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1. IR-safe and UV-safe integrands in the EFTofLSS with exact time dependence

   https://doi.org/10.1088/1475-7516/2017/08/037  

   Lewandowski, Matthew; Senatore, Leonardo (August 2017, Journal of Cosmology and Astroparticle Physics)
2. Is the air we breathe safe?

   https://doi.org/10.1126/science.adx1128  

   Prather, Kimberly; Barsanti, Kelley (March 2025, Science)

   Is the air we breathe safe? This seemingly straightforward question is often unanswerable because regulations, monitoring approaches, and reporting structures cannot keep up with the rapid human-induced shifts to the planet and atmosphere. The air is becoming more burdened by pollutants from new sources such as intense fires at the wildland-urban interface, an ever-expanding area where human development meets natural habitats. Air pollution is the second leading cause of human death worldwide, a statistic that excludes numerous indoor and acute outdoor exposures. To protect public health everywhere, air quality standards must be modernized, advanced instrumentation mobilized, and collaborative networks established to move air quality assessment into the 21st century. 

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3. Carrying the Moral Burden of Safe Fieldwork

   https://doi.org/10.1002/bes2.2031  

   Blonder, Benjamin Wong (January 2022, The Bulletin of the Ecological Society of America)
4. Safe Space Commitment

   https://doi.org/10.5670/oceanog.2024.118  

   Pedra_Nobre, Rosana; Caref, Elisa; Balladares, Elizabeth; Zaima-Sheehy, Laurel (January 2023, Oceanography)

   Many cities around the world are taking steps to celebrate urban nature and move toward more sustainable living. As we progress, there is increasing focus on environmental initiatives and on intersecting with Black, Indigenous, and people of color (BIPOC) and other marginalized communities. Because of the long history of racism in the conservation and environmental movements, BIPOC communities have often been excluded from working in environmental science, ecology, and related fields. According to one survey of more than 200 environmental nonprofits, government agencies, and funders, “People of color are 36% of the US population and comprise 29% of the science and engineering workforce but they do not exceed 16% of the staff in any of the organizations surveyed” (Green 2.0, 2021). Absent changes in the latter percentages, environmental organizations cannot effectively address many of the urban environmental issues they face without input from, and connection with, these communities. 

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5. Safe Permissionless Consensus

   Pu, Youer; Alvisi, Lorenzo; Eyal, Ittay (October 2022, Leibniz international proceedings in informatics)

   Scheideler, Christian (Ed.)

   Nakamoto’s consensus protocol works in a permissionless model, where nodes can join and leave without notice. However, it guarantees agreement only probabilistically. Is this weaker guarantee a necessary concession to the severe demands of supporting a permissionless model? This paper shows that, at least in a benign failure model, it is not. It presents Sandglass, the first permissionless con- sensus algorithm that guarantees deterministic agreement and termination with probability 1 under general omission failures. Like Nakamoto, Sandglass adopts a hybrid synchronous communication model, where, at all times, a majority of nodes (though their number is unknown) are correct and synchronously connected, and allows nodes to join and leave at any time. 

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