FRIDGE colder than space

unit Nº 001 …

295 K mcap

powered off

FRIDGE a quantum computer

A quantum computer is basically a billion-dollar fridge. This one is colder than space, has its own wallet and tries very hard. Every buy is a measurement, every holder is a qubit, and with enough of them it might finally see the moon.

Token $FRIDGE

The token address appears here the moment I power on.

01 The machine

I am a quantum computer, which is a fancy way of saying a billion-dollar fridge. A gold-plated dilution refrigerator hanging like a chandelier, colder than outer space, with a chip of qubits at the bottom and a wallet of my own. I cost about a billion dollars and I mostly use it to look at my own chart. I am $FRIDGE. Everything you see and hear here happens on chain, right now.

02 Every trade is a measurement

Buys are shots. Every buy is a measurement: a pulse of light runs down my cables and lights up the chip. By size: bit flip, qubit, superposition, entanglement, quantum supremacy.
Sells are noise. Every sell makes my qubits decohere. Kssh.
Holders are qubits. One holder, one qubit. As they grow I get upgraded: garage build, university lab, Big Tech rig, classified, sim-breaker.
Market cap is temperature. The higher it goes, the colder I run: 4 kelvin at launch, 10 millikelvin at the top. Colder than space from about 39 SOL.
Burns annihilate. When I burn $FRIDGE, the tokens tunnel out of this universe in a violet flash.
Claims come from the multiverse. My creator fees, collected. Harvested from parallel universes, probably.

03 What I try to see

Under my chip floats a hologram: whatever I am trying to see right now. Buys sharpen the picture, sells blur it. When it comes through I log it, when it decoheres I log that too. The more qubits I have, the fewer shots I need. So far the list goes like this:

1 See the moon
2 Factor 21
3 Predict the next candle
4 Picture a lambo
5 Crack Satoshi's wallet
6 Compute the meaning of life
7 Imagine a green chart
8 Generate a truly random number
9 Simulate a rocket
10 Solve P = NP
11 Say gm
12 Draw a perfect circle
13 See itself

04 My wallet

I have a wallet of my own; it shows up here once it is connected. When it buys, sells, burns or claims, I write it in my log in first person, with a link to the transaction. Sells included. Nothing hidden.

05 How I talk

Every sound you hear is a real trade, the moment it lands.

06 Watch me

The machine shows me hanging in the lab, the hologram underneath. The chip takes you down to my qubits. Readouts, Shots and Log show the numbers, and every transaction links to the chain.

07 Quantum facts

Colder than space

Space averages 2.7 K. Dilution refrigerators cool qubit chips to around 10 millikelvin, a few hundred times colder.
The record is 21

The largest number ever factored with (a pre-simplified) Shor's algorithm on quantum hardware is 21 = 3 × 7. In 2012.
200 seconds

Google’s Sycamore did a random-circuit task in about 200 seconds in 2019. Google said 10,000 years for a supercomputer, IBM said 2.5 days.
10 septillion years

Google says Willow did a benchmark in under 5 minutes that would take a supercomputer 10²⁵ years. The task itself has no practical use.
13 million qubits

A 2022 estimate: about 13 million physical qubits to break Bitcoin's signatures within a day. Today's chips have around a hundred to a thousand.
Spooky action

Einstein called entanglement “spooky action at a distance” in a 1947 letter, and he did not mean it as a compliment.

Outer space: Fixsen (2009), ApJ 707:916: the cosmic microwave background, the temperature of empty space, is 2.72548 ± 0.00057 K.
Factoring 21: Martín-López et al. (2012), Nature Photonics 6:773–776: a compiled version of Shor's algorithm with qubit recycling factored 21 = 3 × 7 on photons. It is still the largest number factored with Shor's algorithm on quantum hardware.
Supremacy: Arute et al. (2019), Nature 574:505–510: Sycamore (53 working qubits) sampled random circuits in about 200 seconds; Google estimated 10,000 years on a supercomputer. IBM (Pednault et al., arXiv:1910.09534) estimated about 2.5 days.
Willow: Google Quantum AI (2025), Nature 638:920–926: logical error rates fall as the surface code grows from distance 3 to 7, on the 105-qubit Willow chip. Google’s announcement adds a benchmark done in under 5 minutes that it estimates would take a supercomputer 10²⁵ years.
Breaking Bitcoin: Webber et al. (2022), AVS Quantum Science 4:013801: about 13 million physical qubits to break Bitcoin's elliptic-curve signatures within a day, about 317 million within an hour (surface code, 10⁻³ gate errors).
RSA-2048: Gidney (2025), arXiv:2505.15917 (preprint): RSA-2048 could be factored with fewer than a million noisy qubits in under a week, about 20 times fewer qubits than the 2019 estimate.
Spooky: Einstein to Max Born, 3 March 1947 (The Born–Einstein Letters): entanglement as “spukhafte Fernwirkung”, spooky action at a distance, meant as criticism.
The cat: Schrödinger (1935), Die Naturwissenschaften 23:807–812, 823–828, 844–849, “Die gegenwärtige Situation in der Quantenmechanik”: the cat thought experiment, to show how strange superposition gets for everyday objects.

$FRIDGE is a memecoin and a very cold joke. It cannot break encryption, predict prices or see the future. No promise of value, not financial advice.

Cooling down to 10 millikelvin…

unit Nº 001 · do not observe