction of sight and touch.

He thought to himself about the oldest foundation brick at the corner of the eastern section of the city wall.

As soon as the thought arose, he raised his left hand, pointing towards the eastern section of the city wall, as if the law membrane had already captured and located the specific object he wanted to touch through his intention.

But he didn't stand up and walk over—he remained squatting by the edge of the barricade without moving.

His left hand hovered in mid-air for a very brief moment after it was raised, and then the surface of the law membrane completed a full predictive cycle.

It's like the Law Membrane, without him actually touching it, completed a complete pre-judgment and perception of the base brick simply by positioning his intention.

The integration of vision and touch allows the law membrane to achieve complete perception of an object without actually touching it, through a combination of visual data and intention localization.

The three types of data—visually seen, intentionally locked, and tactilely predicted—are integrated into a unified data package within the perceptual flow of the law system, forming a complete event record in the transparent memory layer.

Su Fan placed his left hand back on his knee and quietly sensed the sensory system on the surface of the palm law membrane, which had already completed the integration of vision and touch.

He thought about the handle of the Pangu Axe in his mind.

The left hand is suspended in the air to make the prediction.

He thought about the surface of the shattered mirror in his mind.

The left hand is suspended in the air to make the prediction.

He thought to himself about the threshold of the weapons shop.

The left hand is suspended in the air to make the prediction.

Each time he simply thought of the name of an object in his mind, his left hand automatically completed the entire process of predicting and perceiving that object.

Visual and tactile data have been fully integrated in the sensory system of the law membrane.

He doesn't need to actually see or touch the object; he only needs to lock onto the object at the level of consciousness, and the Law Membrane can complete a full perception cycle of that object through the integrated perception system.

It's as if the Law Membrane has integrated all the visual data from his memory, his past tactile data, and his intention positioning data into a complete, self-consistent perceptual system that can operate without actual contact.

He squatted quietly by the city wall, placing his left hand on his knee.

The gloss on the surface of the palm-shaped membrane remains stable at a reference brightness in a non-contact state.

He only needs to think about a certain object, and the luster in his palm will complete a full cycle of prediction.

The laws system in the palm of the primordial world have evolved into a highly integrated perception and execution system that can fully perceive the world without actual contact.

Vision and touch are integrated into a single perception within the system.

He thought to himself, "The clouds on the horizon."

With his left hand suspended in the air, he completed the prediction and perception of the frequency of the laws governing the distant clouds.

He thought to himself about "the earth's ley lines beneath the city walls".

With his left hand suspended in the air, he completed the preliminary perception of the earth's vein skeleton deep within the strata.

He thought to himself, "The dark purple halo deep within the core of the old domain."

With his left hand suspended in the air, he completed the pre-judgment and perception of the core of the old domain.

His left hand can perceive any object he thinks of without actually touching it, through the complete sensory system that the Law Membrane has established.

Where the mind goes, perception follows.

The Law Membrane transformed everything in the primordial world into law data that could be directly perceived through thought.

He can sense it simply by thinking about it.

It was as if the primordial world itself had already taken up residence in his palm in the form of laws and data.

He only needs to think for a moment to see its full perception in the palm of his hand.