Authors: V.Peretyachenko, O.Krishevich Beyond Batteries: How TESSLA and VECSESS Are Redefining the Architecture of Global Energy When electricity stops flowing — and starts living. Chapter 1 — The Crisis of Linear Energy What’s Happening For a hundred years, we’ve built our energy systems as a one-way conveyor: generation → transmission → distribution → consumption. That […]
Authors: O.Krishevich, V.Peretyachenko Abstract This paper presents a physico-mathematical framework for evaluating the feasibility of the VENDOR autonomous operating regime within a multimodule nonlinear electrodynamic system (patent WO2024209235). The methodology is informed by space-based studies of electrostatic solitary waves (ESWs / ES structures) in the Earth’s magnetosphere (Leonenko et al., JETP Letters, 2025) and is […]
Why Space Plasma Physics Matters for VENDOR: What ESWs Confirm — and What They Do Not Authors: O.Krishevich, V.Peretyachenko Electrostatic Solitons Are Not a Hypothesis — They Are Proven Physics When Theory Becomes Practice — and Then Back Again When we first began developing the VENDOR technology, it felt like a shot in the dark […]
Executive Summary We are not afraid of criticism — because criticism is dialogue. What we are afraid of is judgment that comes before anyone even tries to understand. In a world where the new is often treated as a threat, publishing too early is not a sign of courage — it’s surrender. It means handing […]
Abstract Energy transfer and conversion in pulsed gas-discharge systems has been explored in experimental literature for over a century. Yet, within the narrow class of publicly demonstrated discharge-based “self-sustaining” devices, there is still no broadly accepted record of stable, scalable, independently reproducible operation under protocol-defined measurement boundaries. This paper outlines a defensible engineering explanation drawn […]
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 Focus: Sustainability, Resource Stewardship, and Social Impact As global energy systems face mounting pressure, it becomes clear that no single solution can address the complexity of the transition ahead. This article presents a detailed comparative analysis of two breakthrough technological strategies — Proxima Fusion and VENDOR.ENERGY. Rather than viewing them as competitors, we explore […]
Introduction: Interdisciplinary Approach as the Key to Revolutionary Discoveries In today’s world of energy challenges, traditional engineering approaches often reach their limits. It is precisely in such moments that the most significant breakthroughs occur through interdisciplinary thinking and the study of nature’s fundamental laws. As demonstrated by the practical application of TRIZ (Theory of Inventive […]
Introduction: From Natural Phenomena to Engineering Solutions Electrical energy extraction from ionized air represents the development of fundamental scientific principles known to humanity for over two centuries. Earth’s atmosphere serves as a natural electrical generator of colossal power, where ionization processes and charge separation continuously occur. Modern Air Ionization Energy Harvesting technologies do not “create […]
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 […]
