What if the walls around you could quietly help protect your health? In this episode of The HumanWare Project, we explore a radical shift in how health can be understood, monitored, and supported - without wearables, cameras, or invasive tools. Dina Katabi, Professor of Electrical Engineering and Computer Science at MIT, reveals how everyday signals already moving through our homes can be used to detect subtle changes in breathing, sleep, mobility, and overall health. This conversatio...
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What if the walls around you could quietly help protect your health? In this episode of The HumanWare Project, we explore a radical shift in how health can be understood, monitored, and supported - without wearables, cameras, or invasive tools. Dina Katabi, Professor of Electrical Engineering and Computer Science at MIT, reveals how everyday signals already moving through our homes can be used to detect subtle changes in breathing, sleep, mobility, and overall health. This conversatio...
The Science of Calm: How Neurofeedback Rewires an Anxious Brain | Sophie Hascher
The HumanWare Project
34 minutes
2 months ago
The Science of Calm: How Neurofeedback Rewires an Anxious Brain | Sophie Hascher
What if your brain could learn to stay calm, the same way your body learns to grow stronger? In this episode of The HumanWare Project, Méline sits down with neurofeedback specialist Sophie Hascher reveals how we can train our brain to reach its flow state throuhg a variety of different methods.Through data-driven brain mapping, mindful awareness, and lifestyle adjustments like sugar reduction, Sophie explains how neuroplasticity allows us to reshape the patterns that keep us stuck in anxiety...
The HumanWare Project
What if the walls around you could quietly help protect your health? In this episode of The HumanWare Project, we explore a radical shift in how health can be understood, monitored, and supported - without wearables, cameras, or invasive tools. Dina Katabi, Professor of Electrical Engineering and Computer Science at MIT, reveals how everyday signals already moving through our homes can be used to detect subtle changes in breathing, sleep, mobility, and overall health. This conversatio...
