Weak Magnetism Causes Big Changes in a Strange State of Matter
Physicists at Auburn University have shown that even weak magnetic fields dramatically alter the behavior of dusty plasmas, a hybrid state of matter found in space and labs. By magnetizing electrons, the fields change how dust grains acquire charge, speeding up or slowing down nanoparticle growth and producing smaller particles. Experiments using argon‑acetylene mixtures reduced the growth period from two minutes to under one minute under modest magnetic fields. The findings suggest new routes for controlled nanomaterial synthesis and offer insights into cosmic dust dynamics.
Reassessing Antipsychotics for Autism in Transition-Age Youth
A new multi‑center study reevaluates the risk‑benefit profile of antipsychotic medications for transition‑age youth on the autism spectrum. Researchers found modest improvements in irritability and aggression but identified significant metabolic side effects, prompting calls for tighter prescribing guidelines. The analysis...
Create Buy-In Conditions, Not Just Sales Pitches
Stop selling and start creating the conditions for buy-in. That’s the advice of Howie Chan , who recently hosted me on his Influence Anyone podcast. It sounds like a smart strategy. But exactly how do you make it happen? Howie...
Brand Is a Performance Lever, Not Just Aesthetics
Most brands treat “brand” like decoration. Colors, fonts, or a silly mood board someone approved once and never revisited. Then they wonder why performance gets more expensive every quarter. This happens when brand is viewed as aesthetic instead of infrastructure....
The Art of Invisibility: How Satellites Evade Detection in an Era of Total Surveillance
Stealth satellites blend advanced materials, geometry, and orbital tactics to shrink their optical, radar, and infrared signatures. Vantablack coatings and radar‑absorbent composites mute reflections, while faceted shapes and directional radiators steer heat away from Earth‑based sensors. Laser communication links and...
How To Use a CRM POS System To Grow Sales (2026)
In this episode Brooke Kiley explains how integrating a CRM with Shopify POS creates a unified customer record that syncs online and in‑store activity, enabling true omnichannel commerce. She outlines the benefits—single‑view insights, personalized clienteling, and automated loyalty/retention marketing—backed by...
Cigarette Butts Could Power the Next Generation of Energy Storage
Researchers at Henan University have developed a scalable method to turn discarded cigarette butts into high‑performance carbon electrodes for supercapacitors. By combining hydrothermal carbonization with potassium hydroxide activation, they produced nanoporous carbon with a surface area of 2,133.5 m² g⁻¹ and a...
Mini Tornadoes Spin Out Dried Cellulose Nanofibers
Researchers at the University of Maine and Oak Ridge National Laboratory have unveiled a patent‑pending vortex drying technique that uses counter‑rotating, Mach‑3 heated air streams to rapidly remove water from cellulose nanofiber slurries. The high‑shear method avoids the fiber aggregation...
A World-First Mouse that Makes Gene Activity Visible
Scientists have unveiled a world‑first mouse that renders gene activity visible in real time. The animal carries a fluorescent reporter linked to RNA polymerase II, lighting up when transcription occurs. Researchers demonstrated live imaging of transcription across multiple tissues, confirming...
Researcher Reveals Evidence of Private Instagram Profiles Leaking Photos
Security researcher Jatin Banga uncovered that Instagram’s private‑profile pages sometimes embed direct CDN links to private photos in the HTML response, exposing them to unauthenticated visitors. His testing showed about 28% of the private accounts he examined leaked such links....
Armenia’s Fintech Awakening Is an ‘Open Goal’ the UK Cannot Afford to Miss
FinTech Armenia’s CEO Stefan Lucas urges the United Kingdom to view Armenia as an emerging fintech hub and an “open goal” for British investment. He highlights a recent UK‑Armenia strategic partnership, a near‑finalized peace framework with Azerbaijan, and a surge...
AI Search Shifts Focus From Clicks to Late‑Funnel Leads
Yep. AEO/GEO/SEO/WWJD/IMO/YOLO... AI search is important and there is no better team in the game than Docebo. Last year, Kyle Poyar interviewed Silvia Valencia and Valeriia Frolova about how to actually think about AI search, and I believe it's still...
When Agentic AI Systems Fall Into the Wrong Hands
Agentic AI systems—software that can make decisions and act independently—are increasingly embedded in consumer devices, enterprise tools, and critical infrastructure. Their growing autonomy promises efficiency gains but also introduces privacy breaches, security vulnerabilities, and ethical dilemmas when actions exceed human...
Stimulated Magnonic Frequency Combs Achieve Efficient Control over Spectral Line Number
Researchers led by Xueyu Guo demonstrated a stimulated three‑magnon generation scheme that creates magnonic frequency combs (MFCs) with precise control over spectral line number and spacing. By applying a low‑power modulation signal (~0.5 GHz) alongside a primary microwave drive, they produced...
RF-Over-Fiber Achieves Scalable Control of Spin Qubits Via ODMR Spectroscopy
Researchers have demonstrated remote radio‑frequency control of nitrogen‑vacancy spin qubits using an optical‑fiber link, a technique dubbed RF‑over‑fiber (RFoF). The photonic system converts optical signals to microwave tones that drive NV centers in a 2.8‑3.0 GHz band, delivering about 0.7 dBm of...
Boosting Anaerobic Digestion: Thermal-Alkaline Pretreatment Insights
Researchers have demonstrated that a combined thermal‑alkaline pretreatment can significantly boost anaerobic digestion performance on lignocellulosic feedstocks. Laboratory trials showed biogas yields rising by as much as 30 % when waste is exposed to 140 °C and pH 10.5 before digestion. The treatment...
Silicon Quantum Computing Achieves 99% Spin Initialisation with 10THz Photons
Scientists have demonstrated a new method to initialise and read the spin of boron‑doped silicon qubits using ~10 THz photons from a free‑electron laser. The optical‑pumping technique achieves 99 % spin polarisation within 250 ps at temperatures above 3 K, a thousand‑fold speedup over...
AI's True Value Demands Redesigning Work, Not Just Tools
Early lesson for the AI age. When electricity arrived, factories didn’t get smarter by swapping engines. They only unlocked real gains after redesigning how work actually flowed. AI agents are the same. Dropping them into old org charts won’t work. The real...
Consolidate Tools: Self‑Host, Automate, and Use APIs
Running a lean, bootstrapped (solo) business requires using a lot of tools. But be careful. Don't let it get out of hand. ⚠️ You want to avoid: - High costs - +30 open tabs - Overlapping functionality - Data scattered...
CircKIAA1617 Enhances Stemness in ER-Positive Breast Cancer
Researchers have identified the circular RNA circKIAA1617 as a potent enhancer of cancer stem cell traits in estrogen‑receptor‑positive (ER+) breast tumors. Functional assays showed that circKIAA1617 up‑regulates stemness markers, promotes sphere formation, and confers resistance to endocrine therapy. Mechanistically, the...
OpenAI Still Leads Enterprise AI, but Anthropic Is Gaining Fast, According to New Study
A recent a16z CIO survey of 100 Global 2000 firms shows OpenAI still leading enterprise AI with about 56% of model spending, but its lead is eroding as Anthropic and Google gain ground. Anthropic’s enterprise penetration jumped 25 points to...
Vibe Coding Lets Non‑experts Build AI Apps Fast
Something funny happened during our recent AI training at NYPL. We had ~30 professionals in the room. Developers, IT folks, managers. Different stacks. Different backgrounds. And suddenly… they were all vibe coding. People who: didn’t have Python installed a week ago hadn’t touched frontend in years were used to...
CHIP in Blood Sequencing Skews Mutation Detection
1/12 What is “CHIP” in blood sequencing, and why does it mess up mutation calls? Not every mutation is created equal. Quick explainer for oncologists, cardiologists, and genomics folks 👇 https://t.co/nBEWTsdlz3
Accelerating the Exploration of Top Interface Passivators via Machine Learning for High‐Performance Perovskite Solar Cells
Researchers introduced a machine‑learning workflow that rapidly screens 162 ammonium‑salt molecules for perovskite surface passivation. The approach uses architecture‑specific models—XGBoost for n‑i‑p and RDKit‑SVR for p‑i‑n—to predict power‑conversion efficiency gains with low error. SHAP analysis revealed concentration, molecular weight, surface...
Academic Software's Hidden Risk: Single‑grad Maintainer Dependency
Academic software is a quiet risk in many analysis pipelines. A lot of core tools are maintained by one grad student whose incentives don't include long-term upkeep. https://t.co/ec4R4kDi84
The ROI Paradox: Why Small-Scale AI Architecture Outperforms Large Corporate Programs
An empirical analysis of 200 B2B AI projects from 2022‑2025 reveals a “Budget Paradox”: deployments under $20,000 achieve a median ROI of 159.8%, while larger, monolithic programs frequently fail to break even within two years. The study, validated by Harvard...
WordPress Announces AI Agent Skill For Speeding Up Development via @Sejournal, @Martinibuster
WordPress unveiled wp‑playground, an AI agent skill that integrates with the Playground CLI to spin up a full WordPress sandbox instantly. The skill automatically mounts generated code, launches the site, and provides built‑in scripts that shrink startup time from roughly...
Self‐Powered Neuromorphic Touch Sensors Based on Triboelectric Devices: Current Approaches and Open Challenges
The review examines how triboelectric nanogenerators (TENGs) can power neuromorphic tactile sensors, mimicking human touch. It categorizes four coupling architectures—ex situ, discrete circuit, direct gating, and monolithic—and two operational modes, displacement-driven and pulse-driven. The authors detail neuromorphic functions achieved, including...
All‐in‐One Luminescent Dielectric Elastomer Actuator Driven by a Single Electrical Stimulus with Large Out‐of‐Plane Actuation and Fast Response
Researchers have created an all‑in‑one dielectric elastomer actuator that simultaneously bends out‑of‑plane and emits light using a single electrical input. By tuning ZnS:Cu2+ phosphor concentration and employing an asymmetric electrode design, the device achieves a high curvature of 4.71 cm⁻¹, a...
Extreme‐Environment Adaptive Hydrogel with Vagus Nerve Modulation for Diabetic Wound Healing and Emotion Management
Researchers have developed a polyphenol‑mediated conductive hydrogel that remains functional at temperatures as low as –80 °C. The hydrogel, composed of casein, dopamine‑modified PEDOT and an antifreeze system, serves both as a wound dressing and a bioelectronic interface. When paired with...
Dynamic Chain Exchange of Amphiphilic Alternating/Random Copolymer Micelles Promoted by Structural Uniformity and Flexibility
Researchers compared amphiphilic alternating and random copolymer micelles in water, finding that alternating copolymers form monodisperse multichain micelles with narrow size distributions. Kinetic studies using fluorescence energy transfer showed that chain exchange between alternating micelles occurs faster than with random...
Additives for Aluminum‐Air Batteries: A Review
Researchers review electrolyte additives as a low‑cost strategy to boost aluminum‑air battery performance. Additives, comprising roughly 1 % of the electrolyte, mitigate aluminum corrosion, curb self‑discharge, and prevent surface barrier formation by creating protective films. The review classifies additives into organic,...
Insane Growth Goldbridge (YC F25) Is Hiring a Forward Deployed Engineer
Goldbridge, a Y Combinator F25 startup founded in 2025, is building an AI‑powered banking platform for real‑estate owners. The company highlights that over $1 trillion in rent flows through landlord accounts each year, with a quarter tied up in idle reserves,...
High‐Rate and Selective Conversion of Low‐Concentration Carbon Dioxide to Carbon Monoxide Using a Carbon Nanotube‐Supported Molecular Electrocatalyst
Researchers introduced a multi‑walled carbon nanotube (MWCNT) gas‑diffusion electrode functionalized with copper phthalocyanine (CuPc) and cobalt phthalocyanine (CoPc). The CuPc layer suppresses CoPc aggregation, increasing active‑site exposure and CO2 adsorption. Operating at an ampere‑scale current (0.625 A) with 20 % CO2, the...
WeberKraus Strengthens Trading System Resilience to Support Volatile Market Conditions
WeberKraus announced a series of upgrades aimed at bolstering its trading platform’s resilience amid heightened market volatility across equities and digital assets. The enhancements focus on infrastructure stability, execution consistency, data flow coordination, and continuous monitoring rather than short‑term performance...
Machine Learning Achieves Advantages with Minimal Quantum Computer Use in LUQPI
Researchers from Leiden University and collaborators introduced Learning Under Quantum Privileged Information (LUQPI), proving that a quantum computer used solely as a feature extractor during training can deliver exponential advantages over classical machine learning. The quantum features are generated without...
Solr Capital Enhances Platform Monitoring and Risk Oversight to Support Stable Trading Operations
Solr Capital announced a series of upgrades to its platform monitoring and internal risk management systems, targeting equity and digital‑asset trading environments. The enhancements embed continuous oversight into infrastructure, execution pathways, and account services, aiming for greater reliability and transparency....
Chiral Lead‐Free Hybrid Organic‐Metal Halides for Thermally Switchable Nonlinear Optics
Researchers have created lead‑free antimony‑based chiral hybrid organic‑metal halide microplates using a solvent‑assisted drop‑casting method. The plates exhibit orientation‑controlled crystallinity, strong second‑harmonic generation (SHG) and a laser‑damage threshold above 133 mJ cm⁻². By exploiting a lattice phase transition, the team demonstrated reversible,...
F‐Block Element‐Based MOF Thin Films: A Platform for Luminescence, Sensing, and Energy Applications
f‑Block element‑based metal‑organic framework (f‑MOF) thin films are emerging as multifunctional platforms for luminescence, sensing, and energy applications. The review catalogs recent synthesis routes—including composite particle assembly, layer‑by‑layer, solvothermal, and electrodeposition—highlighting how thin‑film architecture enables precise substrate interfacing unavailable in...
The Chinese Space Industry Plagued By Launch Cancellations For February
China’s Wenchang Space Centre abruptly cancelled almost all February launches, leaving only the Long March‑10A test flight scheduled for 11 February. The move follows high‑profile failures of the Long March 3B and Ceres‑2 rockets, fueling speculation about safety reviews and a strategic shift toward...
A MWCNT–PVDF/PCL Piezo‐Triboelectric Coupled Nanogenerator by Synergistic Regulation of Microcrystalline Phase and Patterned Structure for Self‐Powered Sensors
Researchers have created a piezo‑triboelectric coupled nanogenerator (PTCNG) that integrates multi‑wall carbon nanotube‑enhanced PVDF with patterned PCL membranes via solution electrospinning and melt‑electrospinning direct writing. By testing four assembly configurations, the optimal design delivers a peak open‑circuit voltage of 260 V...
Harnessing Boron‐Mediated Ti Valence Cycling in TiB2‐PEG‐DOX: A Multimodal CDT/PTT/CT Platform for Colorectal Cancer Therapy
Researchers have engineered TiB2‑PEG‑DOX, a PEG‑modified titanium diboride nanosheet loaded with doxorubicin, to combine chemodynamic, photothermal, and chemotherapy for colorectal cancer. Boron in the lattice drives Ti4+ reduction to Ti2+, boosting Fenton‑like •OH generation in H2O2‑rich tumors. The nanocomposite exhibits...
Humans Still Needed to Orchestrate AI Agents
"For now, humans have to manage the AI Agents. Meta agents aren't there yet in AI GTM. The orchestration has to be you." with @kylecnorton CRO @owner https://t.co/k1ML07ypMJ
Enhanced Charge Transfer Process and Chemical Sensing Ability Over a Lattice Rearrangement Strategy via Monatomic Ag Embedded Graphdiyne
Researchers have embedded monatomic silver into nitrogen‑doped graphdiyne, creating an AgO‑N‑C3 configuration that reorganizes the carbon lattice into a highly crystalline hexagonal framework. The resulting AgSAs/GDY material supports ballistic electron channels and achieves a record 10.2 wt% silver loading. When deployed...
Electron Localization in Single Atomic Ga1/PdNi Metallene Boosts Ethylene Glycol Assisted Rechargeable Zn‐Air Battery via Accelerating *OH Adsorption
Researchers introduced a single‑atom gallium‑modified PdNi metallene catalyst that dramatically improves ethylene glycol oxidation in rechargeable Zn‑air batteries. The Ga1/PdNi alloy achieves a mass activity of 1.70 A/mg, nearly five times that of commercial Pd/C, and drives a power density of...
The Trade Desk Was Priced for Perfection. Then Growth Slowed. Now It’s the Worst Performing Stock in the S&P 500.
The Trade Desk, once the ad‑tech darling, saw its stock plunge 73% as revenue growth slowed from 26% in 2024 to roughly 18% in Q3 2025. The market cap collapsed from $70 billion to under $15 billion, reflecting a sharp multiple contraction...
A New Secondary Battery Based on Carbonate Anion Shuttling in Aqueous Alkaline Electrolyte
Researchers have introduced a new aqueous secondary battery that uses carbonate (CO3²⁻) anion shuttling between a CoNiCu‑C layered double hydroxide (LDH) cathode and a Cu₂CO₃(OH)₂ anode. The cell delivers an initial capacity of about 130 mAh g⁻¹ at 200 mA g⁻¹ and retains roughly...
Enhanced Adsorption of NiNb Bimetallic Catalyst for CO2 Intermediates Facilitates the 100% Selective Dicarboxylation
Researchers have introduced a nickel‑niobium bimetallic catalyst (NiNb@NF) that enables the electrocatalytic carboxylation of conjugated dienes using CO₂. The material achieves approximately 100% selectivity toward dicarboxylic acids and delivers a 96.4% isolated yield. In‑situ infrared and Raman spectroscopy reveal that...
Advances Quantum-Memory-Free QSDC with Privacy Amplification of Coded Sequences
Researchers from Georgia Tech and collaborators introduced a quantum‑memory‑free Quantum Secure Direct Communication (QSDC) protocol that relies on universal hashing and privacy amplification of coded sequences. The information‑theoretic analysis proves security against collective attacks without requiring quantum storage or complex...
Hole Storage Layers in Photoelectrodes for Mitigating Recombination and Driving Stable PEC Water Splitting
The review surveys the emerging role of hole storage layers (HSLs) in photoelectrochemical (PEC) water‑splitting devices, distinguishing them from traditional hole‑transport layers. It details how HSLs temporarily trap holes to suppress recombination, improve interfacial charge transfer, and protect semiconductors in...
