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   https://doi.org/10.1039/D3VA00340J  

   Nason, Sara L; Thomas, Sara; Stanley, Chelli; Silliboy, Richard; Blumenthal, Maggie; Zhang, Weilan; Liang, Yanna; Jones, Jasmine P; Zuverza-Mena, Nubia; White, Jason C; et al (February 2024, Environmental Science: Advances)

   In this community driven project, hemp plants were used to extract PFAS from contaminated soil and hydrothermal liquefaction was used to degrade PFAS in the harvested hemp. 

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2. Analysis of additively manufactured flexible wing model

   https://doi.org/10.1108/RPJ-03-2023-0112  

   Fernandes, Rossana; Hu, Benyang; Wang, Zhichao; Zhang, Zheng; Tamijani, Ali Y (September 2023, Rapid Prototyping Journal)

   PurposeThis paper aims to assess the feasibility of additively manufactured wind tunnel models. The additively manufactured model was used to validate a computational framework allowing the evaluation of the performance of five wing models. Design/methodology/approachAn optimized fighter wing was additively manufactured and tested in a low-speed wind tunnel to obtain the aerodynamic coefficients and deflections at different speeds and angles of attack. The flexible wing model with optimized curvilinear spars and ribs was used to validate a finite element framework that was used to study the aeroelastic performance of five wing models. As a computationally efficient optimization method, homogenization-based topology optimization was used to generate four different lattice internal structures for the wing in this study. The efficiency of the spline-based optimization used for the spar-rib model and the lattice-based optimization used for the other four wings were compared. FindingsThe aerodynamic loads and displacements obtained experimentally and computationally were in good agreement, proving that additive manufacture can be used to create complex accurate models. The study also shows the efficiency of the homogenization-based topology optimization framework in generating designs with superior stiffness. Originality/valueTo the best of the authors’ knowledge, this is the first time a wing model with curvilinear spars and ribs was additively manufactured as a single piece and tested in a wind tunnel. This research also demonstrates the efficiency of homogenization-based topology optimization in generating enhanced models of different complexity. 

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3. Quaternary ammonia compounds in disinfectant products: evaluating the potential for promoting antibiotic resistance and disrupting wastewater treatment plant performance

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   Lu, Zihao; Mahony, Anna K.; Arnold, William A.; Marshall, Christopher W.; McNamara, Patrick J. (February 2024, Environmental Science: Advances)

   Quaternary ammonium compounds (QACs) are a class of compounds that were widely used as disinfectants during the COVID-19 pandemic and continue to be used as disinfecting agents. 

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4. Assigning flavin's difference-FTIR spectral bands in solution: frequency and intensity shifts in flavin's 1-electron and 2-electron reduced states

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   Le, DP Ngan; Hastings, Gary; Gozem, Samer (November 2025, Physical Chemistry Chemical Physics)

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5. Comparative Analysis of Core Microbiome Assignments: Implications for Ecological Synthesis

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   Custer, Gordon F.; Gans, Maya; van Diepen, Linda T.; Dini-Andreote, Francisco; Buerkle, C. Alex; Torres-Ballesteros, Adriana (February 2023, mSystems)

   Shade, Ashley (Ed.)

   Different methods are commonly used to assign core microbiome membership, leading to methodological inconsistencies across studies. In this study, we review a set of the most commonly used core microbiome assignment methods and compare their core assignments using both simulated and empirical data. 

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