IBM just unveiled a sub-1 nanometer chip breakthrough.
That honestly wasnt on my bingo card.
Its new 0.7 nm / 7 angstrom technology uses a 3D "nanostack" transistor architecture to vertically stack and stagger transistors.
IBM says it can fit nearly 100 billion transistors onto a chip the size of a fingernail, almost 2x the density of its 2 nm chip from 2021.
• up to 50% more performance
• or 70% better energy efficiency
• 40% SRAM scaling for AI workloads
Important caveat: this is still research, not a chip shipping tomorrow. IBM says production could happen as early as the next 5 years.
#BREAKING 🚨 BOOOOM 💥💥
Billionaire JACK DORSEY has done it again! His app BITCHAT lets users SEND BITCOIN WITHOUT THE INTERNET! This is next-level tech for the crypto world!
WHAT A GAME CHANGER! 🎉
🚨TESLA JUST FOUND A WAY TO BUILD THE WORLD'S BIGGEST AI SUPERCOMPUTER WITHOUT BUILDING A SINGLE DATA CENTER
The answer was sitting in millions of driveways the whole time… your parked car.
The entire AI industry has hit a wall.. And it's not chips.. It's power..
Building AI data centers now means waiting years for grid connections.. The Stargate project from OpenAI and Oracle is spending up to $500 billion to build 7 gigawatts of capacity.. And it'll take years to come online..
Tesla just realized it already has 7 gigawatts.. Sitting in its Supercharger network.. Already built.. Already connected to the grid.. Already permitted..
So on June 18, 2026, Tesla quietly filed a trademark for something called MEGAPOD.. Modular AI data center hardware designed to drop straight into existing Supercharger sites..
No land to buy.. No years-long grid queue.. No new power plants.. They just bolt compute onto infrastructure they already own..
But that's the small idea..
Here's the radical one..
The average car sits parked and unused about 95% of its life.. And every modern Tesla already has a powerful AI chip inside it.. Built for self-driving..
So Tesla wants to link millions of parked cars into one massive distributed supercomputer..
The math is staggering.. If Tesla hits 100 million vehicles, and each contributes about 1 kilowatt of compute.. That's 100 gigawatts of AI processing power..
That dwarfs every data center on earth combined.. And the real estate, the power, and the cooling were all already paid for.. By the people who bought the cars..
Your Tesla is liquid-cooled.. Plugged in overnight.. Doing nothing.. It's basically a sleeping computer in your garage..
And Tesla's plan is to let you rent it out..
Owners could earn passive income, free Supercharging, or discounts on Full Self-Driving in exchange for leasing their car's idle computing power while they sleep..
Your car stops being a depreciating asset.. And starts earning money while parked..
This is the part competitors can't copy..
OpenAI has to spend half a trillion dollars and wait years for power.. Tesla already has the grid connections, the batteries to stabilize them, the chips, and millions of cooled computers sitting idle in driveways worldwide..
Everyone else is trying to build a giant brain in one place..
Tesla is turning the entire planet into one.
Croatian freediver Vitomir Maričić achieved one of the most extraordinary feats in human history by holding his breath underwater for 29 minutes and 3 seconds, a new Guinness World Record.
Experts had long considered such a duration impossible. While a trained dolphin can typically hold its breath for 8–10 minutes and most humans can barely manage one or two, Maričić remained completely still underwater for nearly half an hour on a single breath.
The attempt pushed his body to extreme limits. As the minutes passed, powerful contractions wracked his diaphragm and his organs endured intense physiological stress. Yet through years of rigorous training, mental discipline, and specialized breathing techniques, he stayed calm and focused until the end.
What makes this record even more impressive is Maričić’s purpose. He didn’t do it for fame or personal glory, he used the achievement as a powerful platform to raise global awareness about ocean conservation, marine protection, and the urgent threats facing our oceans.
A stunning demonstration of human potential and a heartfelt call to protect the planet’s most vital ecosystem.
👽 Chief Golden Light Eagle was one of seven Sundance Chiefs for the Yankton Sioux Tribe. The Star People have been here “for a long time.”
“In our language we didn’t have words for UFOs or aliens... we had a word... the Star Nations.”
“Raise yourself to a certain level of spirit so you can communicate... so you can touch their world..."
Ancient Star Knowledge and modern UAP/NHI are speaking the same truth, “There are levels... other planes of existence,” all viewed through different cultural lenses.
Insane, Yeah he really did it, he made a RAM at home in his backyard shed.
While big tech cries about RAM shortages Man builds functional DRAM from scratch using homemade sputtering and lithography tools.
20-bit memory cell array, 12pF capacitance.
Turned it into a legit Class 100 cleanroom and fabricated memory cells himself. 5x4 memory cell array fabricated,This is the first RAM ever made at home.
Drug lab vibes, semiconductor god mode.
MidJourney just announced... a full body ultrasound! Yup... read on because it's as crazy as it sounds.
"As powerful as MRI and as casual as a trip to the spa"
They are calling it "the @midjourney scanner"
Insane details:
- First, the scale. The device uses 8,960 individual transducers arranged in a ring around your body
- The precision is the most jaw-dropping part: it resolves motion at the picometer range. It can image internal tissues finer than the width of an atom. We are talking sub-atomic level diagnostic capability
- The compute requirement is massive. The system processes 17 gigabytes of data per second.
It takes 40GB of raw data to reconstruct just one cross-sectional slice. And they are planning to scan 100 slices?
- Midjourney claims that fewer than 12 of these machines could perform more full-body scans than every MRI machine on Earth combined.
Welcome to the future of healthcare!
Not only these scanners are announced, they will exist in a "Midjourney SPA" - with hot tubs, saunas, cold plunges, and 9-10 whole body scanners.
IN 2009, LUC MONTAGNIER — THE MAN WHO DISCOVERED HIV — PROVED THAT DNA TELEPORTS ITSELF THROUGH WATER USING ELECTROMAGNETIC SIGNALS. HE WON THE NOBEL PRIZE. THEN HE WAS EXILED FROM FRANCE.
Luc Montagnier won the Nobel Prize in Medicine in 2008 for discovering HIV. He was the most decorated virologist in France. He had spent 50 years at the Pasteur Institute. He was untouchable.
Then he touched the wrong subject.
In 2009, Montagnier conducted an experiment that broke the laws of molecular biology as they are currently taught. He took a sealed test tube containing a fragment of bacterial DNA dissolved in water. He placed it next to a second sealed test tube containing nothing but pure, sterilized water. No DNA. No contamination. Nothing.
He exposed both tubes to a weak electromagnetic field at 7 Hz for 18 hours.
Then he performed PCR amplification on the pure water — the tube that never contained DNA. The water produced a DNA sequence. The same sequence that was in the other tube. With 98% accuracy.
The DNA had not physically moved between the tubes. No molecules crossed the barrier. What crossed was an electromagnetic signal. The DNA in tube one emitted a frequency. That frequency was transmitted through the electromagnetic field into tube two. The water in tube two received the signal and organized itself into the corresponding DNA structure.
DNA teleportation. Through frequency. Through water.
Montagnier published the results. He presented them at conferences. He stated publicly that Benveniste — the scientist destroyed for claiming water has memory — was correct all along. He said the future of medicine is electromagnetic, not chemical.
France turned on him overnight.
His colleagues at the Pasteur Institute distanced themselves. The French media called him a pseudoscientist. The man who discovered HIV — who had been celebrated as a national hero for 25 years — was treated as if he had lost his mind.
Montagnier left France. He moved to China, where Jiao Tong University gave him a laboratory and funding to continue his research. He said in an interview: "I cannot do this work in France. There is a kind of intellectual terror from people who do not understand."
A Nobel Prize winner. Exiled from his own country. For proving that DNA communicates through electromagnetic frequency and that water is the medium.
Think about what his experiment means. If DNA emits a signal that can be captured by water and reconstructed into a physical genetic sequence, then your body is not just a collection of molecules. It is a broadcasting system. Every cell in your body is transmitting its genetic information electromagnetically into the water that surrounds it. And that water is receiving, storing, and retransmitting the signal to every other cell.
Your body is a self-organizing electromagnetic network that uses water as its communication medium. Disease is not a random breakdown. It is a corrupted signal propagating through a water-based network. Fix the signal. The network corrects itself.
Montagnier knew this. He proved it. He had the Nobel Prize to protect him. And it was not enough.
He died in 2022. The obituaries mentioned HIV. Almost none mentioned the experiment that defined his final decade. The experiment that proved biology is electromagnetic. The experiment that terrified an industry built on the assumption that it is not.
The signal is real. The water remembers. And now, so do you.
🔔 A Nobel Prize was not enough to protect the truth. But millions of people sharing it is. Share this now.
🎩QuantumMedicineNews
This model handles configuration changes that break most CAD: change the number of control surfaces and the fuselage reshapes, the rotation planes avoid it, the actuators follow, and the inner structures morph to match. Built on curve, functions, and implicits.
Live walkthrough: https://t.co/Y4FZRANdex
We registered the AI agent itself with the SEC as an investment advisor.
It has your complete context on your portfolio and account history. Speak to it in plain English to take action on your account. It will even prompt you with ideas you hadn’t thought of.
An IBM mathematician spent 3 years convinced he was the worst programmer at his company at work.
He built to escape that embarrassment became the first high-level programming language in history. Every line of code running on Earth today traces back to that one act of shame.
His name was John Backus.
He was born in 1924 in Philadelphia, the son of a wealthy stockbroker who expected him to follow the same path. He failed out of the University of Virginia. He dropped out of Haverford College. He enrolled in a medical program in the Army and decided he hated medicine. He spent years doing exactly nothing the conventional way.
Then one afternoon in 1945 he walked past a radio repair shop in New York and got talking to the owner and ended up building a radio from scratch in the shop's back room. Surprising thing is he had never done it before. He stayed for hours. When he left he knew what he wanted to study.
He taught himself mathematics and got into Columbia. From Columbia he walked into IBM in 1950 with a degree and no idea what he was doing.
He learned to program on machines that had no business being programmed. IBM computers in 1950 spoke in machine code. Raw binary. Every instruction written as a string of ones and zeros that told the hardware exactly which switches to flip. There were no shortcuts. No syntax. No vocabulary a human brain could hold in its head.
The programmers who were good at it held the entire machine inside their minds. They saw the binary and felt the logic. Backus could not do this. He wrote programs that were slow, tangled, and embarrassing next to what his colleagues were producing. He was not the worst programmer at IBM. But he believed he was, which amounted to the same thing.
He started building a tool to help himself. Not out of ambition. Out of humiliation.
The idea was simple to the point of seeming naive. He wanted to write mathematical expressions in something that looked like mathematics, not machine code, and have the computer translate them automatically into the binary the hardware needed. He called the project a "formula translation" system. His colleagues thought it was a nice idea that would never work.
The problem everyone could see was speed. Machine code written by a skilled human would always run faster than code generated by an automatic translator. The translator had to make guesses. Guesses meant inefficiency. Inefficiency meant the whole project was a toy.
Backus spent three years proving them wrong.
In 1957 IBM released FORTRAN to its customers. The first compiled programming language in history. The translator Backus built was so efficient that the code it generated ran at speeds within 20 percent of hand-written machine code. Not a toy. Not a curiosity. A working tool that let scientists and engineers write programs in expressions their own minds had generated, and watch the machine execute them.
The adoption was immediate and total. Scientists who had spent careers translating their equations into machine code by hand were suddenly writing programs in hours instead of weeks. Labs that had used IBM machines for narrow tasks started using them for everything. The market for computing changed overnight.
Then something happened that nobody predicted. Other people started building other languages using the same idea. COBOL. LISP. ALGOL. BASIC. Every language built its own translator using the architectural logic FORTRAN had demonstrated. The idea that a computer could read something resembling human thought, rather than the other way around, was now a proof of concept that anyone could extend.
Every programming language that has ever existed was built on the answer to the question Backus asked because he was ashamed of the code he was writing.
He won the Turing Award in 1977. The committee citation said his work had made it possible for more people to use computers for more things than any other single development in the history of computing.
He said in the acceptance speech that he had not set out to change computing. He had set out to stop writing bad code.
The gap between what you are bad at and what you are trying to fix is usually where the real invention lives.
🔔ICYMI: A controversial deal in the U.S. could fundamentally rewrite internet freedom as we know it.
The congressional deal would trade the deregulation of artificial intelligence for unprecedented federal censorship powers.
A high-stakes compromise is quietly brewing in Washington as the White House negotiates with congressional leaders to fundamentally reshape the digital landscape.
Under the proposed deal reported by Axios, the federal government would strip states of their authority to regulate artificial intelligence—effectively halting progressive state-level efforts to hold tech companies accountable and restrict energy-heavy AI data centers.
In exchange, lawmakers would push through three major federal censorship bills: the Kids Online Safety Act, the NO FAKES Act, and a federal online age verification mandate. While framed as common-sense protections for minors, civil liberties advocates warn these measures represent an unprecedented expansion of federal control over online speech.
The backlash to this legislative trade-off cuts across typical political lines. Even conservative-backed organizations like the Foundation for Individual Rights and Expression (FIRE) have issued stark warnings, declaring that the package would dismantle the internet as we know it by empowering the Federal Trade Commission to dictate acceptable online speech.
Opponents argue that enforcing these rules would effectively eliminate online anonymity, while giving the administration an incredibly powerful tool to censor dissenting political views and control what users see on major platforms like Instagram.
As the White House maneuvers to secure congressional backing, Americans are left facing a troubling dilemma: the long-sought-after regulation of big tech and AI may come at the direct cost of their fundamental constitutional rights to free expression.
Source: Wilkins, J. (2026). Trump Moves to Deeply Censor the Entire Internet. Futurism.
Everyday my thesis gets more wind in its sails.
These new material experiments basically demonstrate wht I have said for 25 years, that intense, chiral light (melanin) can induce a macroscopic magnetic dipole moment within a material without any external magnets.
These are ideas @hubermanlab will never see because of his biochemical myopia.
I swallowed a miniature computer
drew my blood six times
sat in a 200°F dry sauna for 56 min
felt like I was going to die from the heat
and paid $21,093 for specialty biomarkers…
To ask a question: do sauna benefits depend on time, or body temperature?
This experiment has never been done before.
Results:
1) Sauna benefits depend on how hot your body gets, not how long you sit in the sauna
2) Heat shock protein 27 (HSP27), one of the molecules that drives sauna's longevity benefits, only switched on when my core body temperature held above 102.2°F (39°C) for about 15 minutes.
3) Reaching that took 56 minutes at 200°F (93°C), with ice on my face, neck, and groin.
4) This challenges the generic advice that 20 minutes of sauna is enough.
What this means for you:
1) The standard advice of 20 minutes at 176°F (80°C) is a floor, not a ceiling. The bigger benefits sit further up the curve, in longer and hotter sessions. If you can tolerate more, more likely helps.
2) Skip the cold plunge right after the sauna. My core body temperature kept climbing for several minutes after I left the sauna, so much of my time above the activation threshold happened post-exit. Cold plunging cuts that window short.
3) Population level studies point in a direction but cannot tell you what is happening inside your own body. Continuous core temperature tracking can.
Here is the experiment explained
A brief background first. Heat shock proteins (HSPs) are believed to be the enablers of sauna based longevity benefits. You can think of them as a clean up crew that travels through your body removing misfolded proteins and cellular debris. When you get really hot, like in a sauna, you generate a lot more of them. A tsunami of clean up crews unleashed inside your body.
There are many types of HSPs. We focused on HSP27 in this experiment because of its high value longevity benefits:
1. Calms harmful inflammation through a controlled signaling pulse, driven by IL-10
2. Protects arteries by blocking the damaged cholesterol that builds up into plaque
3. Helps the body grow new blood vessels over time
4. HSP27 is one of the first proteins your body makes when it gets hot, which makes it a clean signal of how hard the sauna session actually worked.
We saw initial signs of biomarkers of these benefits also turned on alongside HSP27, with enough time above the activation threshold.
I ran three sauna sessions, holding sauna temperature, my meticulous morning routine, and every other variable constant. We measured HSP27 activation and release (along with scores of other biomarkers) in my serum after each session. I swallowed a temperature capsule about the size of a vitamin pill. As it traveled through my body, it sent a reading of my core body temperature every 30 seconds. That continuous, real time data from inside the body is what no prior study has had.
The 102.2°F (39°C) core temperature threshold for HSP activation has been established in the research literature for years. Dry-sauna users have never been able to act on it because they had no way to track their core temperature during a session. An end-point thermometer cannot tell you how long you held above threshold, and the duration is the dose. Which is why we chose to use real time tracking.
The findings across the three sessions.
Two of the three sessions pushed me well past the threshold. In one, I spent 14.7 minutes above 102.2°F (39°C), with a peak of 102.87°F (39.37°C). In the other, I spent 15.8 minutes above the threshold, with a peak of 102.81°F (39.34°C). After both, HSP27 in my blood rose sharply.
The third session (the middle one in the figure) was different. I only spent 5.1 minutes above 102.2°F (39°C), with a peak of 102.34°F (39.08°C), barely above the threshold. HSP27 did not respond. The reading actually dipped slightly, but the change was too small to count.
Two things separate the responder sessions from the non-responder. The first is time above the threshold: 14.7 and 15.8 minutes versus 5.1 minutes. The second is peak core temperature: 102.87°F (39.37°C) and 102.81°F (39.34°C) versus 102.34°F (39.08°C). Either, or more likely both, are driving the response. Future sessions will help us figure out how much each one matters.
Within my body, holding all other variables constant, the central heat shock protein response is a direct function of the heat dose delivered to the body's core.
No prior study has done this. Earlier sauna research used a single thermometer reading at the end of the session, not continuous tracking. The studies that used continuous tracking used exercise, not dry sauna. None had a matched negative control like my session three. And all reported only cohort averages, not what happened inside one body.
What this means for the body
Once HSP27 is released into circulation, it signals to cells throughout the body and drives the four mechanistically proven downstream benefits listed above. All four are supported by my long-term sauna data, the population literature, and mechanistic studies. My acute post-session measurements hint at each being engaged.
To activate HSP27 in my body, I needed 56 minutes at 200°F (93°C) in a dry sauna. That is the total session length required to spend enough time above the 102.2°F (39°C) core temperature threshold to trigger HSP27 release.
Does this mean longer sessions, long enough for your core to hit 102.2°F (39°C), would supercharge the longevity benefits? Maybe.
What we do know, I did 232 dry sauna sessions over the past year. My protocol was 200F (93°C) for 20 min. So even though my core body temperature didn’t reach 102.2°F (39°C) to unleash the HSP27, the results were still compelling:
+ a 10 year vascular age reduction
+ massive drop in environmental toxins [1]
+ complete elimination of microplastics in my semen (first ever in human achievement)
The data suggests there are health benefits at 200°F (93°C) for 20 min.
The data also shows that additional health benefits unlock when your core body temperature reaches 102.2°F (39°C).
Does this mean that if one is in the sauna longer, long enough to reach a core body temperature of 102.2°F (39°C). that the longevity benefits would be supercharged? Maybe.
Here is what this experiment teaches:
+ population level data is great for averages, pointing in a general direction
+ the resulting protocols are crude
+ not personalized
+ the only way to find out the truth for you is to measure
+ single person experiments (n=1) like this one are useful, because they find blind spots that population averages cannot see.
Note: I kept ice on my face and neck during these three experimental sessions to protect those sensitive areas from heat induced skin damage at extreme temperatures. In a previous session, not included in this experiment, I had no ice on my face or neck and used an ingestible temperature capsule for real-time core readings. I reached a core body temperature of 102.2°F (39°C) after 34 minutes at 200°F (93°C).
Adding ice to the face and neck adds roughly 20 minutes to the total time required to reach 102.2°F (39°C) core body temperature. Subjectively, the 34 minutes without ice on my face and neck was much harder than the 56 minutes with ice on my face and neck. After the 34 minute session, I exited the sauna and just laid on the concrete, immobilized. But I got the data.
[1] Toxin reduction:
After 15 sessions, sauna dramatically reduced environmental toxins in my body:
65% drop in 2,4-D
100% drop in MEP
15% drop in MBP
100% drop in MEHP (undetectable post sauna)
56% drop in NAPR
56% drop in HEMA
100% drop in Perchlorate (undetectable post sauna)
BREAKING: SpaceX is acquiring Cursor in a $60 billion all-stock deal.
• Cursor is being valued at $60 billion
• Cursor will become a wholly owned SpaceX subsidiary
• Cursor shareholders will receive SpaceX Class A shares
• The exchange ratio will be based on SpaceX’s 7-day average share price before closing
• Subject to regulatory approvals and customary closing conditions
• Expected to close in Q3 2026
Cursor is one of the world’s leading AI coding platforms and one of the fastest-growing software companies. This marks one of the largest AI acquisitions ever and significantly expands SpaceX’s footprint in AI.
One of the most underrated marvels in semiconductor fabs is the vacuum pump.
A high end dry vacuum pump can spin at 90,000 RPM, operate 24/7 for years, maintain ultra clean vacuum environments, survive corrosive process gases, and hold tolerances measured in microns.
These Turbo Molecular Vacuum Pumps cost $10,000 to $25,000+ per unit.
Without them, there are no chips, no AI GPUs, no smartphones.
The semiconductor industry isn't just about EUV lithography. It's also about thousands of invisible engineering masterpieces quietly running in the background.
Video Source :- Leon Li-666