Chapter 29
Where does the creation of a material a decade ahead of its time begin?
Not with bold declarations.
With quiet, focused work in a garage full of humming equipment.
We were starting the preparatory phase: creating the heart of Proteus, the non-Newtonian fluid.
On a spotless steel table stood two main components: a container of snow-white, nearly weightless silicon dioxide nanopowder that looked like it might drift away from a single breath, and a canister of polyethylene glycol, viscous and transparent as syrup.
All the calculations lived in my head and Peter's, on the tablet he held the way a conductor holds a score.
"Starting with a test batch," he said, and barely contained excitement ran under every word.
"Concentration: forty-five percent nanoparticles by volume. That's the sweet spot I worked out. Any higher and we get viscous sludge. Any lower and the fabric won't hold on impact. Ready?"
Who was I to argue with his genius?
I nodded in silence.
I had consciously taken ownership of the entire physical process: I needed to build the first version of Proteus with my own hands, start to finish, to absorb every scrap of experience and maximize OP.
Subsequent batches we could run as production.
I carefully measured the required amount of PEG into a large borosilicate glass vessel under the homogenizer.
Then, under Peter's watchful eye, the real precision work began.
Channeling the Master Clockmaker, I started introducing the nanopowder into the liquid slowly, gram by gram.
The mixer hummed quietly at low speed, pulling a lazy whirlpool through the liquid.
The work was meditative and demanded absolute concentration.
After five and a half minutes, the last portion of powder had dissolved into the viscous liquid.
"And now," Peter said, leaning in, "the real magic of science begins."
Following his instructions, I smoothly ramped up the homogenizer's speed.
The low hum climbed into a piercing, nearly ultrasonic shriek that vibrated up through the soles of my boots.
The mixer attachment became a blur, generating cavitation bubbles.
As Peter explained afterward, those bubbles, collapsing with microscopic fury, shattered any remaining nanoparticle clusters and produced a perfect suspension.
He pressed his face close to the container wall and lit it with a flashlight, peering into the heart of the emerging technology as though it might try to hide something from him.
"Look!" he shouted directly into my ear over the noise.
"The suspension is going homogeneous, opalescent! See that milky shimmer? No sediment! Perfect!"
After an hour of exhausting, ear-splitting work, several liters of milky-white, faintly shimmering liquid sat before us.
It looked like thick jelly to the eye.
But inside that modest substance was contained the entire premise of what we were building.
Time for the fabric's baptism.
I picked up a roll of aramid 3D mesh.
The material was resilient and light to the touch, porous, a high-tech sponge essentially.
I cut it into several large pieces, carefully rolled each one, and placed them in the vacuum chamber.
I positioned the container of fluid alongside.
The chamber door sealed with a dull, hermetic click, and I started the pump.
A steady hum filled the garage as the manometer needle crept slowly downward.
"We're pulling out every last trace of air," Peter said, not taking his eyes off the gauge.
"Every microscopic cavity in the fabric has to become a vacuum trap. One air bubble left behind, and that spot becomes a weak point: a potential breach in the protection."
When the chamber reached deep vacuum, I pressed the next button.
A simple mechanical arm smoothly tipped the container.
The fluid, meeting no air resistance, rushed silently and hungrily onto the fabric.
The vacuum drove the suspension in immediately, filling every pore, every cell of the three-dimensional structure.
The fabric soaked in that bath for another hour.
Then I slowly equalized the pressure and extracted the impregnated material.
The light, airy sponge had become something heavy and glossy, as though it had been dipped in liquid rubber.
The final step for the fabric itself: heat treatment and lamination.
We loaded the impregnated material into the industrial oven that occupied a solid sixth of the garage.
I set the precise temperature and started the polymerization cycle.
As Peter explained, this would permanently bond the nanoparticles to the aramid fibers, locking the fabric's properties in place.
While the first batch ran, the two of us, already working as a coordinated unit, prepared several more batches of non-Newtonian impregnation.
After a few hours, once the first batch had cooled, I extracted the finished material from the oven.
I laid the thinnest PTFE membrane across the top and fed the whole sandwich into the thermal press.
The hot plates compressed the layers with a sharp hiss, and the polyurethane adhesive under pressure fused the membrane permanently to the base.
What came out the other end was finished Proteus.
It was pliable to the touch, like dense athletic fabric, but with a strange internal tension to it.
The outer surface was matte, slightly textured, and completely waterproof.
I placed a scrap on the workbench and pressed a finger gently into it: the fabric bent.
Then I jabbed it hard with a screwdriver tip.
A dry crack rang through the garage, as though I had struck ceramic.
My hand absorbed a solid, rigid recoil.
The surface was unmarked.
Fabric that outpaced most comparable materials by a decade had just been created in a Brooklyn garage.
The system did not make me wait.
[Unique fabric material "Proteus" created (Uncommon). Technology previously nonexistent in this world, now unlocked. Received +500 OP!]
Proteus (Uncommon): High-tech composite material consisting of an aramid 3D matrix impregnated with a non-Newtonian fluid based on silicon dioxide nanoparticles. In its normal state, flexible and elastic (1.5 kg/m²). Upon sharp kinetic impact (strike, shot, cut) instantly transitions to a solid-phase state, distributing energy across the entire surface area. Flexible as silk, hard as steel. A fabric that thinks and reacts.
The 500 OP reward was gratifying.
But the specific phrasing, "technology previously nonexistent in this world," was what actually snagged my attention.
A question surfaced instantly, carrying a faint sting of offense: What exactly is wrong with the Absolute Predator Serum?
That had also been a genuinely unique development, born from Peter's genius and built by my hands.
Why had the system not issued a comparable bonus for it?
I stood there looking at the fading notification, my mind running through the possibilities.
First, and most probable: the serum was not actually unique.
Somewhere in a classified S.H.I.E.L.D., Hydra, or Red Room facility, a functional analog already existed.
Different formulation, identical effect.
Second: our serum was, by the system's logic, a refinement of an already existing product, the Beast Potion.
And in the system's framework, improvement was not the same as creation from scratch.
That tracked.
Third, the least probable option: this bonus for unique creations had simply not been available until after I spent 500 OP on the gacha for the first time.
But if that were true, the system would presumably have communicated it as an additional incentive.
Probably.
"John? Everything alright?" Peter's voice pulled me back.
"What? Yes. Just... need to verify it holds up against something more serious." I redirected quickly, gesturing at the fabric.
I picked up a hammer.
The first strike was light, same as the finger test: the fabric gave softly.
The second was sharp and short, with my full strength behind it.
A deafening metallic crack tore through the garage, as though I had driven a hammer into an anvil with everything I had.
The vibration ran straight up my arm.
The fabric was unmarked.
"It worked," Peter breathed, reverently.
I said nothing and only nodded, feeling something like a flame ignite quietly inside.
"Range," I said, glancing at my watch.
It was four in the afternoon.
We would arrive right at five, exactly when I had rented out the facility.
"We need full testing."
"Agreed," Peter said, straightening his glasses.
"We need a complete ballistic resistance profile."
We packed up quickly.
I left my own weapons at home, deciding to use the range's equipment.
The facility had come recommended by Frank, with a guarantee of complete discretion: no cameras, no staff hanging around, no complications.
Ideal conditions.
When we arrived, we fixed a piece of Proteus to the test stand with a ballistic gel block mounted directly behind it.
"So, professor," I said to Peter while loading the pistol, "what's your prognosis for handgun calibers?"
"Extremely high degree of protection. Close to absolute, I'd say," Peter answered without hesitation, arms folded across his chest.
"That sounds overconfident. Let's find out."
I raised an Arsenal pistol chambered in the standard 9x19mm.
The roar of five shots in the enclosed space merged into a single rolling thunderclap.
We walked up to the target.
"Hmm. Right." I looked at the result with genuine surprise.
The bullets, flattened into shapeless lumps of lead, lay on the floor.
They had simply bounced off without leaving a mark on the fabric.
"Of course!" Peter confirmed, his enthusiasm taking over.
"A pistol round's velocity is low enough that the non-Newtonian fluid can react fully. The impact energy spreads across a wide surface area. For the person wearing it, that translates to something like taking a powerful sledgehammer blow through a thick book. Painful, a bruise is guaranteed, possibly a cracked rib, but no penetrating injury."
"Good. Better than good," I muttered, feeling the excitement build.
"What about rifle rounds?" I picked up the AR-15.
The weapon carried an entirely different weight and presence.
"Careful, John. Rifle rounds are a completely different conversation," Peter's voice went level.
"They travel two to three times faster and are engineered specifically for penetration. In theory the material should hold, the fluid should have time to react. But the energy involved is enormous..."
I did not wait for the end of the sentence.
Three short, sharp shots hit hard.
This time the bullets bounced off as well, but they held their shape instead of deforming.
No penetration.
I allowed myself a small, satisfied smile.
"Don't celebrate yet." Parker cut it off sharply.
He walked up to the stand and pointed to the deep depression in the ballistic gel behind the fabric.
"See this? Back-face deformation. The fabric was driven inward several centimeters with tremendous force. That translates to guaranteed shattered ribs, ruptured internal organs, and severe traumatic injury. Yes, someone wearing this suit might survive. Emphasis on might. But they would be immediately incapacitated and would need urgent medical attention."
We did not even run a sniper rifle test.
It was already obvious that a high-powered cartridge at that velocity would punch straight through.
After an hour of varied testing, Peter summarized, and I had no disagreement with a word of it:
"Proteus is ideal protection against handguns, shotguns, and fragmentation. In urban close-quarters situations it is invaluable. It offers a real chance of surviving assault rifle fire, but the cost of that survival is severe physical injury. Against high-powered sniper rifles, it offers no meaningful protection."
We made it home as evening settled in.
The air carried the smell of cooled asphalt and the first hint of night chill.
It should have been time to rest.
For us, work was only beginning.
The fatigue from the range evaporated and was replaced by anticipation.
We ran the full cycle in sequence, impregnation, vacuum, heat treatment, batch after batch of fabric.
The process became mechanical, and while my hands ran on autopilot, my brain returned to the system.
Beyond the initial uniqueness bonus, no additional OP was being awarded for producing more fabric.
On one level that was strange.
On another, it was completely logical.
Fabric was a material, a raw component.
A finished suit with defined functionality was a different category of creation entirely.
That line of thinking led me somewhere interesting.
Take Tony Stark's arc reactor, for instance.
Would the system treat its creation as a complete achievement in its own right, or classify it as a component, something that needed to power a finished product before it earned recognition?
Simple logic on the surface, but it raised genuinely uncomfortable questions about the rules of this particular game.
"Peter, when did you learn to sew?" I asked, when we finally shifted to design work and pattern-making.
He was clearly in his element, sketching layouts with ease and thinking through cuts without hesitation.
Peter looked up from the notebook for a moment, and a mildly embarrassed expression crossed his face.
"Ah, that... I think I mentioned my aunt works at a charitable foundation. They help people experiencing homelessness. A lot of clothing gets donated, and plenty of it comes in rough condition: torn, damaged, unusable as-is. I've been helping Aunt May with it since I was pretty young. Hemming things, or taking apart the worse pieces for usable patches. Making something from what was left. We didn't really have money back then..." He scratched the back of his head with mild awkwardness.
"That's genuinely worth respecting," I answered, and I meant it.
In that moment something clicked into place about where this person's core had come from, and where his impulse to build and to help had its roots.
We talked through the design as we worked.
No form-fitting spandex.
Pure practicality and tactical minimalism: a jacket with an anatomical cut and integrated hood, cargo pants with reinforced knees, gloves.
Ergonomics above everything else.
And then the hardest part started.
I picked up the special scissors with their carbide coating, ordinary steel would simply slide across aramid, and began cutting fabric to Peter's patterns with a loud, dry crunch.
The Master Clockmaker skill earned its place here: every movement calculated to the millimeter, not a single unnecessary cut.
I threaded aramid fiber through the industrial machine and installed a titanium needle, then pressed the pedal.
The first few stitches went smoothly.
The moment I slightly increased speed: CRACK.
A sound like a gunshot made us both flinch.
The needle shattered.
"I warned you," Peter exhaled, gesturing at the fabric.
"You can't push speed. The needle strikes the material, the fluid hardens locally in that instant, and the needle hits resistance as though it's trying to punch through a steel plate."
The solution was obvious and agonizing.
Sew at the lowest possible speed.
And our nine-hour odyssey began.
I sank into a complete flow state, guiding the fabric under the presser foot with absolute focus.
The machine produced a slow, meditative rhythm: THUD... pause... THUD... pause...
A single seam took tens of minutes.
Peter worked alongside me, feeding and directing the heavy, unwieldy material.
We worked in near-complete silence, broken only by that rhythm and the occasional quiet word when a turn was needed.
My hands, the Master Clockmaker's hands, were steady and entirely without impatience.
I was not sewing.
I was assembling the suit the same way I would assemble a Swiss watch movement.
After nearly nine hours of precise, exhausting work, with dawn already showing faintly at the window, the main sewing was done.
One final step remained.
Using a small hand thermal press, I sealed every seam from the inside with special seam tape: the last push at the edge of what my body had left.
When the final centimeter of tape was welded down, I leaned back in the chair.
Done.
On the mannequin in the center of the garage stood what we had made.
Matte black, utilitarian, it managed to look simultaneously plain and deeply threatening.
In that moment of quiet triumph, a notification surfaced before my eyes.
[Semi-combat suit "Proteus" created. Complexity: Normal. Received +300 OP!]
Suit "Proteus" (Uncommon): Tactical set constructed from Proteus fabric. Provides maximum protection against bladed weapons and handgun calibers while maintaining full flexibility and comfort. Reduces damage from intermediate rifle calibers but does not negate back-face trauma. Waterproof, heat-resistant, and does not restrict movement.
300 OP.
I wanted to stand up and shout.
I had no energy left to do either.
It was six in the morning and Peter and I were barely upright. I'll celebrate when I wake up, I decided.
I got Peter settled on the living room couch and made it to the bed, where I dropped into a heavy, dreamless sleep.
Real rest did not happen.
Around ten in the morning, an unfamiliar voice pulled me back out of it.
Opening my eyes, I placed it: Peter, pacing the living room, talking fast and anxiously into his phone.
"...no, MJ, he is definitely not someone who makes a decision like this without thinking it through carefully..."
So much for a proper morning.
Problems had apparently decided not to wait for us to recover.
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