Chapter 23
The meeting with Lucas went straight out of a spy film.
A corner table in a half-empty café, two identical packages, a quick exchange conducted without unnecessary words or eye contact.
I handed over the money, and he handed over the ingredients.
I was already on my way back to the university when Peter called, his voice bright with excitement, asking me to pick up a list of specific chemicals that were not freely available in the lab.
"Just in case," he added.
That was easy enough for me.
I got back to the lab at six in the evening and handed him the box with the purchases.
I had carefully tucked a small vial inside.
"Intellect Potion. Drink it. The effect lasts several hours."
Peter looked at the vial, then at me.
"What about you? Aren't you going to take one? We're supposed to be working together."
"What's the point?" I shrugged.
"It doesn't generate knowledge out of nothing. What it does is dramatically improve whatever foundation you already have. Think of your brain as a five-story building. With the Potion, it becomes an elite twenty-story penthouse. But the foundation stays the same. And in neurobiochemistry, my foundation is essentially nonexistent. I genuinely know nothing about it."
"But... you somehow created a Muscle Stimulator? And this Potion too..."
Peter was now looking at the vial with open suspicion.
"I followed a finished recipe precisely. I won't tell you where the recipes come from. But there will be more of them in the future, and not only temporary stimulants," I added, keeping the hope to myself.
"Can I at least test it on a mouse first? I believe you, I really do, but..."
"Trust but verify," I finished for him with a grin.
"Of course. Give the mouse a drop. Let's see how fast she defends her dissertation in quantum physics."
What followed took less than ten minutes, but it turned Peter Parker's world completely upside down.
He placed a standard laboratory mouse in a complex, multi-level maze.
The mouse moved forward hesitantly.
Then Peter administered one drop of the Potion.
The mouse froze for a full second, and then she was off.
Not running chaotically: moving with incredible speed and absolute precision, never once turning into a dead end, finding the single correct path instantly, as though the maze's layout had always been sitting right at the front of her mind, and now she finally had the processing power to use it.
"This is... a new record!" Peter exclaimed, staring at the stopwatch in disbelief.
"Possibly a new record for any laboratory in the entire country!"
The mouse sat in the finish chamber and gazed back at us with calm, black bead eyes, working through her well-earned cheese.
"Now do you understand why all of this has to stay between us?" I asked, keeping my voice level.
"If someone with power finds out something like this exists, what happened to that lab mouse will start to look like mercy compared to what they'd do to us."
"I... I understand," Peter said quickly.
He picked up the vial and, without further hesitation, drained it in one swallow.
"The effect starts almost immediately, but peak cognitive performance hits around the thirty-minute mark. Right now your brain is, in a manner of speaking, accelerating."
"Y-yes... I can feel it..." Peter went still, his eyes going wide.
"So many ideas... streams of data... Your Beast Potion recipe..."
His voice shifted, becoming sharper, faster, more precise.
"My God, it's crude. It's not a recipe, it's a biochemical sledgehammer."
That was the first thing out of his mouth as his eyes ran over the formula sheet again.
"So: the active substance is the aconitine alkaloid. It forces sodium channels in neurons wide open, triggering chaotic depolarization. Whoever designed this thought they were 'releasing instincts,' but what they're actually doing is generating massive neural noise. Signals from the prefrontal cortex, the center of logic and threat assessment, are simply drowned out in the chaos."
"I had a rough idea," I said, trying to keep pace with his thoughts.
"Right, but here's the thing, it's even worse than that! It's a classic non-selective adrenergic receptor agonist. It hits every receptor at once: alpha-1 causes vasoconstriction, blood pressure goes through the roof. Beta-1 drives up heart rate and force of contraction, a direct lane to arrhythmia and cardiac arrest. Beta-2 dilates the bronchi, which is technically useful, but that benefit vanishes completely in the overall cascade of negatives! This is an emergency overload of the entire cardiovascular system!"
"Hell... And the spider venom? Does it make any of that worse?"
"Ah, and that's the most interesting part," Peter paused for just a beat, and I could see hundreds of variables flickering behind his eyes.
"The venom of this particular species contains complex peptides. My hypothesis: one of them functions as a chaperone, a molecular escort protein. It binds to the aconite alkaloids, allowing them to cross the blood-brain barrier more efficiently, and more critically, it partially blocks their effects on sodium channels specifically in cardiac muscle tissue. In short, without that venom, the Potion would be instantly lethal. It's not a catalyst. It's a primitive, rough safety buffer."
"So what's your final verdict?"
Peter looked at me, and his eyes were burning with the particular light of someone who has just spotted an impossible but irresistible problem.
"This is not science. This recipe is an attempt to poison the body to precisely the right degree so that it enters a state of battle frenzy without dying. Crude, primitive..." He took a slow breath.
"I can do better. Yes. I can actually see how to do it now."
After that, Peter became a force of nature.
He began moving around the lab in loops, his accelerated brain running at its absolute limit.
He muttered to himself, gesturing sharply, then broke for the whiteboard and covered it in dense rows of formulas and structural diagrams that looked like alien script to me.
"No, that's wrong!"
He erased an entire section of calculations.
"If I replace the aconitine with a selective CNS stimulant, say, a modified amphetamine derivative, the onset will be lightning fast, but at what cost? Tunnel vision, loss of peripheral analysis. The fighter would be quick but effectively stupid. He would lock onto the target and miss the knife coming in from the side. Failure."
He was in motion again.
"Second approach: add an antidote layer? Introduce a selective beta-blocker to protect the heart and a nootropic to stabilize the CNS... No. That's pharmacological chaos. The components would enter an antagonistic interaction. The nootropic would be trying to stabilize the brain while the aconitine is systematically dismantling it. Pressing the accelerator and the brake simultaneously. End result: nausea, dizziness, complete loss of motor coordination. Another failure."
Dozens of simulations played out in his head in seconds.
Hundreds of theories were born and discarded.
For a solid hour Peter moved through the lab in that state, occasionally stopping to declare that a particular idea was "Nobel-worthy," only to pivot immediately back to the problem.
And then, finally:
"Got it!"
He said it loudly enough to make me jump.
He sketched something rapidly on a sheet of paper and held it up.
I saw a complex diagram of a protein molecule and understood nothing.
Fortunately, Peter launched straight into the explanation, his eyes bright with the particular joy of someone who has just discovered something real.
"I was an idiot. I was completely focused on replacing the bad components, and I completely overlooked the spider venom. I kept telling myself, 'it works, don't touch it.' But it was the key the whole time. The solution wasn't to replace the aconitine and the adrenaline. It was to build an ideal delivery system for them."
"And you've got one?" I asked, feeling my head swim faintly from the density of brilliant thinking happening three feet away from me.
"I'm synthesizing an artificial carrier protein, structurally analogous to spider silk."
He jabbed a finger at the diagram.
"It has two active binding sites. One bonds to a new, synthesized neuro-inhibitory peptide that delivers a clean stimulus with zero toxic noise. The other bonds to a myo-reflective potentiator. And here is the elegant part: the protein is structurally programmed so that the first module releases only after crossing the blood-brain barrier, meaning in the brain, while the second releases into the general bloodstream without reaching the brain at all. Ideal targeted delivery. No systemic side effects."
I will admit honestly: I understood almost none of it.
But I understood the one thing that mattered.
He had solved the problem.
My bet on this quietly extraordinary person had paid off.
"So," I said slowly, working through it aloud, "the new serum does the same thing as the Beast Potion, but cleanly. It doesn't turn me into a berserker. It makes me a precision predator: calm, intuitive, operating at maximum speed."
"Essentially, yes. And instead of the cognitive and physical crash after the effect fades, there will only be mild mental and physical fatigue."
"Incredible."
I was not performing the reaction.
I was genuinely impressed.
"The only thing left is to produce a working batch and write the recipe in a form that I can actually reproduce in my garage."
Peter nodded, but his attention was already drifting around the lab, drawn toward equipment for something else entirely.
"Yes, but that can wait. While the Potion's effect is still running, I need to... I have to address several critical bottlenecks in the regenerative serum project."
"Peter." I kept my voice level but firm.
"Yes, John?"
"You're a sophomore. A junior lab assistant on a part-time contract. Undeniably a genius. But if you walk in tomorrow having solved problems that the full research group has been stuck on for months, questions are going to come up. Very uncomfortable questions. From Connors. From the university administration. From interested parties like certain Oscorp-affiliated sponsors. And those are not the kinds of questions we want right now."
"Yes, but... Uncle Ben... the serum could help him..."
"And when would it actually reach him?" I took a step closer.
"After years of clinical trials, regulatory certifications, and fighting the pharmaceutical industry for approval? Peter, your uncle is not in mortal danger right now. And I have access to recipes that make Connors' serum look like a child's drawing next to the Mona Lisa."
He looked at me, and I could see the two impulses locked in visible conflict behind his eyes: the urgent need to help his uncle, and the cold, Potion-amplified logic that was telling him I was right.
"You're right," he admitted finally.
"Better not to draw unnecessary attention. But the Potion still has runtime left. I need to use it. Give me a task."
"Combining the Muscle Stimulator and your new combat serum into one compound?"
Peter frowned, and it was the first time I had seen something close to genuine bewilderment cross his face in that state.
"No. Even now, at peak function, I cannot figure out how the Muscle Stimulator actually works at a mechanistic level. It violates the laws of biochemistry and thermodynamics. I cannot combine it with something else because I don't understand its operating principles. It's like being asked to cross an internal combustion engine with a ghost. Give me something simpler. Something that obeys physics."
I looked at Peter, his brain currently running at the processing speed of a supercomputer, and quietly set aside my original idea.
Introducing him to the Ghost Orchid and the shadow layer of this world was premature.
He needed to build a working relationship with the "magic" that could be measured and touched before I pulled back that particular curtain.
For that, I needed to give him a practical problem.
The kind that seemed nearly impossible by conventional standards.
"Fabric," I said, cutting through his internal current of thought.
"I need fabric. Specifically: resistant to cutting and extreme temperatures, fully waterproof, and reproducible using equipment available in my garage."
Given that in some versions of this universe Peter had personally engineered his remarkable web, I was confident this would not defeat him.
I was not wrong.
He went still for a moment, his eyes going briefly blank.
I could see the options cascading through his mind as the biocomputer processed the parameters.
About ten minutes later he blinked, and his gaze sharpened back into focus.
The verdict was ready.
"Three options," he said, moving to the lab's whiteboard and picking up a marker.
"Let's go from simplest to most complex. Option one, I'm calling it 'Bastion.' A laminated aramid composite. The most pragmatic, fastest to implement. We take the best of what currently exists and layer it into a structural sandwich."
He sketched a quick cross-section diagram: three distinct layers.
"Outer layer: environmental protection. Aramid fiber fabric with a PTFE coating. Fire resistance up to four hundred degrees Celsius, complete waterproofing. Middle layer: the primary cut-protection element, made from UHMWPE, Ultra-High Molecular Weight Polyethylene. Lighter than Kevlar and stronger in terms of both tensile and shear resistance. Inner layer: thin microfiber for wearability."
"Sounds solid," I said.
"But you called that the simplest option. What's the catch?"
"The catch is that it's light armor rather than clothing," Peter explained.
"The critical step is the lamination process. You need a thermal press and a specific thermal adhesive. You bond the layers under controlled pressure. The end product uses proven materials and runs relatively low in cost. But it will be stiff, heavy to wear, and essentially non-breathable."
"I see. The other options improve on that?"
"Significantly," Peter confirmed, erasing the first diagram.
"Option two: 'Chimera.' You start with any elastic base fabric as the structural frame. Reinforcement comes from carbon nanotubes deposited from suspension."
"Where does it get complicated?"
"The process," Peter said, with a slight exhale.
"You need a bath for electrophoretic deposition. That sounds more intimidating than it is: you run an electric current through the suspension with the fabric submerged in it, and the nanotubes are driven directly into the fiber structure at the molecular level. The process is unforgiving of errors, and the suspension itself is both expensive and not easy to source. But the result is a thin, lightweight, flexible fabric with extraordinary structural strength."
"That already sounds considerably more appealing. What's the third option?"
Judging by the expression that came onto Peter's face, he had been waiting for exactly that question.
"Honestly, this is the most elegant solution I've ever arrived at, and I'm not entirely sure I fully understand how I got there," he said, beginning a new diagram, denser and more intricate than the previous two.
"A fabric that is soft and elastic under normal conditions, like athletic wear, but that instantly becomes rigid upon sudden impact or cutting force. A fabric with a non-Newtonian impregnation."
"That sounds too good to be true."
"The difficulty is entirely in the execution."
His expression sobered slightly.
"The base is a three-dimensional mesh of aramid fibers, which needs to absorb and permanently retain the impregnation. The impregnation itself is not something simple like a starch suspension. I calculated the optimal formula: silica nanoparticles suspended in polyethylene glycol. On impact, the particles lock together instantaneously, forming a rigid load-distributing structure that dissipates the incoming energy. But for proper impregnation you need a vacuum chamber, a high-speed mixer, and a controlled heat treatment step. It is the most technically demanding and least forgiving of the three processes. A single error at any stage ruins the entire batch."
He stepped back from the board and let the summary land.
"In short: 'Proteus,' as I'm calling it, is the ceiling. Light, flexible, genuinely comfortable to wear, and with protection that puts current materials technology roughly two decades behind where we'd be starting from."
I looked at Peter and his expectant expression.
The choice was obvious from the moment he had described it.
"I don't think there's anything to deliberate. Option three, without question."
"Excellent!"
The enthusiasm coming off him was almost physical.
"So when do we start? I'm ready right now."
I had to bring him back down gently.
I had my own plans for the evening, and they involved earning OP.
Beyond that, one evening was clearly not going to be enough for a project of this scope, especially given that the fabric itself was only the base layer of what I actually intended to build.
"Tentatively, Monday. I have a full schedule today and tomorrow. But put together a complete shopping list of everything we'll need in advance. Then we set up in my garage and go."
"Yeah, no problem."
He looked mildly deflated for a moment, but accepted it.
"One more thing."
I let the pause do its work, pulling his full attention back.
"I have a new assignment for you. Directly connected to the Intellect Potion."
Peter leaned forward immediately, his eyes reigniting with fresh intensity.
Having experienced that state once, the pull toward it was already visible in him.
"Tell me everything."
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