Greenspace Herbs Unveils Ashwagandha QA, the World’s First Quantum-Physics–Applied Ayurvedic Supplement
Bengaluru, Feb 10: Greenspace Herbs has announced the launch of Ashwagandha QA, a next-generation Ayurvedic ingredient positioned as the world’s first clinically evaluated “Quantum Ayurveda” ashwagandha. The innovation combines engineering-led signal discovery with acoustic science to embed supportive frequencies into the botanical matrix—without chemical modification—offering enhanced performance at lower doses.
Greenspace Herbs frames this launch as a new frontier in supplement innovation, emphasizing convergence across multiple scientific faculties. By reducing oxidative stress, Ashwagandha QA enables faster and more efficient absorption of botanical benefits, reflecting the principle that less can be faster when the body’s resistance state is lowered.
Designed with performance efficiency in mind, Ashwagandha QA delivers improved bioavailability and functional outcomes compared with conventional extracts. Lower effective dosing not only supports consumer adherence but also promotes sustainability through optimized raw-material use. The platform shifts the industry focus from milligrams per serving to outcome per milligram, positioning it as a precision-oriented, performance-led ingredient.
Greenspace Herbs also highlighted ongoing research exploring targeted energy modulation to guide botanical benefits more precisely in the body, marking a step toward a new era of high-efficiency nutraceutical formulations.
George Fernandes, Chief Scientist at Greenspace Herbs, said,
“Ashwagandha QA represents a bold intersection of classical Ayurveda and modern engineering principles. Our aim is to enhance the functional performance of botanicals, making supplementation faster, more efficient, and aligned with the body’s natural pathways.”
Ashwagandha QA is part of Greenspace Herbs’ vision to redefine how Ayurvedic ingredients are applied in modern supplements—emphasizing precision, energy-based efficiency, and measurable, reproducible outcomes.