Authors: V.Peretyachenko, O.Krishevich Framework (procedural, mandatory) VENDOR is treated as an engineering system operating within classical physics and a standard TRL-based development logic. Public statements about performance do not replace verification; they are replaced by process: measurement protocols, reproducibility criteria, independent validation, and certification gates. Air and the surrounding environment are described exclusively as a […]
Abstract Energy transfer and conversion in pulsed gas-discharge systems has been explored in experimental literature for over a century. Despite numerous public demonstrations — from early 20th-century experiments to modern prototypes — no design has achieved stable, scalable, and independently reproducible operation. This paper examines why: the critical missing element is not the circuit topology, […]
Introduction: The Hidden Giant of the Industry Imagine this: on supermarket shelves you see ordinary air purifiers. In industrial facilities, ionization systems operate quietly in the background of semiconductor factories. Few consider this a “major industry.” Yet behind the scenes lies a market with annual revenues exceeding $50 billion. Most importantly, this industry has already […]
ESG is dying. And it’s not about the idea of sustainable development, but about the fact that “green” rhetoric often concealed losses, greenwashing and political pressure. This post is not an accusation, but an instruction: how we reached the ESG crisis and who is capable of overcoming it. The Problem: ESG Crisis in Investment, Myths […]
VENDOR Project: Theoretical Basis of Corona Discharge Generator – Proof of Fundamental Feasibility Abstract This work presents a rigorous theoretical justification for the fundamental possibility of creating an autonomous electrical generator based on a multi-module corona discharge system, specifically validating the fundamental principles underlying the VENDOR.Max generator system. The fundamental analysis is based on established […]
The Technology Readiness Revolution: Why Deep-Tech Needs TRL In the world of high-tech innovations, every decision can cost millions of dollars. Technology Readiness Level (TRL) is not just an assessment system, but a fundamental risk management tool that determines the fate of deep-tech projects. Developed by NASA in the 1970s, this methodology has evolved into […]
