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Anuj Kumar

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Anuj Kumar’s Journalist Portfolio

Ranthambore cottages reservations

Ranthambore cottages reservations

Tigers, Leopards, Striped Hyenas, Sambar deer, Chital, Nilgai, Common or Hanuman langurs, Macaques, Jackals, …

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Articles

Bubble-assisted cleaning for primary amine oxidation towards ampere-level current densities

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By Xichang Lin, Yisong Li, Anuj Kumar, Jiazhong Wu, Liang Luo, Xiaoming Sun
| Nature Verified
Abstract Organic molecular oxidation reactions are ideally regarded to be energy-saving alternative to replace oxygen evolution reaction (OER) for lowering the oxidation overpotential during green hydrogen production. However, the vast scale of hydrogen production is far beyond the fine chemical processes, inevitably resulting in substantial oxygen release.
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Retraction Note: Spin polarized first principles study of electro-magnetic and optical properties of K 2 NaXI 6 (X :Cr Fe) double halide perovskites

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By Danish Abdullah, AMAN KUMAR, Chakradhar Adupa, Anuj Kumar
| Nature Verified
Retraction of: Scientific Reports https://doi.org/10.1038/s41598-026-42192-w, published online 27 March 2026 The Editors have retracted this Article. After publication, concerns have been raised that the work described in this Article was not performed by the Authors and is based on material from another researcher’s unpublished work to which the Authors had confidential access. The Editors therefore have no confidence in the authorship of this Article. All Authors disagree with this retraction.
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Spin polarized first principles study of electro-magnetic and optical properties of K 2 NaXI 6 (X :Cr Fe) double halide perovskites

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By Danish Abdullah, AMAN KUMAR, Anuj Kumar, Chakradhar Adupa
| Nature Verified
Abstract Spin-polarized first-principles calculations were performed to investigate the physical properties of K₂NaXI₆ (X = Cr, Fe) halide double perovskites. Accurate electronic band gaps were obtained using the TB-mBJ exchange potential. Ab initio molecular dynamics simulations confirm the thermodynamic stability of both compounds. Electronic structure analysis reveals semiconducting behavior in both spin channels for K₂NaCrI₆ and K₂NaFeI₆.
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