Explore the ingredients that create the ultimate brain blend without the caffeine, Qualia Mind Caffeine Free. Learn more now!
Find out what happened when we set out to make a great nootropic even better. Learn the differences between Qualia Mind Caffeine Free1.0 and Qualia Mind Caffeine Free 2.0.
Brain supplements (nootropics) can support the many dimensions of brain activity. This is an ultimate guide to the top researched brain supplements.
Learn the science behind using L-theanine as a natural way to support a calm state, mental clarity and relaxation.
Everything you need to know about the latest research to support nootropics and list of the best studied nootropics for focus, memory, and drive.
QUALIA FOCUS combines 14 ingredients that have been carefully selected to support alertness, attention, focus, memory, mood, and motivation. In this blog post, we’ll share some of the reasons why we included each ingredient and how individually they contribute to the overall nootropic experience.
Nootropics are substances that enhance cognitive function and performance. Nootropics have become increasingly popular in recent years but you might still have questions about the science surrounding nootropics. If so, this article is for you.
An in-depth view of the ingredients that make up the most comprehensive brain blend on the market, Qualia Mind. Learn more!
Ashwagandha is an Ayurvedic herb often referred to as “Indian ginseng.” Within this system of it was classified as a general tonic and strength promoting. Its uses included infusing energy and vigor in circumstances characterized by exhaustion or a lack of physical energy.
Choosing the optimal dose for a given ingredient in our formulations is a critical and nuanced topic, so we want to share a bit about the principles that help guide our decisions at Qualia. Our principles derive from complexity science—the science of complex adaptive systems—and guide how we factor research and approach formulation and dosing. They take into consideration scientific evidence on the change in effect caused by differing levels of exposure (i.e., the dose-response relationship), but they do this in a way that honors complexity.
