The quantum optical module in my state-of-the-art research hardware, a QRNG device, is absolutely exhilarating! It delves into the captivating principles of quantum mechanics, harnessing the pure randomness of quantum processes to generate genuinely random numbers. Once I complete my supporting software, I'll reveal the USB brand and hardware manufacturer, along with details on how to purchase the bundle. This fantastic utility software will be available for Windows 10 and 11, with a mobile version for Android set to launch this upcoming summer. Why Windows, you ask? Currently, my development sandbox is limited to the Windows platform, but give me some time, and I'll branch out. For now, how about an incredible Quantum Random Generator software that performs amazing cryptographic tricks right from your USB port? So, with that said, let's dive into how this phenomenal photonic module works:
Photon Source:
A light-emitting diode (LED) or laser generates individual photons.
These photons are emitted in a random quantum state, which is a fundamental aspect of quantum mechanics. This process is occurring within this sophisticated USB Quantum Random Number Generator (QRNG) connected to my COM4 port.
Beam Splitting:
The photons pass through a beam splitter, which directs them to different paths.
Quantum mechanics dictates that a single photon cannot split but has an equal probability of taking one path or the other. That is behind the randomness. But, wait. There is more.
Detection:
Highly sensitive photodetectors capture the photons at the end of each path.
The detection events are inherently random, as the photon’s behavior cannot be predetermined. And that is the secret sauce.
Conversion to Binary Data:
Each detection event is translated into a binary value (e.g., 0 for one path, 1 for the other).
This process produces raw random bits.
Post-Processing:
The raw random bits may contain slight biases due to imperfections in the optical components.
A post-processing algorithm (e.g., hashing with SHA-256) ensures that the output is uniformly distributed, yielding high-quality random numbers.
I'm thrilled to share that my research has reached an exciting milestone! I can now ping the USB and perform a variety of operations like testing, detecting, writing random numbers, pausing, resetting, and so much more. All these incredible features are now seamlessly integrated into a Windows Desktop interface through a software called QuantumExpress, from QuantumLaso (Okc). This amazing tool lets users effortlessly encrypt and decrypt files just by dragging them into the interface. The concept is to harness these quantum-encrypted random numbers to secure any file, regardless of its size, with nature's own unhackable random numbers—even impervious to other quantum platforms!
The software, even in its early stages, is already capable of quantum encryption and decryption of files! Exciting future features will include the ability to encrypt quantum generated data, folders, directories, large simulation files, databases, data structures, and support for numerous extensions and file formats.
And that's not all! A mobile version is currently in the works for Android.
Plus, a version of Quantum Express software will be bundled with QuantumLaso AI Hardware turnkey systems, making it even more accessible!
Exciting updates are coming soon! If you have any questions about the software or would like to receive an evaluation copy, feel free to let me know in the comments. Since the hardware is proprietary and I've developed additional supporting utility software, signing an NDA with me is necessary. The retail version bundles with a USB Hardware Key. But there is a free demo version cooking right now! - I'm thrilled to announce that I'm working on a demo version that will operate in simulation mode, eliminating the need for hardware. While the numbers are truly random, they aren't generated by a quantum process. However, this demo will showcase the workflow and demonstrate how the software can be used with an off-grid workstation, making it hackproof!
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