Reducing Digital Clutter for Clearer Learning
Digital clutter competes for limited attentional resources and triggers stress responses that interfere with optimal brain function during learning activities.
coding • tech • education • career • sustainability
Practical, research-backed insights on sustainable tech, ethical computing, and low-impact digital practices. Learn how to build smarter, reduce your environmental footprint, and use technology more intentionally.
Digital clutter competes for limited attentional resources and triggers stress responses that interfere with optimal brain function during learning activities.
Your internet habits contribute to approximately 3.7% of global greenhouse gas emissions, a footprint similar to the entire airline industry.
Green coding tools help you measure and reduce the energy consumption and carbon emissions of your software, making sustainability part of your process.
By combining proper physical care, regular software maintenance, and thoughtful battery management, you can extend your laptop lifespan reliably.
AI Sustainability: AI functions as a tool whose impact depends entirely on how we design, deploy, and regulate it.
By choosing energy-efficient components and optimizing your configuration, you can build a low-energy study that runs quietly and costs less to operate.
Right to Repair is a movement advocating for your legal right to fix and modify the products you own, without being going through the original manufacturer.
Adopting eco-friendly tech habits means making intentional choices about your devices and energy use to reduce environmental harm while often saving you money.
Data centers that power cloud storage consume massive amounts of electricity—accounting for roughly 2 percent of global carbon emissions.
App energy consumption refers to the amount of electrical power an application uses while running on your device, influenced by many factors.