Chapter 32
Standing in the garage, I looked at what I had built around myself.
The gleaming homogenizer, the massive thermal press, the vacuum chamber.
I looked at them not as tools but as the foundation of something larger.
Mine and Peter's R&D operation, the beginning of something real.
The thought of pulling a two-thousand-dollar homogenizer apart for its motor for some quick experiment felt like a form of vandalism.
This was equipment for creation, for real science.
What I had in mind required a different approach entirely.
A survivalist's approach.
The philosophy of someone who builds from whatever is available.
I scratched my head, made a decision, and went to the radio market, or as it was more accurately called in the American context, an electronics salvage market.
A small open-air pavilion in Brooklyn where the air was thick with dust, the smell of aging plastic, and the quiet resignation of vendors who had long since made peace with the things they could not sell.
Mountains of dead technology piled across every table, waiting for either disposal or a scavenger with the right kind of vision.
I walked the rows without haggling.
But now I looked at the junk through different eyes.
The newly integrated engineering knowledge looked straight through the casings.
In an old laptop I saw not a broken screen but a working voltage converter and viable lithium-ion cells.
In a food processor I saw a high-torque electric motor with an integrated gearbox.
Whether any of it still ran was irrelevant.
I needed the internal organs, not the patient.
Back home, I dumped everything onto the living room floor, creating a genuine graveyard of abandoned technology.
And for the second time that day I stood there scratching my head.
Before me lay a mountain of possibility, but no single clear path through it.
Something was missing: a unifying philosophy that would pull all these components into a coherent whole.
I opened the system, and there it was.
Sitting in the Technologies tab, unpurchased: Disassembly Risk.
A skill enabling the creation of modular, deliberately breakable devices that retained a realistic chance of being reassembled after failure.
This was exactly it.
The foundational mindset of a survivalist engineer, one for whom any device was first and foremost a library of recoverable parts.
Without hesitation I committed 100 OP.
Unlike the skull-splitting cascade of Technological Modernization, this was like flipping a switch somewhere in the back of the mind.
A quiet realignment that generated no new knowledge but organized everything already present, building it into a new and flexible framework.
That left 300 OP in the account, with 200 already mentally reserved for Uncle Ben's treatment.
Now equipped with both layers of knowledge, the colonist-scientist's accumulated experience and the philosophy of modular construction, I looked at the salvage on the floor and found it had transformed.
Chaos had become a component library.
My brain lit up with ideas.
A rough analog of Stark's arc reactor?
The concept assembled itself almost immediately: an electrochemical plasma accumulator.
It would not generate energy from nothing, but it would release ionic energy from available chemical compounds with extraordinary efficiency, sustaining a self-reinforcing plasma reaction.
Larger than Stark's version, less refined, lower output efficiency, but a portable energy source that would be decades ahead of current terrestrial technology.
And I could build it here, in this garage, from salvage.
Beyond that, the Martian engineer's knowledge kept producing concepts that had no business existing yet.
A quantum loop reactor.
A technology rooted in quantum mechanics that exceeded this world's understanding by an order of magnitude, one that would literally draw energy from quantum vacuum fluctuations.
A clean, inexhaustible source requiring no fuel at all.
But it demanded a completely different tier of materials and equipment that I did not have.
Stop floating in theoretical physics.
I pulled myself back deliberately.
I needed to focus on what was immediately useful.
I ran a quick mental audit of my actual needs.
Weapons: covered, requiring some refinement but more than adequate for the current objective of staying home and not drawing attention.
Mobility: tempting, but without superhuman reflexes, raw speed was primarily a way to injure yourself faster.
Flight: genuinely interesting, possibly viable sooner than later.
Defense: and there it was.
That was the real gap.
Defense was the one area where more was always better.
The memory of the Protective Field Generator surfaced with a sting of annoyance.
Useless recipe built around mythical materials I could not come close to processing yet.
Following it was not an option.
But what if I attacked the same problem through completely different means?
Build my own energy shield, one that could be integrated into Proteus?
That was not just interesting.
That was close to the ideal first project.
I scanned the salvage on the floor again.
My gaze caught on an old hair dryer and a kitchen hand mixer.
For a moment I did not understand why.
Then the colonist engineer in my head laid out the logic with quiet efficiency, and something clicked.
Problem: Create an energy shield.
Required: A plasma source and a containment system.
Component analysis: Hair dryer: high-speed fan plus heating element equals a directed emitter of superheated ionized gas. A proto-plasma emitter. Mixer: high-RPM motor plus several neodymium magnets from salvaged hard drives equals a rotating magnetic field generator. A containment system. Emitter plus containment equals plasma shield.
The concept was born.
Crude, energy-hungry, inherently unstable, but workable.
For an ordinary person, building this in a garage would be unthinkable.
But not for someone who had, however dreamlike the memory felt, assembled an anti-gravity device from a pair of robot vacuum cleaners on a hostile planet.
That engineer, whose memory and experience had now become mine, possessed something beyond technical knowledge.
It was a fundamental fluency with the underlying fabric of reality, a working relationship with physical constants at a level that most people in this world had not yet reached.
And it functioned as an absolute advantage.
I now knew a small secret, a practical shortcut, that made the otherwise impossible achievable.
The secret was resonant frequency.
There was no need to build a cumbersome magnetic trap.
The system simply needed to resonate at the correct frequency.
Thanks to the inherited knowledge, I could feel, not merely calculate, that a rotation frequency of 47.3 hertz, arrived at intuitively through the intersection of thermodynamics and hydrodynamics, would produce a plasma cascade: a quantum tunneling event in the heated air column that would convert ordinary thermal flow into a self-sustaining plasma shell.
Not magic.
Physics this world had simply not caught up to yet.
"I'm not just hacking the technology," I whispered into the empty garage as my brain drafted the build sequence at speed.
"I found the language to speak to the physics of this world, and it actually answers."
The excitement was close to euphoria.
The garage became an operating table for forgotten machines.
Screwdriver, soldering iron, multimeter, electrical tape.
A surgeon's tools for a soul transplant into dead hardware.
First on the bench: the hair dryer.
Disassembled with surgical precision, its heart extracted, a nichrome coil capable of heating air to 800 degrees Celsius, more than sufficient for primary ionization.
The fan motor went alongside it.
Next, the mixer.
Its steel whisk blades, crude and utilitarian, would become the vortex generator, spinning ionized air into a turbulent protective shell.
Its motor, higher-RPM and more powerful, would provide the necessary rotational speed.
The power source for this entire assembly would be a lithium-ion battery pack extracted from an old cordless drill.
I opened its housing, accessed the cells directly, and soldered in a simple voltage stabilization circuit built from capacitors I had desoldered off a salvaged laptop motherboard, to prevent current spikes from killing everything downstream.
Then came calibration: the most delicate part.
Connecting the multimeter to the heating element, I began adjusting its resistance in tiny increments, adding fractions of millimeter copper wire scraps one at a time.
My hands, guided by the precision of the Master Clockmaker and the practical knowledge of the Martian engineer, moved without error.
I knew that at exactly 12.7 ohms, the heater would achieve perfect resonance with the blade rotation frequency.
The resulting effect, comparable to the plasma window phenomenon in laboratory conditions, would amplify ionization by a factor of ten, allowing the plasma to stabilize without any external magnetic containment.
With the components finished, I began assembly under the Disassembly Risk philosophy.
No monolithic construction.
Modules only.
Heating module: the nichrome coil in its own plastic housing with threaded connectors.
Vortex module: the mixer motor and blades in a separate block, housed in a salvaged wireless router casing that fit almost perfectly.
Power module: the battery pack, small enough to drop in a pocket.
Wiring ran between modules through quick-disconnect connectors.
One component fails, swap it out without dismantling the rest.
Need an upgrade, build a new module and plug it in.
Pure modular logic: the engineering equivalent of building with interlocking blocks.
I pulled the Proteus suit from the rack and began integrating the assembly.
The vortex module went onto the belt with heavy-duty clips, a buckle fitting for some kind of operational loadout.
Being right-handed, I mounted the heating module on the outer surface of my left forearm.
The design intent was for the superheated air to exit forward and upward from the forearm unit and be captured by the vortex rising from the belt module.
The battery pack went in an inner jacket pocket.
I routed the inter-module wiring carefully along the suit's interior with quick-disconnect points at each junction, and added a removable rheostat in a side pocket for power output control.
Crude.
Primitive.
This was a prototype, a proof of concept.
It was supposed to work.
But before the final test, I picked up the vortex module alone and held it.
This was not just a motor and blade assembly.
It was the resonator.
The keystone of the entire system.
I closed my eyes and ran it.
As the hum built, I guided the calibration by ear, by feel, by the inherited precision of two layers of engineering experience working in concert.
It was like tuning an instrument where the notes were physical constants.
I was searching for the one singular frequency at which the physics would give way.
47.3 hertz.
I felt the character of the hum shift, deepen, acquire a vibration that resonated in bone rather than air.
There it was.
Correct calibration, producing Rayleigh-Taylor instability.
Cascade discharge.
Self-sustaining plasma without a single magnet.
Ready.
I stood in the middle of the garage, drew a slow breath, and flipped the switch on the vortex module.
A building, turbine-like hum filled the space.
I smoothly turned the rheostat.
The nichrome coil on my forearm went red-hot almost instantly.
Then it happened.
The air hummed and distorted, shimmering like heat haze over summer asphalt, then bloomed into a barely visible, faintly luminous blue-white shimmer.
The turbulent flow from the vortex module captured the ionized air in a cocoon, forming a roughly spherical barrier approximately a meter and a half out from my body.
Nearly invisible to the eye, but unmistakable to the body: a faint, persistent static charge across the skin and a thin, high-frequency vibration in the air.
Plasma, born from a hair dryer and a kitchen mixer, had wrapped itself around me in a protective field.
I stood at the center of my own pocket-scale miracle.
By rough calculation, the battery would sustain the barrier for under a minute at this draw.
But for that minute, it would deflect pistol rounds outright and bleed enough velocity from rifle rounds that Proteus would absorb the remainder without catastrophic back-face deformation.
[Electro-mechanical construct "Thermal Plasma Barrier Generator" created. Complexity: Normal. Received +200 OP!]
Protective device generating a containment barrier from a dynamic plasma gradient produced through thermal air ionization and resonant vortex cycling.
The description was dry as usual, but the 200 OP was a satisfying result.
The absence of a world-first bonus was not surprising.
Plasma shock absorption almost certainly existed somewhere in a patent archive, and there were civilizations in this universe for whom working with plasma was genuinely elementary.
I powered the shield down and stood there thinking.
The technology functioned.
The barrier formed at a safe standoff distance, creating an outer layer of ionized air without making direct contact with the wearer.
The interior remained relatively comfortable: touching it from inside produced only mild warmth and a faint static sensation.
A principle not entirely unlike what Stark's more sophisticated shields relied on, from what I carried in meta-knowledge.
But the construction itself, I had gotten too carried away with modular distribution.
Something on the forearm, something in a pocket, something on the belt.
Inconvenient, bulky, with too many potential failure points under stress.
Ideally, the entire assembly would consolidate into a single compact belt unit, itself modular, but all in one place.
Which raised the question of power supply.
"Hey, John, I'm back!" Peter pushed through the door with the energy of someone who had just had an objectively good afternoon.
He was visibly lit up from the inside in a way that had no connection to his state when he left that morning.
"Whoa. What happened in here?" He surveyed the tools, salvage, and disassembled electronics spread across the living room floor.
"Tell me why you're so happy first," I said, setting the prototype down.
"That obvious? Damn. I really do need to work on my poker face," he muttered the last part to himself, though I caught it easily.
"Well, briefly... MJ and I..."
"Decided to give it a go?" I finished for him.
Something cold settled in quietly behind my ribs.
A girl whose boyfriend had disappeared this morning and who was, by the same afternoon, moving on to his friend.
The optics were not flattering.
It was not hard to see why her character tended to generate friction in the source material.
"Yes!" Peter exhaled, clearly unaware of my expression.
"She said that since Harry chose to end things like that, she wasn't going to punish herself over it. And that she's had feelings for me for a while. And, well... I feel the same way."
"But we talked this morning about the possibility that things are not as simple as they appear," I pressed, wanting to see how solid his footing was on this.
"That it might be deliberately staged."
"No, I looked into it," he said, waving it off with the ease of someone who had already moved on.
"The boarding college is real. Website, registered address in Switzerland, everything official. And Harry was actually enrolled back in early September. He apparently kept putting off leaving, Norman got impatient and pushed it to this extreme. But that's family business. It's not really our place."
I watched the visible relief move through him.
Everything had resolved itself into something simple and clear.
No conspiracy.
The path to MJ was clean and open.
I felt in my gut that something about this was still wrong.
Norman Osborn, with a billionaire's resources and a manipulator's precision, would not produce a legend with a single visible crack in it.
But arguing with Peter while he was running on this particular emotional combination was like trying to explain orbital mechanics to someone who was currently falling.
Anything I said against MJ he would register as an attack on something personal.
"Got it," I said, allowing myself a mild approximation of a smile.
"Well. Congratulations, I suppose. Love and all that, happiness to both of you."
"Thanks, John!" He was visibly glowing.
"As for the engineering situation," I redirected, gesturing at the floor, "I'll explain briefly. Something I put together while you were out."
I walked him through it.
Almost all of it.
I described the wave of motivation after he left, the hands-reaching-for-work impulse, the desire to solve the rifle caliber gap that Proteus still had.
I laid out the plasma barrier concept in real detail.
The system, the skills, the Martian engineer's memory: I kept all of that behind the curtain.
But the physics, the components, the reasoning, that I gave him fully.
His reaction was what I had been curious about: the honest response of a real genius encountering something that should not technically exist.
Peter listened in silence.
He walked around the prototype, circled it completely, examined the connections carefully, touched the cold vortex module housing.
Then he looked at me, and in his expression was a layered mixture of shock, genuine admiration, and total bewilderment.
"Holy..." he said it slowly, separating each syllable as though tasting it.
"You induced Rayleigh-Taylor instability. With a mixer and a hair dryer. John, that effect cannot be stably reproduced in proper lab conditions with equipment that costs millions. And the absolute funniest part," he laughed, and it came out slightly nervous, "is that it works. It obeys every physical law I know. This isn't a black box like the Muscle Stimulator. So how is this actually possible? How do you know about resonant frequency and quantum tunneling? You told me yourself you have no background in hard science."
Fair question.
I had been preparing a version of this answer for a while.
"Peter. There's Tony Stark. There's Reed Richards. There's you, for that matter. Dozens, possibly hundreds of people whose intellect is simply built to generate things like this." I chose my words carefully, building from the edge toward the center.
"I've been thinking it might be a kind of power in itself. Not strength or speed, but something more like what the literature would call technopathy. Intuitive comprehension of how systems work, at a level that bypasses the usual prerequisite knowledge."
"And you think that's what you have?" Peter arched an eyebrow in measured skepticism, but he was still listening.
"I think something like it activated in me," I said, speaking as though I were working it out in real time.
"It started a few weeks ago. I needed to make things with my hands. First the potato cannon and the crossbow, then recipes started surfacing in my head. The Intellect Potion, the Muscle Stimulator: I did not fully understand the mechanisms, I just followed the internal logic. But today, after a fairly significant headache, something more substantial opened up. Not just a single recipe. A whole layer of engineering and applied physics knowledge, and it runs decades ahead of what this world has publicly worked out."
"And using that layer, you built a plasma barrier," Peter said, looking at the prototype.
"Exactly. I don't fully understand the shape of this ability myself." I surveyed the salvage on the floor.
"But I look at this pile and I see finished devices. And right now that is an extraordinary feeling."
"I bet," Peter muttered, and the envy in his voice was entirely genuine.
"I'd take that over years of textbooks any day."
He doesn't see it, I thought. He's the actual genius. I'm just using every unfair advantage I can get my hands on.
"Speaking of intellect," he said, snapping back to attention.
"Are we starting on the Elixir work today?"
"Yes. Just not here."
"The institute lab is occupied until evening," he said, spreading his hands slightly.
"I have personal project access, but bringing you in right now would raise questions."
"Evening works then," I said with a shrug.
"And in the meantime..." I looked at the component library spread across the floor again.
Several old microwave ovens.
Their magnetrons.
A pair of vacuum cleaners.
High-RPM turbines.
Yes.
The picture was forming.
"...we could build something else. I have momentum and I'd rather not waste it."
"Oh?" Peter's eyes lit up with that particular brightness that only appeared when a genuinely interesting technical problem was on the table.
"What are you thinking?"
"Since defense is temporarily addressed, let's look at mobility." I scanned the salvage again.
"What do you think about gravity boots?"
Peter practically came off his feet.
"You're saying you can actually build that from this?"
I looked at the pile of components that had already, in my head, stopped being junk and started being a resource list.
I thought briefly of a very specific animated scene featuring a scientist in an extraordinary predicament and a skeleton's worth of available materials.
"You have no idea what else this pile can become," I said quietly, and the certainty in my voice was not performed.
"Honestly, I'm still finding out myself."
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