Willy James

The hardest problem in robotics isn't intelligence, its manufacturing. bit.ly/4cWYyuC

@Khulood_Almani @HKB_Tech @enilev @Eli_Krumova @smoothsale @ralf_ladner @ahier @Nicochan33 @RLDI_Lamy @bbailey39 @JeromeMONANGE @jblefevre60 Glad to see you back Khulood🙏Wishing you and your family and team at @HKB_Tech all the best #EidMubarak

🌙 بمناسبة #عيد_الفطر_المبارك أرفع أسمى آيات التهاني والتبريكات، باسمي وباسم @HKB_Tech، إلى مقام مولاي خادم الحرمين الشريفين وسمو سيدي ولي العهد وإلى الشعب السعودي الكريم وكافة المسلمين. تقبل الله من الجميع الصيام وصالح الأعمال، وحفظ وطننا وأدام عليه الأمن والسلام🤲 #كل_عام_وأنتم_بخير On the occasion of🌙 #Eid_AlFitr I extend my highest congratulations, in my name and on behalf of @HKB_Tech to the leadership of Saudi Arabia, its people and the Muslim world May Allah accept from us and from you all good deeds 🤲 May Allah protect our nation and bless it with lasting security, stability and peace #عيد_مبارك #EidMubarak @enilev @Jagersbergknut @TysonLester @CurieuxExplorer @GlenGilmore @chidambara09 @jeancayeux @mvollmer1 @Nicochan33 @RLDI_Lamy @pierrepinna @pchamard @Analytics_699 @mikeflache @JeromeMONANGE @FrRonconi @Fabriziobustama @PawlowskiMario @theomitsa @drsharwood @kalydeoo @TAEVisionCEO @baski_LA @AnthonyRochand @smaksked @Eli_Krumova @andresvilarino @fernandolofrano @gvalan @bimedotcom @NewsNeus @domingonarvaez1 @thomas_dettling @dinisguarda @FmFrancoise @nafisalam @Mhcommunicate @Corix_JC @jblefevre60 @smoothsale @amalmerzouk @PVynckier @bbailey39 @SiddharthKS @anand_narang @bamitav @NathaliaLeHen

Why Does Life Exist? preprints.org/manuscript/202… ✍️ @MiTiBennett via @Preprints_org 👉 "Survivors tend to be the systems that did not overcommit" 👉 "Weakness and simplicity are not the same thing. Weakness helps a system persist under novelty, because it keeps more futures compatible" 👉 "Simplicity helps a system persist because there is less to break, which obviates the need for repair. Complexity requires self-repair to persist, increasing weakness" 💡 "Life is persistent complexity. In between complex life and simple nonlife is the void of the unviable: complexity which is not alive" @Corix_JC @jeanyvesgonin @ahier @sim010101 @maponi @CEO_Aisoma @dinisguarda @EeHRN @JagersbergKnut @Shi4Tech @RamonaEid @FernandaKellner @PVynckier @maria_axente @quepasachico @tlloydjones @EstelaMandela @SusanHayes_ @theomitsa @TarakRindani @FrRonconi @Nicochan33 @JoannMoretti @NeiraOsci @Khulood_Almani @trudydarwin @Fabriziobustama @TheAIObserverX @mikeflache @TysonLester @Eli_Krumova @smaksked @amalmerzouk @Analytics_699 @MaryRich78 @NathaliaLeHen @sminaev2015 @WillyRayNick @DanielleLargier @RLDI_Lamy

Neuracle Medical Technology (NMT) has won the first registration certificate for an implantable BCI. bit.ly/4cIkkC4

🚨 This MRI Can Destroy Cancer Without a Single Cut In Sydney, doctors are using one of the most advanced cancer treatments on Earth — MRI-guided cryoablation. Here’s how it works: a tiny probe is guided directly into the tumour using real-time MRI imaging, and the tumour is frozen solid from the inside out. No large cuts. No stitches. No long hospital stays. Patients walk in, watch the procedure under MRI, and walk out the same day — pain-free and scar-free. This treatment is so precise, it destroys only the tumour while leaving surrounding healthy tissue unharmed. For people too weak for surgery, too old for long recoveries, or with tumours in risky spots, this is a second chance at life. Fun Fact: The probe can freeze tissue to –40°C or colder, causing cancer cells to burst while leaving everything else intact. Some breakthroughs don’t need bigger surgeries — they just need smarter, cooler technology. Sources: NSW Health | Sydney Adventist Hospital | Radiological Society of North America (RSNA)

After 25 years of research, Brazilian scientists developed a drug capable of regenerating spinal cord tissue after severe injuries. The therapy stimulates axon regrowth and reduces scarring that typically prevents nerve recovery. In preclinical trials, treated animals regained partial motor function within weeks. The drug combines neurotrophic factors, small molecule compounds, and bio-scaffolds to guide nerve repair. Human trials are now underway to assess safety and effectiveness. If successful, this breakthrough could restore mobility to millions, transform rehabilitation medicine, and reduce long-term dependency on care. It also sets the stage for future therapies combining cellular engineering and regenerative biology to treat other complex injuries.

🧠 Did you know? Your brain doesn’t just feel happiness — it learns it 🤯 Imagine a happy moment, a small victory, or a fun interaction… and your brain lights up reward circuits, releasing dopamine & serotonin. Just a few seconds of positive imagining can rewire your brain to feel joy again and again! Source: Neuroscience News, 2025 — “Imagining positive experiences rewires the brain in seconds.”

A Pragmatic View of AI Personhood arxiv.org/abs/2510.26396 ✍️ Joel Z. Leibo, Alexander Sasha Vezhnevets, William A. Cunningham, Stanley M. Bileschi via @arxiv @GoogleDeepMind 👉 "The emergence of agentic Artificial Intelligence (AI) is set to trigger a "Cambrian explosion" of new kinds of personhood" 👉 "By rejecting foundationalist quests for a single, essential definition of personhood, this paper offers a more pragmatic and flexible way to think about integrating AI agents into our society" @Corix_JC @jeanyvesgonin @ahier @sim010101 @maponi @CEO_Aisoma @dinisguarda @JagersbergKnut @RamonaEid @FernandaKellner @PVynckier @EstelaMandela @SusanHayes_ @theomitsa @TarakRindani @FrRonconi @Nicochan33 @JoannMoretti @sulefati7 @NeiraOsci @Khulood_Almani @TheAIObserverX @mikeflache @TysonLester @smaksked @amalmerzouk @Analytics_699 @MaryRich78 @NathaliaLeHen @WillyRayNick @DanielleLargier @RLDI_Lamy

Check Out The Insights Shared In The Article "Smart Cybersecurity Spending – How CISOs Can Invest Where It Matters Most" => ds3-bandwidth.com/2025/10/26/sma… @ScottBVS @ChuckDBrooks @Corix_JC @mclynd @BillMew @cybersecboardrm @Shirastweet @YuHelenYu @robmay70 @mirko_ross @TylerCohenWood

Researchers at the University of Milan have identified that an enzyme called phospholipid transfer protein (PLTP) can effectively mobilize cholesterol from arterial plaques, sending it back into the bloodstream for natural disposal. This discovery is a potential game-changer because, unlike current treatments that primarily focus on preventing new plaque from forming, this method actually targets and dissolves existing blockages. Atherosclerosis occurs when cholesterol and inflammatory cells create stable, hardened deposits in artery walls that resist traditional removal methods. When these plaques become too large, they severely restrict blood flow, often necessitating invasive procedures like stents or bypass surgery to prevent heart attacks or strokes. The PLTP enzyme acts as a natural extraction system, pulling cholesterol out of the arterial wall and transferring it to HDL, or "good cholesterol," for transport to the liver. Scientists found that many people have naturally low levels of this activity due to genetic factors, which is why they have developed a gene therapy to boost PLTP expression directly where it is needed most. In animal models, this localized boost in enzyme activity resulted in a 40% reduction in plaque volume in just three months, allowing narrowed arteries to reopen to nearly their original diameter. These results suggest that plaques not only become smaller but also more stable, which significantly lowers the risk of a sudden rupture that could cause a cardiac event. While human clinical trials are currently focusing on patients with severe coronary artery disease who cannot undergo surgery, the long-term goal is a biological "reversal" of decades of arterial damage. If successful, this could shift cardiovascular medicine away from mechanical bypasses and toward a more natural, enzymatic cleaning of the circulatory system.

🚨 Researchers have engineered an experimental ultrasound helmet designed to non-invasively dissolve brain blood clots during acute strokes. This innovative device functions by transmitting focused ultrasound waves through the skull to target blockages directly and restore critical blood flow to oxygen-starved brain tissue. Preliminary studies indicate that the helmet's effectiveness is significantly enhanced when used in conjunction with traditional clot-dissolving medications. By accelerating the clearing of blockages, this dual approach aims to minimize permanent brain damage and facilitate a more robust recovery for patients. The technology represents a potential shift toward supportive, non-invasive tools that can be deployed rapidly during the critical early windows of stroke care. Unlike traditional surgical interventions, this method seeks to achieve similar results through mechanical sound waves rather than physical incisions. Medical experts emphasize that the helmet is currently in the clinical testing phase and is not yet a standard replacement for established stroke treatments. Its future role is envisioned as an enhancement to existing protocols, providing a faster way to intervene during life-threatening emergencies. As research continues, this development highlights the growing trend of using specialized hardware to deliver targeted, localized therapy. If proven successful in broader trials, it could revolutionize how emergency departments handle one of the most time-sensitive medical crises.

In 1982, sailor Steven Callahan’s boat sank in the Atlantic. He survived 438 days adrift in a small inflatable life raft, fishing for food, collecting rainwater, and navigating without power. His survival remains one of the longest documented solo ocean survival cases in history. He was eventually rescued near the Caribbean after losing nearly a third of his body weight. No engine. No radio. Just a raft and persistence. #SurvivalStory #Ocean #StevenCallahan

Le commerce intelligent ne sera pas remporté par l'agent le plus intelligent. Il sera remporté par celui qui contrôlera la confiance des consommateurs. Les données de Bain indiquent que les consommateurs américains sont plus à l'aise de laisser l'IA acheter en leur nom lorsqu'il s'agit d'un détaillant familier. Cela implique un pouvoir de gouvernance et de distribution, et non la sophistication du modèle. 1️⃣ Point de contrôle Les détaillants qui possèdent l'identité des clients, les moyens de paiement et la confiance dans la marque deviennent la passerelle décisionnelle pour les achats basés sur l'IA. 2️⃣ Capture de valeur L'intégration de l'IA dans des écosystèmes de confiance transfère le pouvoir de marge vers les acteurs en place qui contrôlent la demande, les données et les flux de transactions. 3️⃣ Risque de concentration Les entreprises technologiques qui développent des agents d'achat autonomes risquent la banalisation si elles ne s'assurent pas un accès à une infrastructure de confiance à grande échelle. L'IA optimise la sélection. La confiance détermine qui remporte la transaction. Investissez-vous dans de meilleurs agents ou dans la couche de contrôle qui régit la manière dont les agents effectuent leurs transactions ? V @sijlalhussain RX @RLDI_Lamy

🚨 Cutting processed foods and artificial additives can reduce ADHD symptoms in up to 78% of children. Recent scientific findings published in The Lancet highlight a powerful connection between diet and childhood behavior. The INCA study demonstrates that a restricted elimination diet—one that removes processed foods, artificial colors, and additives—can lead to a significant reduction in ADHD symptoms for more than half of children. In some instances, up to 78% of participants showed marked improvements in attention and impulsivity. Perhaps most telling is the "reintroduction effect," where symptoms returned in over 60% of cases once these additives were added back into the diet, suggesting that for many, food sensitivity is a primary driver of behavioral challenges. The underlying cause is believed to be a disruption of neurotransmitters or gut-brain imbalances triggered by chemicals like Red 40 and Yellow 5. While not a standalone cure, prioritizing whole, nutrient-dense foods and reducing screen time offers a robust, natural strategy for managing symptoms. However, experts emphasize that these diets should be conducted under medical supervision to ensure nutritional needs are met. For families looking for alternative ways to support focus and emotional regulation, addressing the pantry might be the first step toward significant behavioral breakthroughs. source: Pelsser, L. M., Frankena, K., Toorman, J., & Huijbregts, S. C. Effects of a restricted elimination diet on the behaviour of children with attention-deficit hyperactivity disorder (INCA study): a randomised controlled trial. The Lancet.

Researchers at Pohang University of Science and Technology (POSTECH) and Kyungpook National University in South Korea have achieved a major milestone by 3D printing an artificial cornea using a specialized "bioink" made from decellularized corneal stroma and stem cells. The work, led by teams including Professor Dong-Woo Cho (POSTECH) and collaborators like Professor Hong Kyun Kim (Kyungpook National University School of Medicine), was published in 2019. They developed a biocompatible bioink derived from decellularized corneal stroma (the extracellular matrix from corneal tissue with cells removed) combined with stem cells. This allowed them to 3D-print an artificial cornea that closely mimics the natural structure. Key innovation: By precisely controlling shear stress (the frictional force during extrusion through the printer nozzle), they aligned collagen fibrils into the characteristic lattice pattern of a human cornea. This alignment is critical for the cornea's transparency and mechanical properties—something challenging or impossible with purely synthetic materials, as random collagen organization causes opacity or weakness. [Kim, H., Jang, J., Park, J., Lee, K.-P., Lee, S., Lee, D.-M., Kim, K. H., Kim, H. K., & Cho, D.-W. (2019). Shear-induced alignment of collagen fibrils using 3D cell printing for corneal stroma tissue engineering. Biofabrication, 11(3), 035017. DOI: 10.1088/1758-5090/ab1a8b]

According to researchers at the University of California, the scent of lemon has been shown to significantly boost cognitive performance. In their studies, participants who were exposed to the scent demonstrated a remarkable 226% increase in cognitive capacity. This effect was particularly noticeable in tasks requiring concentration and mental clarity. The researchers suggest that the lemon scent activates certain brain areas, enhancing focus and memory retention. As a result, this simple, natural aroma may offer an effective, non-invasive way to improve mental performance in various settings.

Many Rare Diseases Affect Women and Men Differently statista.com/chart/35910/sh…

Explore the Top 10 Medical Device Trends in 2026 @AstridLavalette @alicia_budhram @mvollmer1 @GlenGilmore @kuriharan @Sharleneisenia @ravidugh @pascal_bornet @salliemoffitt @pchamard @EstelaMandela @dinisguarda @FmFrancoise @Dkell999 startus-insights.com/innovators-gui… via @StartUsInsights

A Chinese organic cathode breakthrough could cut reliance on critical minerals while boosting lithium battery durability and flexibility. bit.ly/4u8h4Gy