October 17 – November 5, 2020
Results were still a week away.
To Rajat, that meant time—too much time.
He needed a challenge. Something absurd. Something that screamed:
> "This is physically impossible."
So naturally, he decided to:
Turn his phone into a Bitcoin mining rig
Build a custom cooling system
And develop a camera so powerful it could snap pictures of Mars
All while keeping the same Xiaomi Note 5 Pro body.
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The Build Begins
His mind, empowered by Essence of Skill Mastery, processed engineering blueprints, quantum cooling techniques, and chip design theory in mere minutes.
Step 1: Strip It Bare
The Note 5 Pro's motherboard was surgically removed. He gutted unnecessary components, rewired the board, and created modular slots for chip extensions.
Step 2: Frankenstein Hardware
With scavenged laptop chips, old PC graphics cards, and parts from dumped smart devices, he built a tiny external computation module. It connected via USB-C and fit in his jacket pocket—acting as a co-processor.
He soldered an ultra-compact custom ASIC mining chip together in 3 days. Pure madness.
> "Efficient? Barely. Functional? Absolutely."
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Step 3: Supercooling
Rajat engineered a micro-pump-based active liquid cooling loop using aquarium tubing, a hacked deodorant compressor, and aluminum scraps.
The coolant? A custom mixture of ethanol, water, and heat-dissipating nanofluids.
> "This rig could stay below 30°C while pushing full compute."
And all of it was stored in a power bank-sized enclosure strapped to the back of the phone.
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Step 4: Mars Rover Camera
The camera upgrade was… excessive.
He crafted a multi-lens sensor array using microscope-grade glass, adapted from an old school lab kit and DSLR lenses from e-waste.
He wrote a custom camera firmware that:
Used AI-assisted stabilization
Simulated long-exposure stacking
Could enhance raw data at the quantum noise level
Added adaptive atmospheric filtering algorithms to filter out haze
He once spent 2 hours hand-holding the phone aimed at the night sky.
And when he processed the image…
> There it was. Curiosity Rover. On Mars.
Faint. Grainy. But real.
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Mining Profits?
Did it work?
Technically, yes.
The hash rate was low but non-zero.
After running non-stop for 9 days, he mined 0.000071 BTC.
> "At this rate, I'll make lunch money by next March."
But it wasn't about profit. It was about proof of concept.
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By November 5
His phone now:
Ran a custom OS
Had modular external hardware
Mined Bitcoin
Acted as a portable observatory
Stayed cooler than most laptops
But no one knew.
He still sat at home, an "average student" on paper, waiting for NEET results.
> "They'll never know what this phone has seen. What I've seen."