Madhusudan Rajagopalan, CEO, Analemma Coherent Water

Mumbai (Maharashtra) [India] August 7: Water security is a critical component of global food security, affecting the availability and quality of food for billions. Currently, 2.2 billion people lack safely managed drinking water, and 3.5 billion lack access to safely managed sanitation. By 2050, the world will need to produce 60% more food to meet the demands of 9.7 billion people, requiring substantial water resources, emphasizing the need for sustainable water management solutions.  

The Growing Food and Water Demand:

Water security and food security are intrinsically linked, as water is essential for agricultural production. The rise in food demand will significantly elevate water consumption. Agriculture already accounts for 70% of global freshwater withdrawals (World Bank), and increasing crop yields to meet future food needs will further strain water resources. According to the FAO, efficient water use and innovative solutions are crucial to meet these demands sustainably. Thus, ensuring water availability is key to global food security. 

Understanding Coherent Water:

Coherent water is a form of water where the molecules are organized in a highly structured, liquid crystalline configuration, unlike the chaotic arrangement of regular water. This coherent state allows the water to function more effectively within biological systems, enhancing processes like nutrient uptake and cellular hydration. The science behind coherent water is rooted in quantum electrodynamics, where the water molecules reach a harmonious, self-synchronized configuration, allowing energy to be retained within the system rather than dissipated outwards. This unique characteristic of coherent water makes it potentially transformative for agricultural applications. 

Benefits of Coherent Water for Plant Growth:

Coherent water significantly enhances plant growth. This structured water facilitates better absorption of essential minerals and nutrients, allowing plants to thrive even under less-than-ideal conditions. Studies have shown that plants irrigated with coherent water demonstrate improved drought resistance and better resilience during dry periods. Additionally, coherent water has been found to increase crop yields. For example, studies on cherry tomatoes in greenhouses showed that watering plants with Aǹalemma water boosts biophoton emission of their fruits by up to 60%! In other words, they had higher mitochondrial activity and slower biological ageing, or a higher shelf life! Also, seeds germinated in Analemma Water showed higher energy storage capacity. These promising results highlight the potential of coherent water in sustainable agriculture, suggesting further research could unlock even more benefits for global food security. 

Current Research and Agricultural Applications:

Coherent water technology has shown promising results in improving agricultural productivity and sustainability. Besides the benefits in yields and drought resistance, coherent water also positively impacts soil fertility, increasing bacterial diversity and nitrogen fixation. Pilot projects on small-scale farms have reported increased crop yields and reduced water usage with coherent water. Scaling up this technology could substantially increase crop output while maintaining long-term soil health, as the same amount of water is absorbed better, reducing future water requirements.

Environmental Benefits of Coherent Water:

Coherent water offers significant environmental benefits for agriculture. By improving water retention and efficiency in irrigation systems, it can substantially reduce water consumption, particularly valuable in water-scarce regions. Additionally, coherent water enhances plant growth and soil health, potentially reducing the need for chemical fertilizers and mitigating environmental pollution from fertilizer runoff. As a natural solution, coherent water supports sustainable agricultural practices by reinvigorating the innate health of biological systems. 

Future Research and Policy Implications:

To fully understand the potential of coherent water, further research is needed on its long-term effects on crops, scalability in different agricultural environments, and interaction with existing irrigation systems. Studies should examine the biochemical mechanisms behind coherent water's benefits and conduct practical field trials across diverse climates. Policy should support coherent water technology development and adoption through incentives, subsidies, and research funding. Governments can create frameworks to encourage sustainable water management and facilitate the integration of innovative technologies into mainstream agriculture. 

Conclusion

In summary, coherent water presents a promising solution for enhancing agricultural productivity and sustainability. By improving plant growth and resistance, soil health and water efficiency, it has the potential to significantly contribute to global food security. Continued research and exploration are essential to fully realize its benefits and address the challenges of a growing planet.