Articles

Science has moved from the lab to the living room, empowering individuals to take control of their health. But with this access comes risk: misinformation, misinterpretation, and science-washing. In this article, we explore how access to science is reshaping the balance between healthcare and self-care, and why the future depends on using it responsibly.

Caffeine boosts alertness, but it can overstimulate the nervous system when used alone. L-theanine provides balance, creating calm focus, regulating neurotransmitters, and protecting circadian stability. Here’s why this synergy makes RISE different.

Caffeine fuels performance,  but timing is everything. Afternoon caffeine disrupts circadian rhythm, narrows recovery, and traps you in the fatigue cycle. Here’s the science behind smarter stimulation.

Performance is no longer about effort alone it’s about nervous system regulation. This piece explores the arousal continuum, neurodivergence, and science-backed protocols that expand the “window of tolerance,” helping us thrive in business, sport, and daily life.

Most meeting rooms weren’t designed for human biology. They were designed because “we need meeting rooms.” But in 2025, that’s not enough. Light, temperature, and circadian science now define whether a space supports or suppresses performance. Here’s why hospitality’s new frontier is building meeting rooms that truly perform.

Television is part of many people’s nightly wind-down, but its impact on sleep is more complex than most realise. Screen type, brightness, content, and timing all influence whether TV helps you relax or disrupts your recovery. This article breaks down the science — and practical strategies for building healthier pre-sleep routines.

Circadian rhythms are more than sleep–wake cycles, they are the foundation of human performance. From morning focus to evening recovery, your body runs on rhythm. This post explores the science behind circadian alignment, the costs of disruption, and how high performers and organisations are using rhythm to unlock clarity, resilience, and recovery.

Poor office lighting is more than an inconvenience, it disrupts circadian rhythms, drives fatigue, and fuels reliance on caffeine and alcohol. This article explores the science behind lighting, mood, and performance, and how circadian-aligned design can restore balance in the workplace.

Air travel exposes the human body to an environment unlike anything encountered on the ground. Cabins are engineered for safety and relative comfort, but the physiological stressors of altitude, including reduced oxygen availability, altered hormonal signalling, and extremely low humidity, create a perfect storm for dehydration. While jet lag and circadian disruption are often the focus of discussion, the physiological impact of altitude on hydration is a distinct challenge in its own right and demands targeted management.

Modern neuroscience confirms what ancient traditions have practised for millennia: the first few minutes after you wake up are biologically powerful.

Your brain doesn’t flick on like a light switch. It transitions, slowly and delicately, through a cascade of brainwave states.

Fasting is not simply a wellness trend; it is a deeply conserved biological behaviour observed across mammalian species. Feeding and fasting cycles in mammals are governed by circadian rhythms, the internal timekeeping systems that align physiological functions with the 24-hour light-dark cycle.

In health, as in early development, rhythm is not optional. It is foundational. From light exposure to nutrient timing, from wake cycles to sleep architecture, every major system in the body is governed by time, and when we ignore that clock, performance, mood, recovery, and resilience all suffer.