Can synthetic data enhance clinical studies, expand clinical analyses, and mitigate privacy concerns? By replicating the key properties of real people in synthesized datasets, scientists gain a clinical population to study freely. A PNAS Core Concept explainer: https://ow.ly/4B3k50SYKNk
PNAS
Periodical Publishing
Washington, District of Columbia 2,546 followers
One of the world's most-cited and comprehensive multidisciplinary scientific journals.
About us
The Proceedings of the National Academy of Sciences (PNAS), a peer reviewed journal of the National Academy of Sciences (NAS), is an authoritative source of high-impact, original research that broadly spans the biological, physical, and social sciences. The journal is global in scope and submission is open to all researchers worldwide. PNAS was established in 1914 in honor of the semicentennial anniversary of the National Academy of Sciences. Since then, we have worked to publish only the highest-quality scientific research and to make that research accessible to a broad audience. In addition, PNAS publishes science news, Commentaries, Perspectives, Special Features, podcasts, and profiles of NAS members.
- Website
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https://www.pnas.org
External link for PNAS
- Industry
- Periodical Publishing
- Company size
- 51-200 employees
- Headquarters
- Washington, District of Columbia
- Founded
- 1914
- Specialties
- Science Publishing, Science , Science Advocacy, Scientific Research, Professional and Career Development, Research, Early-Career Researchers, and CDEI
Updates
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Read highlights in this week’s issue of PNAS: We examine carbon storage in the Brazilian Amazon, study the tundra ecosystem beneath Greenland’s ice sheet, and observe ventilation and influenza transmission. https://ow.ly/1arX50SYRwh
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Explore the fascinating world of chemistry with PNAS! Our latest research, Perspectives, and Commentaries will expand your knowledge and inspire you with high-impact and innovative discoveries in the field. Read more here: https://ow.ly/eSQ450SYNHV
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In the latest Science Sessions podcast, Cesar Estien of Beyond Academia - UCBerkeley explores how mid-20th century redlining impacts the biodiversity of disadvantaged neighborhoods. Listen now: https://ow.ly/phZa50SYMkF
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Magellanic penguins in Argentina are declining due to climate change. Larger penguins fare better, but a study finds that the colony as a whole is not evolving to become larger because, in years when prey is scarce, it pays to be smaller. In PNAS: https://ow.ly/TML750SYQHe
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Over 3 billion years ago, Mars had large volumes of liquid water. Research suggests its mid-crust contains water-saturated fractured rocks, shedding light on Mars' water cycle, the fate of past surface water, and future resource use. In BBC News: https://ow.ly/Z6o850SYLtS In PNAS: https://ow.ly/TAyj50SYLtX
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Inner Workings: Extreme quasars shed light on the rapid lives of the first black holes Recent discoveries of record-breaking quasars are challenging astronomers’ understanding. https://ow.ly/85ZI50SYK7i
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Opportunity for emerging SEM leaders in the Americas! The Connections to Sustain Science in Latin America Symposium 2025 brings together outstanding early/mid-career researchers from North America, Latin America, and the Caribbean to explore exciting advances and opportunities in their fields and to facilitate scientific exchange and research collaborations within and beyond the region. This meeting will be held March 11-13, 2025, in Lima, Peru, in partnership with and hosted by the University of Engineering and Technology. Session themes are: · Artificial Intelligence · Water Resilience · Infectious Diseases · Sustainable Energy Infrastructure · Biodiversity Apply by September 30 to expand your international network, collaborate across disciplines, and make lasting connections with researchers from the Americas: https://ow.ly/MS2T50SYNtB
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Part of the Martian crust 11.5–20 km beneath the surface may be saturated liquid water—potentially more water than the planet’s hypothesized ancient oceans, a finding with implications for the search for life on Mars and future Mars missions. In PNAS: https://ow.ly/8XMO50SYQyT
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In this issue: Mares as models for miscarriage; reconstructing pre-industrial fire activity; ventilation and influenza transmission. https://ow.ly/carF50SYRuU
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