Neuralink says its clinical trial participants have now used its implants for over 50,000 hours, helping train a foundation model for brain-computer interfaces.

The system enables longer-lasting cursor control, faster calibration and a record 11.32 bits per second.

@futurism 🧬

⚛️ Scientists just made the quantum world inside a hydrogen atom visible.

For the first time, scientists have captured a visual map of an electron’s quantum state inside a hydrogen atom.

But it doesn’t look anything like a tiny particle orbiting a nucleus.

Instead, the image reveals a strange wave-like pattern, showing the quantum state that describes where the electron can be found.

A world that was once purely mathematical has now been given a visual form.

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🍄 Could a mushroom compound actually slow cellular aging?

A 2025 study found that psilocin, the active form of psilocybin, extended the lifespan of human skin cells by around 51% in laboratory experiments. The treated cells also showed signs associated with lower cellular aging and oxidative stress.

The researchers found another intriguing result in aged mice: psilocybin treatment was associated with improved survival.

These are early laboratory and animal findings, not evidence that psilocybin slows aging in humans. Human studies are still needed to determine whether anything similar happens in people.

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🧬Scientists may have found a way to “rewind” the age of human cells

Scientists have developed a technique called Maturation Phase Transient Reprogramming (MPTR) that can make old human cells behave more like younger ones without turning them completely into stem cells.

In experiments, researchers managed to push the biological age of human skin cells back by roughly 30 years according to certain molecular aging clocks.

The cells didn’t simply become “generic” young cells. After the treatment, they were able to regain their original identity as skin cells while showing several younger characteristics, including increased collagen production and improved movement.

In other words, researchers may have found a way to press pause on cellular identity while rewinding some of the biological changes associated with aging.

This was demonstrated in cells in the laboratory, not in humans. It doesn’t mean we can currently make a 60-year-old body biologically 30 again.

Still, the idea that aging cells can potentially be rejuvenated without completely erasing what they are could open a fascinating new chapter in aging research.

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Elon Musk thinks AI could eventually become a “star mind”

Elon Musk is looking beyond bigger AI data centers and straight toward space.

He says AI training will likely continue on Earth, but everyday AI inference could eventually move into orbit, powered directly by the Sun. Musk says his goal is to reach 10 gigawatts of AI capacity by the end of next year, depending on the economics of compute.

At a hypothetical $30–$50 in annual revenue per watt, Musk says 10 GW could represent roughly $300–$500 billion in yearly revenue.

Musk imagines humanity eventually building a “star mind”, potentially a vast, sentient AI system powered by the Sun. He connected the idea to physicist Nikolai Kardashev’s civilization scale, which measures civilizations by how much energy they can harness: first their planet, then their star, and eventually their galaxy.

In Musk’s view, moving AI into space could be part of that next step: turning the Sun’s enormous energy output into compute.

“We’re going to do it,” Musk said.

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🦾 The cyborg era is getting very real

MED-EL has launched TICI UNICO, which it describes as the world’s first commercially available totally invisible cochlear implant. The microphone is implanted under the skin.

Unlike conventional cochlear implants, there’s no external processor behind the ear. TICI UNICO places the microphone, sound-processing electronics, rechargeable battery and other components beneath the skin.

The system captures sound through the skin, converts it into electrical signals and delivers stimulation to the cochlea, allowing sound information to reach the brain through the auditory nerve.

It weighs around 20 grams and can run for up to 40 hours per charge. About an hour of charging can provide roughly a full day of hearing, and users can reportedly continue hearing while it charges.

It’s also designed for continuous access to sound, including during sleep, exercise and water-based activities. The technology has already undergone clinical testing.

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Sharpa robot with some amazing reflexes.

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⚠️A Glaucoma implant that slowly disappears

Scientists are testing PA5108, a tiny biodegradable implant that releases the glaucoma drug latanoprost directly inside the eye.

Clinical studies found meaningful reductions in eye pressure lasting for months, while the implant gradually biodegraded after releasing its medication. The goal? Long-lasting treatment without the daily-drop burden.

PA5108 is still investigational, so larger studies are needed to confirm its long-term safety and effectiveness.

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Elon Musk will officially co-lead a Pentagon project to map the future of warfare "without any creative limitations or restrictions."

War Secretary Pete Hegseth named Musk, Palmer Luckey and Newt Gingrich to lead "Project Meridian," a 120-day study of the weapons America will need "from under the earth to beyond the moon."

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🗣 Sundar Pichai on Elon Musk:

"Elon Musk's ability to will future technologies into existence is “unparalleled".

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📣 Sound just made a quantum jump

Scientists at Stanford University have observed something incredibly strange: a tiny mechanical resonator suddenly jumping between discrete quantum energy states.

The resonator’s vibrations were behaving like sound, but at the quantum level. These vibrations can be described as phonons, tiny packets of vibrational energy produced by the collective motion of many atoms.

What makes the experiment especially fascinating is that researchers were able to track these transitions directly, giving them a rare glimpse of mechanical motion following the bizarre rules of quantum physics.

The ability to observe and control these quantum vibrations could eventually prove useful for quantum computing, ultra-sensitive sensors and technologies designed to manipulate sound with extreme precision.

A microscopic vibration, a sudden energy jump, and another reminder that the quantum world plays by very different rules.

@futurism 🧬

👀 A contact lens that could see, sense and monitor your health

XPANCEO is developing a smart contact lens that packs a tiny display, wireless power, health sensors and wireless communication into a device designed to sit directly on the eye.

One of the biggest challenges is making the electronics thin and transparent enough to preserve normal vision. Researchers are working with ultra-thin transparent conductors, including gold layers only a few atoms thick.

The more fascinating part is what the lens could potentially detect. XPANCEO is developing technology that analyzes tears for certain biomarkers in real time, opening the possibility of monitoring aspects of health without conventional blood tests in some applications.

The company is also exploring lenses that could monitor glaucoma-related changes, track certain medications through tears and provide augmented-reality capabilities for aviation and space missions.

But this is still experimental technology. These applications aren’t yet routine medical tools, and the potential health benefits still need to be demonstrated in real-world clinical use.

XPANCEO says it plans to publicly demonstrate its fully integrated system in early 2027.

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Renowned AI Professor, Dr. Roman Yampolskiy, claims the universe is a simulation created to develop super intelligence and will soon be shut down.

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Three-meter-tall robot exoskeleton fights have become popular in Japan.

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‼️ The FDA is starting to take aging seriously

Aging and longevity are now moving onto the FDA’s regulatory science agenda.

At Harvard’s 2026 Aging Research & Drug Discovery meeting, FDA Chief Scientist Steven Kozlowski said aging and longevity will be highlighted in the agency’s upcoming FARS update, expected in 2027.

The challenge is huge: how do you prove a therapy actually slows aging without waiting decades?

Regulators are looking at two potential paths: showing that a treatment targeting aging biology reduces multiple age-related diseases, or demonstrating that it slows broader functional decline in areas like cognition, frailty, hearing, vision and physical performance.

Meanwhile, ARPA-H is putting $144 million into its PROSPR program to develop better ways to measure and treat age-related functional decline.

Researchers are increasingly trying to prove that we can extend the years people remain healthy and functional.

@futurism 🧬

🧠 Could scientists put your brain into “rest mode”?

Scientists are studying how sleep, anesthesia and other changes in brain activity can shift the brain into dramatically different states.

The question is whether those states could eventually be guided into a safe, controlled “rest mode”, potentially helping treat sleep disorders and neurological conditions.

The fascinating part is that deep rest doesn’t simply mean the brain switches off. Even when activity appears quiet, complex processes are still happening beneath the surface.

And scientists are only beginning to understand what the brain is actually doing while it rests.

@futurism 🧬