Quantum Consepts - that can be wrong-but Usually ain't

So... the problem is... I don't have any money.   I don't... not a dime... well, a little, but if you look at me, I'm broke. Now, that means I need to be able to do these magic things without any money.  And when I mean no money... think about living on less than $1000 a month... and well, you are in the ball park.  So when I am explaining building quantum computers out of raspberry pi's, it's not because that is what you want to use to build a quantum computer.  I built quantum Pi's because I have 10 raspberry Pi's someone gave me.  That's all... I needed gpio's, processors and ram and I had 10 tiny devices that fit that criteria.  No other reason. Now...  here's what's crazy... and well, so much of this shit is crazy but... this may be the craziest yet.  But it's possible, I may be able to entangle your bits remotely. What does that mean? It means I can read your file remotely using your computer.  I can then entangle that read into my...

Using Render’s free tier as a cheap, disposable proxy, you can try Infinite Data with a single, password-protected megabyte. That’s it — one megabyte, zipped and encrypted on your end.  Before you send your 1 mb we want to ensure I cannot read the data.  So, on the frontend you’ll get a pack of normal compression tools (throw whatever chainable tricks you like at it). Mix methods, stack compressions and try different configuration — sometimes that gets you weird, surprisingly dense results. The point is: you do the pre-compressing and you keep the password. I never see your keys. What touches my Render box is gibberish; what I hand back is gibberish. We both pretend the rest is complicated physics and call it a day. Here’s the user flow in plain words: you compress locally, you upload one encrypted meg, I give you a tiny artifact — roughly 100 bytes — that represents your file. Store that 100-byte thing somewhere safe. Want the file back later? Drop the 100 bytes into my site ...

What is a Quantum Pi? A gimmick? Probably. Anyone smart enough to read my work knows you can’t capture a qubit with a Pi. Even if you could engineer a group of lasers so precise it could trap a qubit and hold it… the Pi can’t read fast enough to do anything with it. It’s like trying to photograph a bullet. You can do it — you just need a ridiculously good camera. A Pi is not that camera. In hindsight, though, a Pi can do things most people won’t believe if you know how to squeeze everything out of it. I’ve been using Pi 3s for my Quantum Pis, and if you know what you’re doing, Pis can rival a lot of supercomputers. I was talking to a data warehouse and they were bragging about their Nvidia B2000 servers. “Billions of transistors,” they said. BILLIONS. And even those systems can’t run Shor’s algorithm. GPUs aren’t magic for everything. They’ve got lots of cores, but the cores don’t work in isolation and they have limited options. They give you a lot of space per pixel, but you can’t do ...

SO, my original goal was to be able to burn 5mb of data per client for free. That was the baseline. That was the number I wanted everyone to hit with zero cost. Turns out… even though I don’t have the same heat issues as most so-called quantum thingamabobs, I still hit thermal walls. Push hard enough and you find limits. So now I’m dialing it back and releasing with some changes. First… I was going to use a WASM to remotely align the system. That was the idea. Have the client handle some of the load, make the system feel magical, and save me cycles. But the problem is… if I ship that, it’s possible that a Muggle could reverse engineer my method from the client side. I highly doubt they’d ever get the full thing, but “possible” is enough. I’d rather hang onto this one for a bit longer before putting that risk out there. So instead of WASM, you’ll upload the file directly to my Render server. I’ll do the alignment on my side, run the rebuild, and then send you back your .vlt token. Done...

The problem with big data is that it's built on the premise that you can't walk out of a library with every book on the shelves... every letter of every word  represented as an angle in a collaspable lattice.  Big data doesn't believe Grover can just find your file...  or that Bayes can infer it... or Godel can show you how it already existed before you wrote it and they damn sure don't believe Noether can show you how to conjure it from a spell.   I can walk into any library any where in the world... and with a Pi and some clever tricks.... I can walk out with every letter of every book written down as a few scribbles on a napkin.  I don't expect you to believe me... I really don't give a shit if you do.  I will prove it with Infinite Data... by shrinking down your files to dust... day after day... you can argue with the ghost of Shannon all you like... I will be shrinking data. -------------------------------------------------------------------------...

import matplotlib.pyplot as plt import numpy as np # Plot 1: Order Parameter vs Time (S vs t) t = np.linspace(0, 10, 500) S = 1 / (1 + np.exp(-2 * (t - 5)))  # sigmoid rise plt.figure() plt.plot(t, S) plt.title(" Order Parameter S vs Time ") plt.xlabel("Time (t)") plt.ylabel("Order Parameter (S)") plt.grid(True) plt.show() # Plot 2: Energy Collapse E = np.maximum(0, 1 - 0.1 * t**1.5) plt.figure() plt.plot(t, E, color='red') plt.title(" Cellular Energy (E) Collapse Over Time ") plt.xlabel("Time (t)") plt.ylabel("Energy (E)") plt.grid(True) plt.show() # Plot 3: Standing Wave Stability x = np.linspace(0, 2*np.pi, 500) standing_wave = np.sin(x) * np.cos(5 * x) plt.figure() plt.plot(x, standing_wave) plt.title(" Standing Wave Pattern Around DNA ") plt.xlabel("Distance") plt.ylabel("Amplitude") plt.grid(True) plt.show() # Plot 4: DNA Repair Rate vs Redox State redox = np.linspace(0, 1, 100) repa...

Introduction: A New Hope for Memory Alzheimer’s disease is a thief—it steals memories, clarity, and the person you love, leaving families heartbroken. For over a century, scientists have hunted for a cure, focusing on “bad proteins” like amyloid plaques and tau tangles . Billions of dollars and countless drugs later, the results are disappointing—most treatments only slow symptoms for a short time, and none reverse the damage. But what if we’ve been looking at it wrong? What if Alzheimer’s isn’t just about proteins but about your brain losing its natural “rhythm”—a balance of water, energy , salts, protection, and synchronized beats that keeps memories alive? This guide introduces a new approach, rooted in the physics of life, to halt Alzheimer’s and unlock memory. It’s not a silver bullet—severe damage can’t always be undone—but it can stop the disease in its tracks and bring back significant memory and thinking ability, especially if started early. The idea is to boost a “ br...