Samanyolu galaksisinde 400 milyar yıldız var ve sadece bizim görebildiğimiz evrende 2 trilyon galaksi bulunuyor
Bize en yakın yıldız sistemi proxima centauri 4.2 ışık yılı uzakta saniyede 300 bin kilometre hızla gitsen bile oraya varman yıllar sürüyor
Böyle bir mesafeyi aşmak biyolojik bir canlı için neredeyse imkansız kozmik radyasyon sıfır yerçekimi ve mutlak soğuk DNA yı paramparça ediyor
Eğer yıldızlararası seyahat edebilen bir medeniyet varsa çoktan biyolojinin sınırlarını aşmış silikona ya da makine formuna dönüşmüş olmaları gerekiyor
Şimdi şunu düşün kendi yıldızının enerjisini tamamen kontrol edebilen uzay zamanı büküp binlerce ışık yılı yolu aşan bir zeka buraya kadar geliyor ve bir çöle çakılıyor
Termodinamik yasalarını altüst eden bir teknoloji Dünya nın atmosferik sürtünmesine mi yeniliyor
Insanlık yıldızlararası zekayı hala kendi evrimsel zaaflarıyla hayal etmeye devam ediyor
Evrenin başka bir köşesinde hayat muhtemelen var ve belki de bizi çoktan buldular
Ama buldularsa bile gökyüzünden düşen şey etten kemikten yapılmış 4 farklı canlı türü değil kendi kararlarını veren bir bilinç simülasyonu veya otonom bir robottur
Biyolojik yaşam evrenin en kırılgan evresi ve o evrede olan hiçbir şey o devasa karanlık okyanusu yüzerek geçemez
A 40-year-old patent has finally been brought to life.
That's the Y-zipper.
A 3D-printed three-sided fastener that transitions any object from flexible to rigid and back again.
The robotics application is the one that caught my attention.
A quadruped robot that adjusts its leg stiffness depending on terrain, switching between rigid and flexible in real time without additional motors or complex mechanical systems.
But this goes way beyond robotics. A wrist cast that loosens during the day and stiffens at night. A tent that pops into shape in 90 seconds instead of six minutes.
The idea sat in a patent filing for four decades. It took 3D printing to finally make it real.
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🚨BREAKING: 8 weeks of gratitude practice physically rebuilds the neural pathways between your memory and reward centers.
Your brain physically rewires itself every time you feel grateful.
Eight weeks of intentional gratitude practice creates measurable structural changes in the neural pathways connecting your hippocampus to your ventral tegmental area. The memory center starts talking to the reward center in a fundamentally different way. New synaptic connections form. Existing ones strengthen. The physical architecture of how you process positive experiences rebuilds itself.
Most people approach gratitude like a mood they can choose to feel. A psychological vitamin they remember to take when life gets difficult. The neuroscience reveals something far more profound.
Gratitude is a biological intervention that sculpts brain tissue.
Researchers tracked participants practicing gratitude exercises for two months using brain scans. They watched new neural highways construct themselves in real time. The anterior cingulate cortex developed stronger connections to the medial prefrontal cortex. The brain learned to route positive emotional experiences through higher order thinking centers instead of storing them as fleeting feelings.
Every positive experience you’ve ever had exists as a neural trace in your memory network. Most sit dormant, accessible only when something external triggers the specific sensory combination that originally encoded them. You smell coffee, suddenly remember a conversation from years ago. Random. Unreliable. Outside your control.
Gratitude practice systematically rewires that retrieval system.
After two months, participants could voluntarily access positive memories with increasing ease. Their brains had built stronger pathways between memory storage areas and emotional processing centers. They experienced deeper emotional resonance during memory retrieval. The quality of remembering itself had improved.
The participants also started noticing positive details in their present environment they had previously filtered out. Their attention systems recalibrated. The same neural pathways pulling positive memories forward were scanning current experiences more thoroughly for elements worth encoding as positive memories.
Their brains became biased toward collecting evidence that life contains meaningful moments.
Most cognitive interventions try to change how you interpret negative experiences. Gratitude practice changes how thoroughly you notice positive ones. It teaches your visual and emotional processing systems to detect opportunities and pleasures that were always present but neurologically invisible.
The timeline reveals something crucial about neural plasticity.
Weeks one through three showed minimal structural changes.
Participants felt slightly more positive, but brain scans looked identical to baseline. Weeks four through six showed the first measurable increases in gray matter density. Weeks seven and eight revealed entirely new neural network formation.
Two months. Your nervous system can physically restructure itself with consistent practice.
The method was almost embarrassingly simple. Participants wrote down three specific things they felt grateful for every evening, explaining why each mattered. No meditation apps. No guided visualizations. Just pen, paper, and the requirement to identify gratitude targets with enough detail that their brains had to actively search for positive elements.
Specificity drives the neural development.
General statements like “I’m grateful for my family” generate different brain activity than precise observations like “I’m grateful my daughter laughed at my terrible joke during dinner because it showed me she still finds me funny despite growing more independent.”
The brain needs detailed targets to practice connecting memory specifics to emotional rewards.
After eight weeks, participants developed a fundamentally different relationship with their attention and memory systems. Someone whose brain automatically scans for and emotionally amplifies aspects of experience that make existence feel worthwhile.
The neural pathways remain permanent after practice ends.
Gratitude carves lasting roads through consciousness.
Met a founding engineer today from @Replit. Jen Li. We were both judging the @Pokee_AI hackathon.
They have me some credits and I built two apps in 20 minutes using the X API:a weather one which mapped storms being reported in by my climate scientist list and another monitoring my three news lists for information about the Iran war.
Pokee includes X API for its customers automatically.
While doing that my other AI read all your posts: https://t.co/8L5xphk0qQ
He tells me about why Replit is hugely important in the AI industry. In other words how you can use it in your life and business.
This mushroom based material from Magical Mushroom Company can be grown into almost anything in as little as 7 days, and it’s a direct replacement for polystyrene.
🚨 GERMANY JUST DROPPED THE FSD VERDICT 🚨
Auto Bild, one of Europe’s toughest car magazines, spent a full week with Tesla FSD Supervised v14.1.7.
Their verdict?
“MIND-BLOWINGLY GOOD”
→ 700 km, zero critical interventions
→ Handles construction zones, cyclists, roundabouts like a local
→ “Already safer than most human drivers”
They’re literally begging regulators: “APPROVE THIS NOW!”
The future isn’t coming to Europe… it’s already here.
Read it & weep, bureaucrats: https://t.co/oQgYcjCT9Z
@Tesla@elonmusk@Tesla_AI@AutoBild
#FSDEurope #TeslaFSD #GameOverForDoubters 🤖🇩🇪💥
Ein Wahnsinn.
Liebe EU Regulierungsbehörde es funktioniert. Erlebt es selbst. Der beste Fahrer im Auto ist man nicht selbst sondern der FSD (Fahrer).
@TeslaClubAT@Tesla
🇪🇸🇺🇸 SPAIN HANDED TESLA THE KEYS TO EUROPE: UNLIMITED NATIONWIDE FSD TESTING, NO DRIVER REQUIRED
Yes, this is massive news for Tesla.
Spain quietly dropped the mother of all regulatory gifts in July 2025: the ES-AV framework that puts the country straight into Phase 3.
Remote monitoring allowed, no mandatory safety driver, full public road access.
Tesla immediately got approval for 19 vehicles with unlimited testing across the entire country.
This isn't some small pilot program in a parking lot.
This is real-world, all-roads, no-human-behind-the-wheel testing at scale, exactly what Tesla needs to train FSD Supervised and Robotaxi to European driving chaos.
Spain just became Tesla's European data goldmine overnight.
While California is still choking on red tape and Germany moves at a bureaucratic snail's pace, Spain said, "Come get your miles."
2026 Robotaxi fleets in Madrid and Barcelona suddenly look a lot more real.
Is Europe waking up? If so, Tesla is the alarm clock.
Source: ES-AV Framework Programme (July 2025), @KRoelandschap, @Tesla, @teslaeurope
@SawyerMerritt@Tesla I am in Croatia in Zagreb and using Zagrebačka banka. I call them and they sad that I cant wote because all accounts are under one name, banks name. But isnt proxy woating solwing just that? What to do?
You are already aware that through teamwork, we have created and opened the MONETERRA money museum in Zagreb, Croatia. Now, I am showing you a behind-the-scenes video. Everything looks simple and easy when it’s sped up like this 😊
https://t.co/PzAV9HVeti