🔋 Ultrasound Tech Charges Implants Without Surgery

South Korean researchers have developed an ultrasound-based wireless charging system for medical implants like pacemakers — fully recharging in under 2 hours with no surgery required.

Using a new dual-layer piezoelectric module, the device captures nearly all ultrasonic energy, even what was previously lost. Tests showed a 140 mAh battery charged in 1h40min through 3 cm of water, and a 60 mAh battery in 1h20min through 30 mm of tissue.

🌐 Read more on TechXplore

📢 Neural connections in the fly: breakthrough research

Scientists have unveiled the first high‑resolution map of how motor neurons in the adult fruit fly’s ventral nerve cord (analogous to our spinal cord) connect to muscles controlling legs and wings.

✅ Using large‑scale electron microscopy, AI‑driven neuron segmentation, and genetically labeled tissues, they’ve reconstructed ~14 600 neurons and ~45 million synapses, creating a detailed motor‑neuron atlas .
✅ Modern nanotomographic imaging aligned with genetic markers allowed them to trace which motor neurons innervate specific wing and leg muscles, unlocking precise neural wiring during behaviors such as walking, take‑off, flight, and evasive maneuvers .
✅ They discovered that leg premotor circuits are modular: synaptic strength scales with motor neuron size, enabling hierarchical activation. Meanwhile, wing premotor circuits show flexible, non‑proportional wiring—ideal for dynamic steering and control during flight .

🧠 These fruit flies serve as a powerful model for understanding how central neural circuits coordinate movement with peripheral responses. The research combines cutting‑edge electron microscopy, advanced AI segmentation, and X‑ray tomography for an unprecedented neural wiring atlas. 🦋

🎥 See the process and visualizations in the video by Mr.Biyolog

The U.S. National Science Foundation has just unveiled a $100 million initiative to build a network of “programmable cloud laboratories” . These AI‑enabled hubs will let scientists design and run experiments remotely, with initial focus on biotechnology and materials science. The idea is to embed artificial intelligence across every stage of research — from planning and predicting outcomes to monitoring real‑time data and adjusting conditions, then speeding up analysis afterward .

The program plans up to six grants of $5 million per year for four years to universities, nonprofits and companies . NSF likens this to its historic investments in infrastructure such as NSFNET : a foundational move to accelerate automated science and keep the U.S. at the forefront of AI innovation.
Read more at: https://www.nsf.gov/news/nsf-invest-new-national-network-ai-programmable-cloud

#AI #CloudLabs #Science #Innovation

🩸 Artificial Blood That Saves Lives

A groundbreaking artificial blood product called ErythroMer can be stored for years and transfused to any patient — regardless of blood type — directly at the scene of an emergency. Developed in the U.S., this powder-based blood substitute only needs to be mixed with sterile water before use.

ErythroMer is made from hemoglobin extracted from expired donor blood, encapsulated in lipid nanoparticles that mimic red blood cells. This innovation could revolutionize emergency medicine and dramatically improve survival rates in critical situations. ✨

#Biotech #EmergencyMedicine #Innovation #ArtificialBlood
@Science

Automaker Geely has completed the deployment of its satellite constellation, successfully putting 11 communication satellites into orbit. 🌌

Though a recent initiative, it already has the potential to transform vehicle management. Owners will now be able to unlock and control their cars in the most remote locations using nothing more than a modern smartphone, such as one from Huawei.

Neural Network That Predicts Your Reaction to a Video

Meta has developed a unique neural network called TRIBE, capable of predicting how your brain will respond to a video — even before you hit the play button, and without any brain scanning!
This 1-billion-parameter model analyzes video, audio, and text to precisely determine which areas of the brain will be activated.

TRIBE was trained on 80 hours of TV shows and movies, enabling it to correctly predict more than half of brain activity patterns across 1,000 brain regions. It performs especially well with multisensory information — where vision, sound, and language interact — outperforming traditional models by 30%.

Interestingly, the system showed high accuracy in the frontal lobes, responsible for attention, decision-making, and emotional reactions to content. This opens new possibilities for developing methods aimed at maximizing viewer engagement at the neural level — which could make “doomscrolling” even more addictive.

In short: input — a video; output — information on which brain regions will light up. Multimodality really amplifies the effect!

https://github.com/facebookresearch/algonauts-2025
https://arxiv.org/abs/2507.22229

@science

💊 MIT researchers use AI to fight drug-resistant bacteria

Scientists at MIT are turning to generative AI to outsmart one of the greatest medical threats of our time — antibiotic resistance.

🔬 Instead of searching traditional chemical libraries, the team generated over 36 million hypothetical molecules and screened them using graph neural networks, which analyze atoms and bonds as interconnected graphs.

⚡ Key results:
• 24 molecules were selected and synthesized
• 7 showed strong antibacterial activity
• 2 proved so effective they cured infected mice

🧪 The top candidates are NG1 and DN1:
• DN1 successfully eliminated MRSA skin infections in mice
• NG1 wiped out drug-resistant gonorrhea

💡 What makes this breakthrough unique is how AI opens entirely new “chemical space,” beyond the reach of existing catalogs — giving scientists a way to discover novel compounds faster and more cost-effectively.

MIT researchers believe this approach could spark a “second golden age of antibiotics.”

📌 Read more: MIT News

@Science #AI #Biotech #Antibiotics #DrugResistance

🌀 AI Reinvents Gravitational Wave Detection

At Caltech, physicists are pushing the boundaries of how precisely we can measure gravitational waves — tiny ripples in space-time caused by black hole collisions and other cosmic cataclysms. Their tool: the LIGO detector, capable of spotting changes smaller than a billionth of an atom. Yet even LIGO has limits.

This year, researchers turned to AI-driven optimization. Instead of conventional symmetric designs, the algorithms proposed bizarre, seemingly chaotic setups — almost like “hallucinations.” After months of testing, one such design boosted LIGO’s sensitivity by 10–15% — a breakthrough that could accelerate discoveries for years to come.

Inspired by this success, a team at the Max Planck Institute created an AI named Urania to design new optical configurations. Not only did it find better solutions, it also rediscovered a forgotten Soviet law from the 1970s, impossible to implement back then — but finally realized in 2025, thanks to AI. 🚀

We may truly be entering a new era of physics.

🔗 Read more on WIRED

#AI #Physics #GravitationalWaves #LIGO

🌊 The Great Mobula Ray Migration

From April to August and November to January, the coast of Baja California, Mexico, witnesses a breathtaking natural spectacle: the mass migration of mobula rays.

These elegant creatures travel in vast groups, chasing seasonal blooms of plankton and seeking suitable breeding grounds. The sheer scale and beauty of these migrations make them one of the ocean’s most mesmerizing events.

#MarineBiology #Oceans #Wildlife #Nature #Science

🧬 AI just made proteins that can turn back cellular aging 50× faster

OpenAI created proteins that rejuvenate cells 50× more effectively

OpenAI, together with Retro Biosciences, developed a new model — GPT-4b micro — designed for protein engineering.

The model helped create new variants of the Yamanaka factors — proteins that turn ordinary cells into stem cells.

Result: a 50-fold improvement in reprogramming efficiency compared to natural proteins.

The new proteins, RetroSOX and RetroKLF, differed from the originals by over 100 amino acids, yet worked better in 30–50% of cases.

Most importantly — they showed improved ability to repair DNA damage, which is directly linked to cellular rejuvenation.

In experiments on human fibroblasts from donors over 50, within just 7 days more than 30% of cells began expressing pluripotency markers.

Forget Ozempic. In a couple of years, we might be injecting lifespan extensions instead.
Like in the movie In Time.
Let’s just hope it doesn’t end like The Substance. :)

#OpenAI #Longevity #Biotech

@science

🚀 A New Moon of Uranus! 🌑🪐

Using the James Webb Space Telescope, astronomers have discovered a brand-new moon orbiting Uranus, temporarily designated S/2025 U1.

If its reflectivity is similar to Uranus’s other moons, the newcomer is about 10 km across.

In this animation from Webb’s observations, you can spot the newly found moon, along with 13 of Uranus’s 28 known moons — and of course, its rings. The sequence captures about 6 hours of real time.

#Astronomy #JamesWebb #Uranus #Space

China’s Lunar Ambitions 🌕🚀

China is aiming to land astronauts on the Moon by 2030! Recently, the country successfully tested the launch and landing of its new lunar lander Lanyue.

To simulate lunar gravity, engineers used special cables that offset Earth’s pull, allowing the lander to practice touchdowns on an artificial lunar surface.

The Lanyue module is designed not only to carry two astronauts but also to deliver scientific instruments to the Moon’s surface.

#Space #China #Moon #Exploration #Science

📷 Jayaprakash Joghee Bojan

🌍 Earth’s seasons are out of sync

Satellite data reveal that Earth’s seasons don’t line up the same across regions. In places like Mediterranean climates and tropical mountains, plants show different growth cycles — sometimes even just a valley apart.

This mismatch could shape ecosystems, agriculture, and even evolution, as species adapt to out-of-phase seasonal rhythms.

🔗 Read more on ScienceAlert

🚀 Microsoft unveils an analog optical computer (AOC) for AI!

A team of four Microsoft researchers spent four years developing this breakthrough system, capable of solving AI tasks using simple LEDs—like those in smartphones.

🔑 Key highlights:
• ⚡ 500 tera-operations per watt — over 100× more efficient than NVIDIA’s H100
• ⏱️ One iteration in just 20 nanoseconds
• 🔋 Only 2 femtojoules per operation
• 🌡️ Runs at room temperature using micro-LEDs

The AOC combines analog electronics with 3D optical architectures, performing matrix multiplications optically, while complex calculations remain on silicon.

✨ Advantages over quantum computing:
• ✅ 100% accuracy on binary tasks, 95%+ on mixed tasks
• ⚖️ Quantum systems manage only 40–60% on similar problems
• 🏆 Beat records from the QPLIB benchmark, solving optimization tasks with 500+ binary and 10,000+ continuous variables
• No cryogenics needed — works at room temperature!

The race is on: which will reach the market first — optical or quantum computing?

#Microsoft #OpticalComputing #Photonics #AI

Comets are usually imagined as much smaller than they really are.
Here’s the actual scale of comet 67P/Churyumov–Gerasimenko — the one visited by the Rosetta spacecraft. 🚀✨

Unique NASA Images of Solar Flares

NASA has released rare, high-resolution images of solar flares with unprecedented detail. ☀️🔭

@science

🚀 Chinese scientists have created a DNA cassette tape with a staggering 36 petabytes of storage!

Instead of magnetic tape, this breakthrough uses synthetic DNA molecules to encode digital data through sequences of A, T, C, and G — the letters of life itself.

Highlights:
• Up to 1,570 addressable sections per second
• Rewind & fast-forward functions, just like classic cassettes 🎶
• Built-in error correction with Reed–Solomon codes for data integrity
• Market forecast: from $93M in 2024 to $3B by 2030

The future of storage may fit inside a strand of DNA — and yes, one day our smartphones might carry genetic labs just to keep all our memes safe. 🧬💾

#DNA #Storage

🔗 Read more

@science