Focus - a combination of grapefruit and tarragon with ginseng and guaranaMind & Body - a blend of strawberry and hibiscus with ashwagandha and elderberryUnwind - a fusion of blueberry and lavender with ashwagandha and L-theanine

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Ashwagandha India Adaptogen Cacao France Aromatherapy Coconut Nectar Thailand Natural Sweetener Ginger California Superfood Himalayan Pink Sea Salt Pakistan Electrolytes Lemon Juice California Natural Preservative Lemon Verbena France Aromatherapy Moringa India Superfood Passion Fruit Vietnam Superfood Reishi Mushroom China Adaptogen Rhodiola Canada Adaptogen White Peach California Whole Fruit Vanilla Bean Madagascar Aromatherapy Yuzu Japan Aromatherapy

The most common process for creating water-soluble CBD and THC is nanoemulsion. This involves using ultrasonic waves to shatter molecules into dozens of tiny particles called nanoparticles, which are a fraction of their original size.

Creating water-soluble cannabinoids also requires the use of an emulsifier, which forces two typically incompatible substances (such as oil and water) to mix.

The nanoparticle cannabinoids need to pair up with water-friendly molecules (emulsifiers) to mix and stay suspended in a liquid.

The challenge is finding a suitable emulsifier that helps two liquids mix; typically, an emulsifier for this purpose includes food-grade carrier oils, alcohols, and preservatives.

When processed using nanoemulsion, water-soluble CBD and THC can be absorbed more efficiently than traditional edibles.

Due to this quick absorption process, consumers only have to wait minutes to feel “high,” instead of 30 minutes or over an hour for most edibles.

Developing the proper formulation for water-soluble cannabinoids is more laborious and scientifically-advanced, requiring a higher investment than other cannabis product development.

The First Room-Temperature Ambient-Pressure Superconductor