Plant Melody vs HeatonCA

Unlock the secret world of plants through the power of music with Plant Melody. Explore unique frequencies that serve as ‘acoustic nourishment’ for your plants. Our scientifically proven music application promotes plant growth and healing, as well as fostering a deep connection between humans and the natural world. Tune in with nature by playing carefully crafted sound frequencies directly to your plants or engage in plant meditation using our specially designed compositions to establish a deeper connection between you and your plants. Our specially composed frequencies help the plant to develop new leaves, nurture existing leaves, and grow healthier roots. The sound frequencies also help to combat dehydration and overwatering, provide stress relief, and contribute to overall plant health. Meditative music to nourish you and your plants We use sound frequency to stimulate human to plant interconnectivity. Every sound is regarded as a distinct character in the composition of the exclusive alphabet of the ‘First Plant Language’, a scientific creation of our own. Plants have developed a method of communication using special sequences. We actively involve humans in this interaction, reconnecting them with a primal dialogue and orchestrating a holistic sonic harmony with plants, drawing wisdom, energy, and tranquillity from the natural world. Plant Melody is the result of years of scientific research and by enabling sound for plants, you support our study of the world of botany and plant care, allowing us to develop this knowledge. Plant Melody includes original dedicated compositions to enhance the wellbeing of different plant groups, including orchids, succulents, ‘your best home green friends’ such as aloe, pilea, snake plant, and epipremnum, as well as cacti, and the queen of indoor jungles, the monstera. Plant Melody helps to: • Aid in the processes of flower formation, fruiting, and seed production. • Stimulate the flowering process, extending it and increasing the number of flowers. • Contribute to overall plant wellness • Stimulate the development of new leaves with healthy growth to their maximum size. • Stimulate the elongation of main and side shoots, which is crucial for the development of epipremnum and bamboo. • Enhance the plant's resistance to environmental stress. • Increase the plant's resistance to pest attacks. • Reduce stress after over or underwatering. • Support the development of primary, secondary, and tertiary roots, which contribute to better nutrient uptake from the environment. • Promote the development of aerial roots, which accelerate the above-ground growth of the plant (monstera, epipremnum). • Harmonize and balance the absorption of nutrients from the soil while simultaneously stimulating the plant and the soil microbiome. INFORMATION ABOUT THE APP AND PURCHASE OPTIONS By signing up, you will get access to subscription(s) that include features such as progress tracking, and offline sync. The download of Plant Melody is free of charge. Should you use Plant Melody to access in-app content via available subscription(s), a payment will be charged to your credit card after the trial period ends and when a subscription renews. A subscription renews automatically unless canceled at least 24 hours prior to the end of the subscription period. There is no increase in price when renewing. Subscription(s) can be managed and auto-renewal turned off in Account Settings in the App Store after purchase. Read our full Terms of Service and our Privacy Policy: https://passion.io/terms-of-service https://passion.io/privacy-policy

Evolve colorful cellular automata rulesets and view existing ones. A gallery of known cellular automata is built into this application, additionally you can evolve your own new rules. This application implements the algorithm described in the paper: Evolving continuous cellular automata for aesthetic objectives in Genetic Programming Evolvable Machines, Heaton, J. March (2018). You can try out three different rulesets provided by this program. For more details of the algorithm refer to the cited paper.