Nature's Configurations
February 1, 2024
Structures of nature reveal strikingly simple, yet utterly logical mathematics that can model nature with never before seen precision. The existence of reality negates absolute nothingness. This is why change is always possible. To confirm a change as real, it must contrast something else, with possible answers being Yes, No or Maybe. So, any definite reality requires two dimensions (Yes and No at the core), which remain as real as a surface boundary, the opposite of which is its potential change (Maybe), or derivative. ...
Ultimate Dietetics
Our computer science tool chooses what specific amounts of your chosen food products to eat based on your diet choice (from over 700 options or a personalized one), taking into account your product preferences and budget. It’s been used by health facilities for a while now, recommending the food that heals, and that alone is estimated to solve at least 30% of all health-related issues. With your support, this could turn into the top diet app of all in just a week. ...
Applied Mathematics
February 1, 2024
Science is simple! Multiplication aligns, division relates. Ratio-nality? Good things on top, bad things below. The product grows when the desired happens. Numbers and words are both rational - they structure tangible perceptions on top of abstract units. Changes, when they take place, are related to each other just as the things they’re measuring do. More often then not, you’ll want to try log x, exp x, x log x, and x^k (with k being 2 here most often), only to speed up or slow down impacts. ...
Exponential Structural Core
Sergey Brin didn’t just stumble upon me; he cyber-tracked my Android long before we crossed paths—there he is, appearing in front of me in a two-second window after crossing the street to meet me after meddling online with my device. This is the kind of pull this research had. And what’s it about? A hidden pattern that’s all around us: in the sales charts, the stock exchanges, the rhythm of nature, and the heartbeat of cities. ...
1:1 Sound Transmission
Explore the nuanced world of high-fidelity audio in our latest research into sound transmission. Have you ever pondered the true differences between 24-bit and 16-bit sound, or between 96 kHz and 192 kHz sampling rates? Contrary to the common misconception, the distinctions are not just discernible; they are profound. With a signal-to-noise ratio exceeding 100 dB, our ears surpass the limitations of not only 16-bit audio’s 70 dB but even 32-384 audio, while DSD-128 provides a perceivably better dynamic range and clarity. ...