Edgar Khachatryans is a serial Entrepreneur, Venture Capitalist, Innovator, Expert, Traveler who has 25 years of experience in innovation industry and 4 million miles of travel experience to USA, China, Israel, Austria, Bahrain, Germany, India, Indonesia, Iran, Jordan, Kazakhstan, Mexico, Palestine, Singapore, Hong Kong, Egypt, Georgia, Sri Lanka, Turkey, Malaysia, United Arab Emirates, Belarus, Georgia,…
From Air Balloons to the Next Big Breakthrough
When Humanity First Took to the Skies In 1783, humanity achieved a technical milestone that would reshape exploration, science, and imagination: the first manned hot-air balloon flight by the Montgolfier brothers. Ascending to approximately 1,000 meters, this modest flight demonstrated the potential to transcend natural limits, literally lifting humans into the third dimension. While simple…
How Quantum Technologies Compare and Where Field Is Heading
The quantum computing landscape is evolving fast. As a physicist and innovation-focused writer, I want to explore how the major architectures — superconducting qubits, topological qubits, and photonic qubits — compare in terms of scalability, error resilience, materials challenges, and startup/industry readiness. 1. The Players at a Glance 2. Scalability & Connectivity Superconducting systems have…
Wearable Tech Meets Cognition: A New Frontier
We are entering a new era of wearable technology. Not just fitness-bands or smartwatches, but cognitive wearables — devices and systems that augment human cognition, perception and decision-making. As someone with deep experience in physics and emerging tech, I believe this is where wearable innovation becomes truly transformative. 1. From Smartwatches to Smart Minds Wearables…
Quantum Computing Advances and the Rise of New Qubits
Introduction – The Quantum Frontier Quantum computing is moving from theory to practical applications, promising to revolutionize chemistry, medicine, optimization, and AI. Major companies are building systems capable of solving problems impossible for classical computers, but the field is diverse, with multiple qubit technologies, architectures, and experimental approaches. We are beginning to map the landscape…



