Máté Farkas on Muck Rack

Máté Farkas

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Articles

Emerging risk identification in the food chain using text mining–supported monitoring of food safety news: insights from 2022 to 2023

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By Zsuzsa Farkas, Andrea Zentai, Máté Farkas, Tekla Engelhardt, Miklós Süth, Krisztián Vribék, Szilveszter Csorba, Erika Országh, Orsolya Strang, Ákos Józwiak
| Nature Verified
Abstract The identification of emerging risks in the food chain is essential for proactive food safety management in a rapidly evolving global environment. In this study, we applied a structured emerging risk identification framework supported by text mining of food safety news collected from the Europe Media Monitor (EMM) to analyse signals from 2022 to 2023. The workflow combines automated news collection, topic detection, and expert evaluation within a multi-stage filtering system.
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Maximal device-independent randomness in every dimension - Nature Physics

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By Máté Farkas, Ranyiliu Chen
| Nature Verified
Abstract Many scientific and security protocols rely on sources of unpredictable and private random numbers. Device-independent quantum random number generation is a framework that makes use of the intrinsic randomness of quantum processes to generate numbers that are fundamentally unpredictable according to our current understanding of physics. However, the difficulty of controlling quantum systems makes it challenging to carry out device-independent protocols in practice.
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Large‐Scale Genomic SNP Dataset for Central and Southeast European Turkey Oak (Quercus cerris L.) Populations Generated by ddRAD‐Seq Method

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By Botond B. Lados, Máté Farkas, Attila Benke, Csilla É. Molnár
| Wiley Online Library Verified
1 Introduction Oaks (Quercus L.) are among the most important woody plants in the forest ecosystems of the Northern Hemisphere (Nixon 2006). Their adaptability has enabled them to successfully survive the large-scale climatic changes and geological transformations of the last 60 million years (Kremer and Hipp 2020). Their evolutionary history suggests that oaks possess a strong genetic basis for adaptation, which may be crucial for responding to current climate change.
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