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New Research Finds

Paralysis Breakthrough: Brain Waves Could Move Limbs Again—And It Won’t Require Invasive Implants

January 27, 2026 Mayura Rajapaksha, Imasha Karunarathne
Cartoon digital illustration of a paralyzed patient wearing an EEG cap as brain signals control limb movement without invasive implants.

In a dim neurorehabilitation lab, a paralyzed patient watches a robotic hand respond to nothing but the movement their brain intends, captured by a cap of EEG sensors.

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Why the Magnetic Secret Inside Steel Could Slash Steelmaking Energy

January 27, 2026 Mayura Rajapaksha, Imasha Karunarathne
Cartoon digital illustration of an iron lattice under a magnetic field, with aligned spins slowing carbon diffusion inside steel during heat treatment.

Inside a furnace-lit UIUC lab, a magnetic field hums as carbon atoms pause at the edge of an iron lattice.

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Why Obesity and High Blood Pressure Are Direct Causes of Dementia — A Genetic Twist That Rewrites Prevention

January 27, 2026 Mayura Rajapaksha, Imasha Karunarathne
Cartoon illustration of a human body with obesity and high blood pressure icons connected to a glowing brain through stressed blood vessels, representing the causal pathway to dementia.

In a frost-lit Copenhagen lab, Ruth Frikke-Schmidt maps genetic variants to brain health, revealing that weight and blood pressure do more than predict dementia — they cause it.

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Why Age-Related Inflammation Might Be Fueled by a Hidden Immune Loop—and Why That Could Change Everything

January 26, 2026 Mayura Rajapaksha, Imasha Karunarathne
Digital illustration of aging macrophages with a glowing feedback loop representing GDF3 self-signaling through the SMAD2/3 pathway that sustains age-related inflammation.

In a quiet Minnesota lab, aging macrophages flicker with an unrelenting flame as researchers chase a single protein that won’t quit—GDF3.

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Cancer Evolution Isn’t Chaos: The Hidden Rules That Predict Tumor Change

January 26, 2026 Mayura Rajapaksha, Imasha Karunarathne
Digital illustration of cancer evolution showing a lattice of glowing single cells with chromosomal tiles shifting across a multidimensional grid, representing ALFA-K predicting future tumor changes.

In a sunlit lab at Moffitt, Noemi Andor stares at a glowing screen where thousands of single-cell snapshots drift into ALFA-K, revealing cancer’s choreography rather than chaos.

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Two-Dimensional Melting Has a Secret In-Between State—Science Catches the Hexatic Phase On Camera

January 26, 2026 Mayura Rajapaksha, Imasha Karunarathne
Protochips Fusion heating stage and chip inside the Nion electrical module, allowing researchers to run precise high-temperature experiments in the microscope’s vacuum environment. Credit: Jani Kotakoski

Under a scanning transmission electron microscope in Vienna, a single layer of silver iodide wedged between graphene sheets hesitates as atoms drift—caught in a fleeting moment between solid and liquid.

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The Hidden Immune Chain: TL1A, ILC3, and Neutrophils Tipping the Scales in IBD-Driven Colorectal Cancer

January 26, 2026 Mayura Rajapaksha, Imasha Karunarathne

Mid-morning at Weill Cornell, a glow from the microscope traces TL1A flipping the gut’s immune switch, triggering a bone-marrow rush that could lift colorectal cancer risk.

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Why the #CircularEconomy Trend Just Met Its Match: Tungsten Carbide Converts Plastic Waste 10x More Efficiently Than Platinum

January 26, 2026 Mayura Rajapaksha, Imasha Karunarathne
Digital illustration of a tungsten carbide catalyst inside a glowing reactor, breaking plastic polymers into cleaner molecules and converting CO2 into fuels, highlighting beta-W2C catalytic efficiency.

In a Rochester lab warmed by reactors ticking past 700°C, a tungsten carbide catalyst shifts color as beta-W2C emerges, cracking plastics with platinum-level efficiency.

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Why the brain glitch misreading inner speech explains hearing voices — and how that challenges old schizophrenia myths

January 26, 2026 Mayura Rajapaksha, Imasha Karunarathne
Digital illustration of a human brain with glowing inner-speech waves overlapping incoming sound signals, highlighting a corollary-discharge glitch where thoughts are mistaken for external voices.

In a buzzing UNSW Sydney EEG lab, a volunteer imagines saying ‘bah’ while a real sound plays, and the brain suddenly treats the inner speech as if someone else is speaking.

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Two-Faced MYC Could Uncloak Pancreatic Cancer for Immunotherapy

January 26, 2026 Mayura Rajapaksha, Imasha Karunarathne
Digital illustration of MYC depicted as a dual-function molecule inside a pancreatic tumor, showing its growth-driving role and its RNA-binding immune-suppressing cloak, with immune cells beginning to reactivate.

In a sunlit Würzburg lab, a pancreatic tumor’s growth curve on the monitor spikes—then plummets—as immune signals finally flood the room.

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Why a Black Hole Growing 13x the Eddington Limit Could Rewrite How the Early Universe Built Giants

January 26, 2026 Mayura Rajapaksha, Imasha Karunarathne
Cartoon digital illustration of a super-Eddington quasar with a swirling accretion disk, bright X-ray corona, and powerful radio jet against a star-filled early universe backdrop.

In the dawn light at Subaru’s MOIRCS instrument, a quasar defies the rulebook: its black hole grows at 13× the Eddington limit even as a bright X-ray corona shines and a powerful radio jet erupts.

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Humans in the Monogamy Premier League: Beavers, Meerkats, and a Surprising Twist

January 26, 2026 Mayura Rajapaksha, Imasha Karunarathne
Digital illustration showing human family silhouettes connected by genealogical lines alongside beavers and prairie voles, representing cross-species comparisons of monogamy based on sibling ratios.

During a brisk Cambridge morning coffee break, a single chart of full- versus half-siblings climbs onto the screen and suddenly reframes human mating as a global pattern rather than an outlier, placing humans in the monogamy premier league alongside beavers and meerkats.

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Why Microplastics Are Undermining the Ocean’s Carbon Sink

January 23, 2026 Mayura Rajapaksha, Imasha Karunarathne
Digital illustration of microplastics in the upper ocean with plankton and microbes forming biofilms on plastic fragments, showing how this interaction weakens the ocean’s carbon sink.

In a sunlit University of Sharjah lab, Dr. Ihsanullah Obaidullah watches a plankton swarm cling to a fragment of plastic as morning light glints off a map of the Atlantic.

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Why a 250-million-year-old fossil rewrites the origin of mammal hearing

January 23, 2026 Mayura Rajapaksha, Imasha Karunarathne
Fossil specimen of the Thrinaxodon skull and jaw used for the study

Under the blue glow of a CT screen, a 250‑million‑year‑old cynodont suddenly tells a new story about hearing.

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Why the Body’s First Line of Defense, Not the Rhinovirus, Determines How Bad Your Cold Gets

January 23, 2026 Mayura Rajapaksha, Imasha Karunarathne
Digital illustration of nasal tissue releasing interferon waves to defend against approaching rhinoviruses, representing how early innate immunity affects cold severity.

In a quiet Yale lab, the nose finally tells its story: a sheet of lab-grown nasal tissue is poised to meet rhinovirus, and the response that follows may determine whether a cold sticks around.

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Why This Parkinson’s Breakthrough Targeting the Cell’s Energy Engine Could Upend Symptom Care

January 23, 2026 Mayura Rajapaksha, Imasha Karunarathne
Digital illustration of a mitochondrion restoring energy as a CS2 decoy molecule blocks alpha-synuclein from binding to ClpP, representing a new Parkinson’s therapy approach.

In a sunlit Case Western Reserve lab at dawn, Xin Qi watches CS2 glint under a microscope as alpha-synuclein slips away from ClpP and the mitochondria hum back to life.

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