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Consciousness Begins in the Body, Not the Mind, Groundbreaking Study Finds. Could That Save Countless Coma Patients?

“I think, therefore I am,” René Descartes, the 17th-century French philosopher and mathematician, famously wrote in 1637. His idea was straightforward: even if your senses, the world, or your body deceives you, the very act of thinking proves you exist because there’s a thinker doing the thinking. Cogito, ergo sum, as the phrase goes in Latin, cemented the way the Western world would continue to define the self for the next 400 years—as a thinking mind, first and foremost.

But a growing body of neuroscience studies suggest the father of modern thought got it backward: the true foundation of consciousness isn’t thought, some scientists say—it’s feeling. A massive international study published in Nature late last month is further driving the theory forward. That means “I feel, therefore I am” may be the new maxim of consciousness. We are not thinking machines that feel; we are feeling bodies that think. And it’s more than a philosophical debate, too. Determining where consciousness resides could reshape life-or-death decisions and force society to rethink who, or what, truly counts as being self-aware.

The experiment used a rare “adversarial collaboration” model, bringing together scientists with opposing views to test two major theories of consciousness: integrated information theory (IIT) and global neuronal workspace theory (GNWT). Put simply, IIT says consciousness arises when information in the brain is deeply connected, especially in the back of the brain. GNWT argues that consciousness arises when the front of the brain broadcasts important information across a wide network, like a brain-wide alert.

Chimpanzee groups drum with distinct rhythms, research finds

New research from a team of cognitive scientists and evolutionary biologists finds that chimpanzees drum rhythmically, using regular spacing between drum hits. Their results, published in Current Biology, show that eastern and western chimpanzees—two distinct subspecies—drum with distinguishable rhythms.

The researchers say these findings suggest that the building blocks of human musicality arose in a common ancestor of chimpanzees and humans.

“Based on our previous work, we expected that western chimpanzees would use more hits and drum more quickly than eastern chimpanzees,” says lead author Vesta Eleuteri of the University of Vienna, Austria. “But we didn’t expect to see such clear differences in or to find that their drumming rhythms shared such clear similarities with human .”

Maximum lifespan and brain size in mammals are associated with gene family size expansion related to immune system functions

Kilili, H., Padilla-Morales, B., Castillo-Morales, A. et al. Sci Rep 15, 15,087 (2025). https://doi.org/10.1038/s41598-025-98786-3

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Berkeley philosopher challenges traditional views of love

“What if consciousness, like love, is the work of making relationships?” Alva Noë, chair of the philosophy department at the University of California, Berkeley, proposed at Stanford’s annual Presidential Lecture in the Humanities and Arts on Wednesday.

“Love names the work of opening up the world, the very labor of consciousness,” Noë said.

His talk at the Stanford Humanities Center went on to challenge philosophy’s traditional distinction between value and fact where it delimits questions about love and human perception, respectively.

What Causes Brain Depression? A Scientific dive into Depression and Anxiety

A Scientific dive into Depression and Anxiety.
In this video, we explore how depression affects the brain and uncover the science behind brain depression and anxiety. Backed by neuroscience and psychology, this deep dive reveals how depression rewires three major areas of your brain: the prefrontal cortex, hippocampus, and amygdala—and how these changes impact memory, mood, and decision-making.

If you’ve ever wondered what part of the brain is affected by depression, or how anxiety and depression are connected, this video explains it all—clearly and scientifically.

🌿 Why Watch This Video?
✔️ Understand the brain science behind depression.
✔️ Learn how depression and anxiety alter brain structure and function.
✔️ Discover healing methods like neuroplasticity, exercise, and therapy.
✔️ Boost your awareness of mental health and self-healing strategies.

📌 What You’ll Learn:
🔹 How the amygdala becomes overactive during depression.
🔹 Why the hippocampus shrinks, leading to memory loss.
🔹 How the prefrontal cortex struggles with focus and planning.
🔹 Ways to rewire your brain for emotional resilience.

📌 Timestamps:
00:00 – The Science of Depression 🧠
00:45 – How Depression Affects Decision-Making.
02:17 – Memory Loss & Brain Fog Explained.
04:03 – Anxiety & The Overactive Amygdala.
05:49 – How to Heal Your Brain Naturally.

💡 If this video helped you, drop a “🧠” in the comments & share with someone who needs it!