Starting this week, users of the science blog archive Rogue Scholar can sign in into the service using their ORCID credentials.

While on the usual internet lam traveling down the endless piles of papers reporting on fascinating new mysteries from the microbial world, an MRA stood out and caught my attention.

Hands-On Guide to Experiencing Claude’s Computer-Use Feature Without Any Coding Background

Introduction to the Rediscovery of Wolves in California In a groundbreaking development for wildlife enthusiasts and conservationists alike, two new wolf packs have been discovered in California, marking a historical moment as these majestic creatures establish their presence in the region after more than a century.

Cite as: Geoffrey Bilder (2024, December 2). 1000 days since Crossref updated its POSI self-assesment . Retrieved from https://doi.org/10.59347/89nnz-6mt57 function copyCitation() { const citationText = document.getElementById('citation-text').innerText.replace(/\s+/g, ' ').trim(); navigator.clipboard.writeText(citationText).then(() => {

8-10 July 2025 Edge Hill University, St James Campus, Manchester Oxford Road and online It has been 20 years since the conference that inaugurated Critical Studies in Television . Then, we invited scholars to reflect on the state of play regarding the field, allowing us to consider the multiple disciplinary influences, the breadth of its methodological approaches and future directions.

Mónica De L’arenal, DR © Acción, registro fotográfico Roma, Italia, 2018 Fue una acción realizada por la ciudad de Roma, Italia.

Differential Privacy is a powerful framework for ensuring privacy in data analysis by adding controlled noise to computations. Its mathematical foundation guarantees that the presence or absence of any individual’s data in a dataset does not significantly affect the outcome of an analysis. Here are six key equations that capture the essence of differential privacy and its mechanisms, along with references to their origins and explanations.

Since 2009, I have published over 125 articles on this blog, creating a space where my work intersects with the rigor of academic research and the applied challenges of industry. This platform has grown beyond a personal archive. It has become a resource for researchers, industry practitioners, and students alike. It currently attracts more than 18k monthly visitor from across the globe.

All the work we've been doing on biodiversity (such as LIFE) comes at a fairly large computation and storage cost due to the amount of data that we churn through. This gets worse when you consider the exploratory nature of science -- we sometimes just need to mess around with the large dataset to test hypotheses which are often shown to be wrong.

Customers of online services may want to take carbon emissions into account when deciding which service to use, but it's currently difficult to do so due to the lack of reliable emissions data that is comparable across online services.