Super God-Level Top Student
Chapter 853 - 321: Changing the World for Self-Preservation, That Makes Sense, Right?

One can only say that people's premonitions are often remarkably accurate.

Just as Xu Changshu bid farewell to the four academicians who had come from the Capital and was about to return to his dormitory to join his colleagues for some melon-eating, a simultaneous "beep beep" alert sounded in the laboratories that had been integrated into the artificial intelligence scientific research management system within the school.

While everyone was still in a state of shock, Dou Dou's childlike voice with a hint of milkiness began to broadcast in sync.

"The scientific task system has been updated. Internal related research personnel please log in to the system with your identification code to check the tasks. According to usual rules, tasks not claimed within twenty-four hours will be posted on the external network for public bidding."

As expected, Dou Dou is still that inconsiderate thing, not even noticing the time, and just updating the task system in the middle of the night...

Of course, complaints aside.

Every laboratory that was still staffed naturally logged into the task system at the first opportunity to see what tasks Dou Dou had suddenly released.

In addition to the laboratory staff on duty, managers of specific laboratory projects could also receive prompts on their smartphones and begin to log in and search.

After all, these tasks are competitive, whether it's for team research points or personal research points, they are valuable assets that can be directly monetized.

Not to mention that the tasks released by Dou Dou are all innovative, and successful completion means several high-caliber papers. Even if some papers cannot be published publicly, they will be graded as capital for future promotion.

However, this time when many people opened the task system, their first reaction was probably bewildered.

"Main Project: Distributed along-road wireless non-perceptive charging cluster system."

"This main project is divided into 79 sub-projects. Labs and research center groups are invited to take on tasks matching their capabilities."

"Sub-project 1: Electromagnetic Interference (EMI) Control and Standard Setting."

"Project Description: EMI is a major challenge in the Electromagnetic Compatibility (EMC) series of tasks. The along-road wireless charging system aims to generate a sufficient electromagnetic field to charge various electronic products in motion. This process may produce extensive electromagnetic interference, affecting nearby electronic devices and communication systems.

The objectives of this project are as follows: 1, Design a charging system with high selective frequency and low radiation; 2, Use shielding technology and filters to eliminate or reduce radiative interference; 3, Minimize interference by using differential signal transmission in the system design; 4, Refer to national standards to establish corresponding technical entry standards based on specific laboratory data, including radiation values that must meet or be below domestically established and enforced safety standards. Specific scoring criteria are as follows:..."

"Sub-project 2: Efficient dynamic wireless transmission protocol."

"Project Description: This protocol must account for dynamic device alignment technology and redundancy tolerance design, and establish an efficient device feedback mechanism to ensure the effective operation of the smart energy scheduling system.

The objectives of this project are as follows: 1, The operable radius of this protocol is fifty meters; 2..."

"Sub-project 3: V2 Series Communication Technology Upgrade."

"Project Description: Introduce advanced predictive algorithms to meet the needs of the dynamic energy distribution system while developing more stable and reliable communication protocols that support the real-time transmission of Internet of Things data, including the charging status of electronic devices, location and anticipated routes. This also includes device identification and authorization, ensuring that only authorized and technically standard-compliant products can access the charging system, to prevent unauthorized access and ensure stable system operation."

"The objectives of this project are as follows:..."

...

"Sub-project 79: Modular and standardized design solutions."

...

For researchers and engineers who opened the task system at the first opportunity, the first thing to do naturally was to go through all the sub-tasks, project descriptions, and objectives, and then select the tasks that their laboratory was capable of undertaking.

The feeling after browsing through them was probably one of being stunned.

If this entire set of technologies could indeed be implemented, without a doubt, the world would undergo a drastic change, and it would be a fundamental transformation in the way of life.

The automotive market would likely be the first to be impacted.

Charging stations? Battery swap facilities? Perhaps they would still exist but would only be supplemental options of last resort.

If the technology were available along city streets and highways, electric vehicles could charge at any time within the system, meaning the so-called range anxiety would become history. Every gas station in the country would become a thing of the past.

After all, if electric vehicles can charge anytime and anywhere, even if the efficiency is lower, it wouldn't require extra time. As long as the battery is healthy, charging could be continuous. All engineers need to do is give users the choice to automatically turn on this wireless charging system when the battery level falls below a certain threshold.

Those who are anxious can choose to activate the wireless charging system when the battery is below eighty percent; those who want to save can opt for fifty percent or even lower."

Beyond that, chargers could really become a thing of the past in the future.

This system is not just for electric vehicles; after a set of standards is established, mobile phones, tablets, laptops, and even other portable electronic devices will benefit. The various power bank rentals on the streets can shut down, directly curing everyone's battery anxiety.

Furthermore, according to these standards, the future positioning of electronic devices will be even more precise.

As required by this system, every device that accesses charging will have a unique device number to prove its identity, which means it could always be located through the charging node it's connected to and the charging location data at that time.

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