Interesting developments on the Science front – courtesy of Facebook pages, ‘Doctor ASKY’, ‘Cosmos Curious’, ‘Ellevenshot’, ‘Cosmos Senerio’, ‘Astrophilesz’, etc… Although trials, experiments and studies show promise, I guess it will be some time yet before they are a reality.
What if consciousness isn’t something your brain creates, but a fundamental force of the universe — like gravity?
For decades, mainstream science has operated under the assumption of physicalism — treating the human brain like a computer and consciousness as mere software generated by firing neurons.
However, prominent neuroscientists like Dr. Christof Koch of the Allen Institute and Dr. Nicco Reggente of the Institute for Advanced Consciousness Studies are challenging this materialistic view.
They propose that consciousness is not a byproduct of biological hardware, but rather a fundamental building block of the universe, akin to gravity, mass, or spacetime. By comparing the brain to a radio receiver that interacts with an external signal rather than generating the broadcast itself, these researchers argue that our subjective experience is a gateway to a deeper, universal reality.
If this theory holds true, it completely reframes both cosmological puzzles and the human experience. Major scientific roadblocks — such as "the hard problem" of how physical matter creates subjective feelings — instantly dissolve if consciousness is accepted as foundational.
Instead of asking how matter produces the mind, researchers can ask how the mind structures itself into the appearance of matter. This paradigm shift could also revolutionize medical science, offering a new framework for understanding phenomena like near-death experiences.
If consciousness exists independently of our biological bodies, our final moments may not represent an ending, but rather a return to the fundamental fabric of the cosmos. – A Facebook post
Researchers have found new evidence that a viral infection may contribute to the development of Parkinson's disease. In the study, scientists used a naturally occurring virus that infects mice and found it produced brain changes and movement problems similar to those seen in Parkinson's disease. The virus triggered inflammation and damaged dopamine producing nerve cells, which are essential for controlling movement. These findings support the long standing idea that viral infections may act as one of several factors involved in the disease rather than being the sole cause.
Parkinson's disease develops when dopamine producing neurons gradually die, reducing the brain's ability to control movement. The researchers found that the viral infection activated immune cells in the brain and caused long lasting inflammation, creating conditions that damaged these vulnerable neurons. They believe viral infections may interact with a person's genes and other environmental factors, increasing the risk of developing Parkinson's years after the initial infection.
The research was conducted in mice, so it does not prove that viral infections directly cause Parkinson's disease in humans. However, the findings provide a valuable new model for studying how the disease begins and may help researchers develop future treatments that target inflammation and virus related brain damage. – A Facebook post by ‘Doctor ASKY’
A team of South Korean researchers has developed a promising technique that reprogrammed certain cancer cells back toward a normal-like state in laboratory experiments instead of destroying them.
By targeting the gene networks that control cell identity, the approach aims to reverse the cancerous behavior of cells rather than simply kill them. While the results are exciting, the research is still in its early stages and must undergo extensive testing before it could become a treatment for patients.
If successful, this strategy could open an entirely new direction in cancer therapy — transforming cancer cells instead of eliminating them. However, more studies and clinical trials are needed to confirm its safety and effectiveness in humans.
Could reprogramming cancer cells become one of the biggest breakthroughs in medicine? – A Facebook post by Cosmos Curious’
What if your oldest survival system has been quietly guiding your biggest decisions... all along?
Long before neuroscience discovered complex communication between the gut and the brain, ancient cultures spoke of a mysterious "inner knowing" that couldn't always be explained with words. Warriors trusted it before stepping onto the battlefield. Sailors relied on it while crossing unknown seas. Philosophers believed it was a form of wisdom hidden beneath ordinary thought.
For centuries, people dismissed these stories as superstition. Now, science is uncovering something surprisingly familiar. Your gut isn't just digesting food — it's constantly sending information to your brain, influencing how you perceive the world long before your conscious mind forms an opinion.
Maybe that's why certain places instantly feel safe... while others make you uneasy for reasons you can't explain. Maybe your body notices patterns your conscious mind hasn't caught up with yet. The real mystery isn't whether your gut is communicating — it's whether modern life has trained us to ignore one of our oldest guidance systems.
So here's the question history and science now seem to ask together: if your body has been whispering the truth before your thoughts even arrive... how many times have you mistaken that quiet signal for nothing at all? – A Facebook post by ‘Ellevenshot’
Researchers at Germany’s Leibniz Institute on Aging identified a mechanism linked to mitochondrial decline during aging: the gradual loss of a membrane lipid called phosphatidylcholine.
In aging worms and stressed human cell cultures, restoring phosphatidylcholine — or providing its precursor, choline — helped restore mitochondrial structure and function toward a more youthful state.
This does not mean that taking choline supplements can make humans biologically younger. The findings are an early research discovery, not a proven anti-aging treatment.
But the study points to a specific biological pathway that could potentially be targeted by future therapies designed to slow mitochondrial decline. The tiny powerhouses inside our cells may be more adaptable than scientists once thought. A Facebook post by ‘Cosmo Senerio”
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