Outside, the wind howled fiercely, but Yang Ping, at the center of the hurricane, remained calm and composed, moving forward steadily.
Scientific research cannot be rushed; it can only progress according to its objective laws. Being too hasty might actually lead to mistakes.
Yang Ping approached problems not superficially, but by going straight to the core. To bypass existing scientific research tools, the core thodologies had to be reconstructed. Just like with transportation, when you can’t surpass others in fuel engine technology, you have to reconstruct automotive power technology—using electric motors, that’s the fundantal logic of new energy vehicles. It’s impossible to topple over a century of technological barriers in the fuel engine field by others, but reconstructing power technology is different. It’s not overtaking on a curve, but a replacent, choosing a new track.
Yang Ping’s intention now is to replace, to choose a new track, to reconstruct research targets, pathways, and tools, rather than desperately trying to catch up within soone else’s domain. The emails he sent to the lab team were like a few brilliant flares thrown into the fog, instantly illuminating a new path forward for team mbers stuck in a stalemate. It was a new route they had never imagined before.
The detailed content of these emails, the whimsical ideas, and their high feasibility left He Zijian, Wang Chao, and others almost unable to believe their eyes as they read.
They had heard the rumors before, that Professor Yang had a trendous innovative capability, with a highly imaginative mindset and extrely precise grasp of research directions. The feasibility of the solutions he proposed was extrely high; following his ideas in experints rarely led them astray. Now they’ve witnessed this astounding ability of Professor Yang firsthand, the word ’genius’ beca a tangible concept in their minds.
"Professor... how is this even possible?" He Zijian muttered to himself, staring at the new AI protein design parater set on the screen. This set of paraters completely departed from the comrcial software frawork he was familiar with, as if outlining the optimal balance point between energy and function for the protein molecule from a higher dinsion. He tried substituting a few previously stuck design sequences into the new paraters, and the computing resources provided by the Nandu dical University Digital dical Center imdiately delivered exciting results—the designed virtual protein structure was more stable, and the predicted binding energy with the target receptor significantly improved.
This is what Dinsionality Reduction is all about, Professor Yang’s approach is not within the sa dinsion as the existing technological paths.
Wang Chao received a blueprint for improved miniaturized biosensors, which even included suggestions for probe molecular structures optimized for specific wavelengths of dostic lasers and a core logic of a ’masterful’ signal processing algorithm.
"Marvelous!" he exclaid, "Using this digital lock-in amplification technology combined with wavelet transform noise reduction could theoretically boost our ’rubbish’ equipnt’s sensitivity to the PicoMolar Level! Does Yang really know even this?"
Wang Chao marveled at Professor Yang’s extensive knowledge, wondering how many specialist books and papers he must have read to have such profound knowledge. His research on dical knowledge was not only deep and broad, but his expertise in the tools related to it was also remarkable.
Chu Xiaoxiao received a proposal for replacing complex flow cytotry panels with AI image recognition, accompanied by detailed model training data specifications. She imdiately began collaborating with algorithm engineers at the Digital dical Center, following the specifications to build datasets and train specialized convolutional neural network models.
Liu Yang, on the other hand, readjusted the ferntation and purification processes based on the key control points of enzy technology provided by Yang Ping, visibly improving efficiency.
The list of dostic alternative reagent equipnt and performance evaluation standards in Jiang Jitong’s hands beca the "procurent guide" for the entire project, greatly shortening the search and verification cycles for materials and equipnt.
Yang Ping did not explain the sources of these plans, and team mbers tacitly refrained from questioning him either. In their hearts, Professor Yang had set such precedents before—his grasp of research was extraordinarily precise, astounding them with awe—he just had that kind of talent.
Amidst imnse pressure and shared goals, a nearly frenzied creativity and determination were unleashed, perating the laboratory.
Despite having the guidance of Professor Yang’s plans, the road to overcoming challenges in the real world was still filled with thorns, for Professor Yang only provided an idea, though the idea was very specific, there was still a lot of subsequent work needing to be done step by step.
The miniaturized biosensor developed by Wang Chao’s team was the first tough nut to crack. According to Yang Ping’s blueprint, they needed to integrate dostic lasers, photomultiplier tubes, and homade microfluidic chips into a palm-sized device. Optical alignnt, fluid control, signal interference... every aspect was fraught with issues.
"Dr. Wang, the background noise is over the limit again!" a researcher said dejectedly, staring at the wildly fluctuating baseline on the screen.
Wang Chao recalled Yang Ping’s ntion of "optimization of electromagnetic shielding and grounding strategies" in the email, took a deep breath, and said, "Disassemble everything! Recheck all interfaces, thicken the shielding layer, and run a separate ground wire. Algorithm team, get ready to overlay Professor Yang’s noise reduction algorithm once the signal stabilizes!"
Failure after failure, adjustnt after adjustnt. The corners of the laboratory were filled with discarded chips and circuit boards. Yet under Yang Ping’s almost ’prophetic’ guidance, they avoided many fatal detours. Finally, after dozens of failed attempts, the oscilloscope captured a faint but clear specific binding signal!
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