Explore academic impact beyond rankings. Rankless offers a fresh perspective on how universities influence each geography and topic, emphasizing diverse forms of impact and providing a richer understanding of academic influence.

Read the full article at: www.rankless.org

Nathaniel J. Gaut, Christopher Deich, Brock Cash, Tanner Hoog, Aaron E. Engelhart, Katarzyna P. Adamala

Prof. Kate Adamala and her team at the University of Minnesota have built SpudCell, a cell-like system constructed entirely from known chemical components that can perform a complete cell cycle.

The system contains 36 purified enzymes, a 90,000 base pair genome spread across nine separate DNA molecules, and a lipid membrane. SpudCell is able to grow, replicate its genome, divide, and undergo selection and competition across multiple generations.

Unlike earlier work on minimal cells that carved down living cells, SpudCell is built entirely bottom-up from individually purified, non-living components. It is the first time such a system has demonstrated a complete cell cycle.

Read the full article at: biotic.org

The 2026 edition of the Complexity 72h Workshop has wrapped up in London, bringing together roughly 60 participants and 14 tutor teams for five days of intensive, collaborative science. Hosted by Northeastern University London and the Network Science Institute (NetSI) at their Devon House campus—a striking location overlooking London’s historic St Katharine Docks, the event carried on a tradition launched in 2018 where researchers form small teams around a specific project and work flat-out for 72 hours, with the goal of having a paper ready for an online repository by the time the clock runs out. The track record so far is perfect — all 33 projects from past editions have resulted in preprints, and 9 have gone on to become peer-reviewed publications, leading to long-term collaborations.

This year’s cohort tackled a notably wide range of questions. Projects spanned political polarization and belief networks, brain connectivity and the social self, regional greenhouse-gas trends, emergent deception in LLM-based agent models, statistical signatures of success in NBA basketball, patterns in egocentric communication networks, and the long-term impact of AI on education. The diversity of topics is part of what makes the format so productive: participants arrive from different disciplines and leave having genuinely done science together. 

True to the workshop’s mission of producing a research preprint within 72 hours, the results of the seven projects can already be viewed on arXiv

Read the full article at: www.networkscienceinstitute.org

Queen’s University Belfast is delighted to launch the recruitment process for 20 Early-Stage Researchers (ESRs) as part of its Foresighters Doctoral Training Programme. This offers an exceptional opportunity for future research leaders to access an innovative programme of doctoral training at one of the UK’s leading universities and engage in high impact, inter-disciplinary research with a wide range of non-academic partners.

FORESIGHTERS (Future ORiEnted Skills, Innovation for Governance for Health, Technology, EneRgy, citieS and creativity) offers unique opportunities to build a future research career that tackles complex societal problems. While researchers will be based in academic units across the university, from engineering, humanities, social science and the arts, they will be working within one of 5 interdisciplinary research themes (Health, Technology, Energy, Future Cities, and Creativity). The cohort of researchers will be bound by a common perspective and training in Futures Thinking and Futures Literacy and will develop the skills and capabilities to understand, imagine, and critically use different ideas about the future to better understand key challenges. In addition to advanced training offered by the Thomas Moran Graduate School, FORESIGHTERS ESRs will be trained in skills for anticipating change and using multiple possible futures to stimulate reflection, creativity, resilience and focus for contemporary action. The training programme also has a strong emphasis on the development of sustainable, diverse, and equitable research environments.

More at: www.qub.ac.uk

This initiative aims to identify and structure the foundational contributions that define complex systems, network science, and related domains, across theory, methods, and applications. The goal is to build a coherent, field-wide reference that reflects how the discipline is actually used and understood across different subdomains.

In recent years, large-scale models and automated systems have made it possible to synthesize vast amounts of scientific information. However, identifying what is foundational — what truly shapes the conceptual and methodological backbone of a field — still requires distributed expert judgment. This effort is designed to complement algorithmic approaches by leveraging collective intelligence: many independent perspectives, aggregated into a structured view.

The objective is not to produce a simple ranking of famous papers, but to build a structured map of the field’s foundations, including works that may be missing from keyword-based or citation-based approaches.

Read the full article at: manliodedomenico.com