Advanced Water Activation
Quantum-Activated Water Technology is designed to optimize the physical characteristics of water, enhancing its permeability and activity for improved agricultural applications.
Enhanced Irrigation Water Quality
The technology is intended to improve irrigation water quality by increasing dissolved oxygen and reducing undesirable substances, supporting healthier crop growth and more sustainable farming practices.
For Yung × QBER Quantum Technology
Cross-Industry Collaboration for Sustainable Innovation
For Yung Co., Ltd. and QBER Quantum Technology have joined forces to integrate advanced quantum technology with over 60 years of manufacturing expertise. This collaboration focuses on developing innovative solutions for agriculture, biotechnology, and everyday applications, with a commitment to sustainability, environmental responsibility, and human well-being.
Driven by innovation and practical applications, we strive to create technologies that deliver greater value for people, agriculture, and the environment.
What Is Quantum-Activated Water?
Quantum-Activated Water is water processed using QBER Quantum Technology. According to the technology's design, the treatment modifies the physical characteristics of water by promoting a more stable molecular structure, with the goal of enhancing water permeability and improving its utilization by plants.
By supporting more efficient water absorption and nutrient transport, Quantum-Activated Water is intended to promote healthier plant growth and agricultural productivity.
Enhanced Nutrient Absorption
Accelerated Growth & Increased Yield
Enhanced Resistance & Plant Defense
Natural Enhancement & Reduced Chemical Dependency
Activated Water Technology
Technology Principle
Quantum-Activated Water Technology is designed to optimize the structural characteristics of water through quantum-based processing. By promoting a more refined molecular cluster structure, the activated water aims to improve permeability and interaction efficiency, supporting better water utilization in agricultural environments.
Enhanced Irrigation Water Quality
Quantum-Activated Water technology supports improved irrigation water quality by enhancing dissolved oxygen availability and helping reduce unwanted substances, creating a more favorable water environment for sustainable crop cultivation.
Raman Spectroscopy Verification
A New Approach to Water Activation Through Quantum Technology
Under standard temperature and pressure conditions, QBER Quantum Technology has demonstrated unique changes in the Raman spectral characteristics of water.
Through advanced quantum-based processing, water is transformed into a more organized state with enhanced structural characteristics, creating new possibilities for agricultural and biotechnology applications.
Resonance-Based Activation Principle
Raman spectroscopy analysis reveals spectral peak patterns of QBER Quantum-Activated Water within the 500–1600 cm⁻¹ range, indicating structural changes during the activation process.
The technology is designed to enhance water interaction efficiency, supporting improved absorption and more effective energy transfer for agricultural applications.
Ultra-Fine Water Molecular Structuring
Resonance-Enhanced Antibacterial Function
Crop Yield Enhancement Field Trials
QBER Quantum-Activated Water Vegetable Growth Trial
Trial Site: Lejia Plant Factory
Crop: Green Crisp Lettuce
Trial Scale: 100 plants
Trial Duration: 4 weeks
Comparison Groups:
- Control Group: Irrigated with regular water
- Test Group: Irrigated with QBER Quantum-Activated Water generated through activated water rod technology
Objective:
To evaluate the effects of Quantum-Activated Water on vegetable growth performance and cultivation results.
Key Application Benefits
Enhanced Absorption Efficiency
Quantum-Activated Water is designed to improve water absorption efficiency in plants, supporting more effective utilization of nutrients and promoting healthier plant development.
Promotes Growth and Development
Supports faster plant growth, enhances photosynthetic efficiency, and contributes to improved crop yield potential and quality.
Strengthened Disease Resistance
Helps improve plant resilience against diseases and pests, reducing reliance on chemical pesticides and lowering agricultural production costs.
Environmentally Sustainable Solution
Improves water utilization efficiency, helps conserve water resources, and supports the development of more sustainable agricultural practices.