Any way we can boost mitochondria helps us to increase the longevity of our cells and support energy production. Here we explore temperature and light therapy to improve mitochondrial health and support healthy aging.

Mental fatigue lies at the core of motivating yourself to hit the gym and to give the extra push in your athletic performance. In Workout Motivation: The Science of the Brain's Role in Exercise we broadly introduced the importance of our mind for exercise performance. The interconnectedness between the brain and body means many markers of physical performance are modulated by our mind.

Here we focus on mental fatigue, introduce you to some of the fatigue models (how scientists believe the brain is operating), explain willpower and self-control and how they interact with workout motivation, and provide actionable tools to help you follow through on a workout program.

It is clear that exercise influences the mind, but can optimizing the mind influence exercise performance? We explore the foundation of optimizing workout motivation. Read on to learn how to identify some of the key mechanisms that modulate athletic performance, the connection between the body and the brain, and how you can get the most from your workout program.

In this article we’ll be covering the “big picture” when it comes to NAD. We’ll be doing a deeper dive on specific topics we introduce in this article in subsequent articles in this series. As you go through this series of articles please keep in mind that, like other molecules in the body, NAD+ is a means to an end. We don’t care about NAD+ on its own; we care about it because of what it allows cells to do. 

It's that time in January where we need a boost in our New Year's resolutions. At the end of last year, one of our co-founders, Daniel Schmachtenberger, put together a strategy and list of his favorite resources for creating successful New Year’s Resolutions, or better yet, life planning in general. Daniel joins us again in this article to explore his dharma definition and how to use this dharma inquiry to explore your own unique life path.

In our earlier articles in our guide to fasting series (How to Fast, What to Expect While Intermittent Fasting, and Anti-Aging Benefits) you learned the science behind fasting, the underlying mechanisms that provide benefits, and how to start. In Is Fasting Good for You? Q&A on Fasting we focus on five of the most pressing questions we believe members of the Neurohacker Collective community are interested in learning.

In Silicon Valley, the hub of anti-aging research and funding, countless entrepreneurs and high-profile celebrities use fasting to combat the effects of aging. In Anti-Aging Benefits of Fasting, we will explore the mechanisms that create these fasting benefits. This part is more scientific than the others, but we emphasize only crucial components in an easily digestible format.

One of our co-founders, Daniel Schmactenberger, shares his favorite resources for creating successful New Year’s Resolutions, or better yet, a life planning template.

In What to Expect While Fasting we explore how some biohackers are using traditional caloric restriction, some of the purported benefits, and what you can expect. This provides more in-depth context for fasting and how you might be able to apply it in your life.

During the season of holiday feasts, the Neurohacker Collective team and community seem compelled to explore fasting benefits. In this article we approach the big picture of fasting and historical background of the early research. Even though the benefits of fasting have been studied for over a hundred years, traditional calorie restriction of decreasing calories by 15 - 40% has not been sustainable long-term.

The amount of time we live is called lifespan. The length of time that a person is healthy and functional—not just alive—is called healthspan. Scientific understanding in these areas is advancing rapidly. Below are 12 things the collective thinks will help on your journey to a longer healthier you. 

Neuroplasticity, the nervous system's adaptive capabilities to change itself over a lifetime, is a fascinating subject. Join us as we dive deep into the science behind neuroplasticity, the role environment and behavior plays in the neurogenesis process, and how to support the biochemical processes that drive neurogenesis.

This article goes into great detail about the design and formulation process of our product Qualia Mind which was designed to promote a sustained improvement across the whole pallet of objective capacities and subjective states that contribute to optimized, creative, productive flow states. In this article, we want to share how individual ingredients stack together toward supporting those goals.

Qualia nootropics were designed to promote a sustained improvement across the whole pallet of objective capacities and subjective states that contribute to optimized, creative, productive flow states. This goal required factoring many creative-productive capacities simultaneously. 

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 Neurohacker. 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.

Find a successful person and you will find a structured morning routine.

Shawn Ramer, PhD joins ranks as Senior Vice President of Product Development; Gregory Kelly, ND signs on as Lead Product Formulator; Sara Adães, PhD expands research duties

Acetylcholine is a neurotransmitter and neuromodulator (i.e., a messenger molecule released by nerve cells to signal and regulate other nerve cells). It plays important roles in cognitive function, most notably, in the neural mechanisms of memory.1 In addition to this memory function, acetylcholine is involved in supporting alertness, attention, and learning. It is also responsible for the neuromuscular junction. It helps skeletal muscle contract and has many health benefits.

Glutamate is the most abundant neurotransmitter in our brain and central nervous system (CNS). It is involved in virtually every major excitatory brain function.

From air and water filters, to therapy lights, to exercise tools this list has a little of everything for neurohackers.

Dopamine is one of the main neurotransmitters in the brain. It is most commonly recognized for its role in reward, motivation, and pleasure, but also plays a crucial part in modulating focus, motivation, cognitive flexibility, and emotional resilience. In addition to these creative-productive capacities and states, dopamine is one of the main regulators of motor control and coordination of body movements. 

Huperzine A is commonly used as an ingredient in nootropic supplements and is found naturally in Chinese club moss Huperzia serrata, from which the nootropic gets its name. 

A great example of a nootropic that has a lot of benefits, but isn’t examined closely is pyrroloquinoline quinone. While many may focus on the surface level benefits from taking it, understanding how it works reveals the full impact it can have on the human body.

D-calcium pantothenate is a form of pantothenic acid, or vitamin B5. Found in plants and animal tissues as well as cereal grains, eggs legumes, and milk. Most known for protecting cells against peroxidative damage by increasing the level of glutathione--an important compound aiding in the oxidation-reduction of cells. 

Artichoke extract, sometimes called artichoke leaf extract, has all the benefits of artichokes in a concentrated form. Artichoke extract offers a wide range of benefits. Let’s start by looking at some of the nootropic benefits.