1. Introduction
The company product is software for simulation of an analog computer aiming to be used as supercomputer, outstripping existing, not successful, models of quantum computers based on qubit entanglement in the frame of conventional quantum mechanics.
2. Team
As of today, the team is comprised of myself, PhD in mathematical physics, 25 reviewed articles on the theoretical side of the approach, F. Soiguine – highly experienced soft-, firmware developer, and Kate Botting – SFA.
3. Problem
The common quantum computing schemes are principally based on qubit entanglement and thus have tough problems of creating large sets of entangled qubits. Huge platforms running at near zero Kelvin temperatures are not reasonably successful. The invented simulation platform is a cheap, effective highly scalable solution potentially challenging such giants as IBM, Microsoft, Google, dozens of smaller ones, investing billions in elaborating conventional quantum computing devices. Quantum computing market reached $899mln in 2023 and is fast growing
4. Solution
The suggested approach transcends common quantum computing schemes by eliminating qubit entanglement. A very convenient software simulation scheme suggested where the amount of simultaneously available space/time points of observable measured values is only restricted by the overall available GPU number of threads.
5. Business model
The money comes from selling necessary appropriate hardware with preinstalled proprietary software.
6. Competition
The market big fishes are IBM, Microsoft, Google, and dozens of smaller ones.
7. The vision
In not more than five years the company will become a solid profitable enterprise with yearly revenue above $5bln. The software functionality will follow further development in multiple areas starting from density functional theory in computational chemistry and up to blockchain algorithms.
8. Traction
The initial version software, without powerful Graphical User Interface yet, has been successfully implemented and tested showing transcends of the qubit entangled computational schemes.
9. Funding asked
For the first-year expenses (salaries, hardware, office supplies, etc.) need at least $1,000,000. Further investments may be necessary.
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