Seeds Germinate Faster And Grow Larger
With Coherence Technology

Agricultural, Biofuel, and Horticultural Applications

Gabriel Howearth, a horticulturist in New Mexico, received funds from several sources, including the United Nations, to begin research on agricultural methods for 3rd world countries and non-hybrid seeds.

He performed a controlled experiment with several types of seeds and CT. The following procedures were followed:

1. Seeds were isolated: Corn, amaranth, squash, melon, and bean.
2. Seeds were divided into two equal parts.
3. One half of the seeds were treated with CT. The other half were untouched. Both were transported to New Mexico under identical conditions.
4. Both halves were planted in fertile soil in two rows, side by side.
5. After three weeks, 95% of the seeds that had been treated with CT germinated 30 to 40% faster and were 5% to 25% larger.

A later study by a plant geneticist in Washington State, Bruce Tineo, found similar results except that the plants treated with CT grew approximately 65-72% larger than the control plants.

Applications

Improving agriculture and horticulture with Coherence Technology (CT) offers significant potential benefits to scientists, technologists, innovators, and new product developers focused on sustainability and efficiency in these sectors.
### For Scientists:
 1. **Enhanced Research Capabilities**: By using CT, scientists can explore new areas of plant growth and development. The technology's potential to increase seed germination rates and growth can help in understanding optimal conditions for plant development.
 2. **Environmental Impact Studies**: Scientists could use CT to study the effects of agricultural practices on the ecosystem, providing a more sustainable approach to farming and cultivation.
### For Technologists:
 1. **Integration with Smart Farming**: CT could be integrated into smart farming technologies, such as IoT devices that monitor and control the growth conditions of crops remotely. This could lead to more precise agriculture that maximizes yield and minimizes waste.
 2. **Development of New Agricultural Tools**: With evidence suggesting that CT-treated plants grow faster and larger, technologists could develop new types of farming equipment or systems designed specifically for enhanced-growth environments.
### For Innovators:
1. **Sustainable Solutions Development**: Innovators can use CT to develop new sustainable farming techniques that require less water and fertilizer, reducing the carbon footprint and making agriculture more eco-friendly.
 2. **Product Differentiation**: Products developed with CT, such as faster-growing, larger plants, crops, and trees, could differentiate in the market as being more sustainable or efficient compared to traditional options.
### For New Product Developers:
 1. **Agri-products**: There is potential for creating a range of new agricultural products that incorporate CT, from seeds to growth mediums to plant nutrition systems, all marketed towards maximizing efficiency and sustainability.
 2. **Commercialization of CT**: Developers can look into commercializing coherence technology itself as a product or service for use in various agricultural and horticultural applications.
### General Benefits:
- **Food Security**: By making crops grow faster and larger, CT could help in addressing global food security challenges, especially in regions prone to food scarcity.
- **Economic Efficiency**: Increased yield from the same amount of input could mean higher economic returns for farmers and producers.
- **Educational Opportunities**: This technology also opens new avenues for educational programs focused on modern, sustainable agricultural practices, fostering a new generation of farmers and agricultural scientists.
Overall, improving agriculture and horticulture with Coherence Technology not only promises to enhance productivity and sustainability but also supports a broader shift towards more innovative and environmentally friendly agricultural practices.