Warhammer: The Time Traveler

Chapter 312 Innovation and Renewal (Sixth Update)
However, this exchange was by no means a one-way output.

Chen Yu's core logic, like the most efficient processor, is also greedily and frantically absorbing everything in this feast of knowledge.

The complete scientific system presented by the federal scholars, based on rigorous mathematics and repeatable experiments, with its clear, self-consistent and elegant logical chain, constantly challenges and refreshes his original knowledge structure.

The technological paths derived from the concept of peaceful development, which emphasize efficiency, security, and sustainability, stand in stark contrast to the Warhammer tech tree he was familiar with, which tended to violently accumulate energy, sacrifice stability for instantaneous power, and was full of taboos and dangers.

He was like a sponge that had dried out to the extreme, thrown into an ocean of knowledge.

The exquisite descriptions of spacetime structure by federal theoretical physicists, the astonishing achievements of materials scientists in atomic-level manipulation, and the in-depth deciphering of the code of life by biologists…

All of these things are being rapidly understood, absorbed, and integrated by him, and compared, verified, and iteratively updated with his existing knowledge.

He even carried out "innovation" quietly within the company.

Some technological principles from the Warhammer universe that were originally taken for granted but were inefficient or had huge side effects were marked as "needing optimization" or "replaceable" without hesitation after being exposed to the Federation's more optimized and fundamental solutions.

His knowledge base is undergoing a silent revolution, and the depth of his accumulated knowledge and academic understanding is climbing to a new level at a visible speed.

For Chen Yu, this exchange was not just a technical exchange, but also a comprehensive upgrade and reconstruction of his own knowledge system.

He was not only demonstrating the wisdom of another world to the Federation, but also using the Federation's highly developed civilization to forge a more solid and advanced foundation of knowledge for his future exploration.

The intensive academic exchange, lasting for several weeks, was like a refreshing intellectual storm that swept across multiple disciplines.

With her sage-level thinking and vast knowledge reserves, Chen Yu not only handled the situation with ease, but also acted like the most sophisticated scanner, deeply recording the framework of the Federation, from basic science to advanced theory, as well as many impressive application examples, into her own database.

Although he had no way of knowing the details of those cutting-edge weapons technologies classified as top secret, specific alien technologies, or top-secret projects like the "Genesis Device," the gains of the past few weeks had been unimaginably rich for an explorer aiming to understand the backbone and core principles of its technology tree.

The sheer volume of information nearly overwhelmed his existing storage matrix, forcing him to immediately request a batch of basic raw materials from the Federation. Then, under the curious gaze of numerous scholars, his nimble mechanical tentacles operated with the precision of playing a musical instrument. Accompanied by subtle energy arcs and the sound of metal melting, he "hand-crafted" a brand-new data storage device with a complex structure and efficiency far exceeding his old models within just a few hours.

He connected the makeshift metal cube, which smelled of coolant and ozone, to his system, instantly relieving the storage pressure.

This scene amazed the federal scholars present and even sparked some private discussions about human enhancement and assistive intelligence.

One young scholar jokingly remarked, "If we could connect an external hard drive like this, wouldn't we be able to write a paper review in no time?"

Of course, this is just a novel idea brought about by technological differences for now.

When the torrent of communication finally converged on the area Chen Yu most desired—warp drive technology—his usually calm and collected synthesized voice unusually carried a frequency fluctuation that could be identified as "fanatical." Weeks of preparation and accumulation seemed to have been all for this moment.

“Now, we can delve deeper into the warp drive.” Chen Yu’s crimson optical lens locked onto several top experts present who were responsible for propulsion theory and warp dynamics research, including Mr. Scott, who was very knowledgeable about the Enterprise’s engine. “My understanding of its principles is already based on the framework of previous mathematical and physical exchanges, but I need more in-depth details.”

From the precise control logic of matter/antimatter injection, to the microstructure and energy resonance mode of the warp field generation coil, and then to the dynamic feedback algorithm that maintains field stability under high warp factors.

The questions he raised were no longer generalities, but directly addressed the core difficulties and theoretical boundaries of engineering implementation.

He was no longer satisfied with simply knowing "what it is," but was eager to understand "why it is done" and "how to do it better."

Seeing Chen Yu's focus and insightful analysis, the engineers at Scott were also ignited with enthusiasm.

He pulled up more detailed design blueprints than those in the Enterprise's engine room and began to explain at length: "Look here, Mr. Sage, the magnetic field confinement precision of the antimatter container must reach..."

He pointed to the complex distribution of magnetic field lines on the hologram.

"There's also the energy throughput of the bilithium crystal. We found that nonlinear distortion starts to occur after the warp factor exceeds 5.5..." He presented simulation data on the crystal's stability under different energy loads.

"The most troublesome issue is the harmonic oscillation of the warp field when traversing a region with a high gravity gradient. Our current solution is..." He even shared some tricky cases encountered in actual navigation and their temporary solutions.

Chen Yu listened intently, his mechanical body motionless, but the data flow inside was surging at an unprecedented speed.

He cross-validated and deeply connected every detail and experience described by Scott with his newly acquired knowledge of federal advanced physics, materials science, and energy dynamics. He kept asking follow-up questions: "If we use a higher-order synthetic crystal matrix, can we increase the energy threshold?"

"Has the field-stabilized algorithm considered introducing adaptive variables based on predictions of real-world spatial metric fluctuations?"

"In addition to energy efficiency, has the long-term microscopic impact on the subspace been assessed for the morphological optimization of warp bubbles?"

His questions are both insightful and offer a unique perspective from different technological backgrounds. Sometimes they would startle Scott, leading to intense thinking and discussion, while at other times they would draw in other theoretical physicists, pushing the discussion to a more fundamental level of physics.

This in-depth discussion about warp drives has transcended a simple exchange of technology; it is more like a clash of wits between two civilizations on the ultimate question of faster-than-light travel.

Chen Yu was like someone who had been trekking through the desert for too long and finally found a spring of sweet water, greedily absorbing every drop of knowledge about warp speed.

(End of this chapter)