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Results for "Genetics & Molecular Biology"

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#581Chemistry & Material ScienceFront Page17 March 2026

Redefining Quantum Chemistry: How Complex Molecular Orbitals Simplify Multireference States

Researchers have demonstrated that using complex mathematical functions can collapse notoriously difficult multireference quantum states into a single determinant. While traditional methods strictly require multideterminant wave functions, the new approach offers high accuracy for specific configurations with a streamlined mathematical framework.

By Li, Wang, Luo, Wang

#582Computer Science & AIFront Page15 November 2025

Molecular Snippets Outperform Their Polymer Parents

Scientists are finding that short, precisely-defined molecular chains called aniline oligomers offer superior performance over their well-known polymer counterpart, polyaniline. This precision allows for molecular engineering that has led to a major breakthrough: supercapacitors with a cycle life five times longer than those made with the traditional polymer.

By Lin, Chang, Wang, Kaner

#583Genetics & Molecular BiologyFront Page28 November 2025

Scaling Heights: The Black Redstart’s Genome Revealed

Researchers have assembled the first high-quality reference genome for the Black Redstart, a bird capable of thriving at extreme altitude variances. This genetic map reveals an unusually high proportion of transposable elements and offers a crucial resource for studying evolutionary adaptation in low-oxygen environments.

By Ghimire, Wang, Hu, Lamichhaney

#584NeuroscienceFront Page7 January 2026

Synaptic Pruning: How Viruses Might Hijack Your Brain’s Cleanup Crew

The brain maintains efficiency by deleting unused connections, but viruses can disrupt this critical maintenance. A review suggests pathogens trigger inflammation that leads to either excessive clearing or cluttered neural pathways.

By Aliakbari, Asadi, Sayyah, Naderi, Salarvandian, Khodagholi, Gholami Pourbadie

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