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Featured Story

Why Do We Get Déjà Vu?

August 11, 2026 · 5 min read

Imagine walking into a cafĂ© you’ve never visited before when an unsettling feeling suddenly washes over you. The conversation at the next table, the arrangement of the furniture, even the way someone reaches for a coffee cup all seem strangely familiar. For a brief moment, you’re convinced you’ve lived through this exact scene before. Just […]

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Recent Blogs

Biology

Why Do We Get Déjà Vu?

Imagine walking into a cafĂ© you’ve never visited before when an unsettling feeling suddenly washes over you. The conversation at the next table, the arrangement of the furniture, even the way someone reaches for a coffee cup all seem strangely familiar. For a brief moment, you’re convinced you’ve lived through this exact scene before. Just […]

Read more →
Biology

From Bone Marrow Niches to AI Cancer Tools: Science Week’s Big Threads (and What They Mean)

This week’s science spans the microscopic neighborhoods inside our bodies, the messy patterns of weather, and the fast-growing toolkit of AI. The common theme isn’t just “new results”—it’s better models for reality: chips that mimic bone marrow, cloud-scale datasets that mimic clinical practice, and improved sensor and machine-learning frameworks that try to untangle overlapping signals. […]

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Math

Should You Buy a New Car to Save on Gas?

When gas prices rise, replacing an older vehicle with something more fuel-efficient can feel like an obvious financial decision, especially with widespread adoption of EVs and Hybrid vehicles. But lower fuel costs do not automatically mean a new car will save you money. A replacement vehicle comes with its own costs: purchase price, depreciation, financing, […]

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Computing

Quantum Threats and Blockchain Security in Healthcare

Picture this: The very encryption that secures Bitcoin and blockchain technology could be unraveling within our lifetimes, all because of quantum computers. This is more than a theoretical threat; as quantum computing advances, it could become reality, posing significant risks not just to cryptocurrencies but to every secure blockchain used globally, including those in the […]

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Latest Research Articles

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pubmed

Sarcomere dynamic instability and stochastic heterogeneity drive robust cardiomyocyte contraction.

Haertter D; Hauke L; Driehorst T; Nishi K; Zimmermann WH; Schmidt CF

Scientists found that heart muscle cells, which help the heart beat, work in unexpected and random ways. They used special tools to study these cells and saw that on harder surfaces, they didn't work as well together, but each tiny part still moved on its own. This randomness helps the heart cells adjust and not get hurt.

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pubmed

Clonal stochasticity in early NK cell response to mouse cytomegalovirus is generated by mature subsets of varying proliferative ability.

Wethington D; Ahmad S; Potempa M; Giuliani G; Aguilar OA; Poudel M; Grassmann S; Stewart WC; Adams NM; Sun JC; Lanier LL; Das J

Scientists studied natural killer (NK) cells during an infection in mice. They found that NK cells can grow and remember the infection, just like other important immune cells. The study also looked at how these cells multiply and die, learning that NK cells grow more during infection, which helps us understand how they change and react when fighting viruses.

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