LIED (UMR 8236) – Laboratoire Interdisciplinaire des Énergies de Demain

Urban green space (UGS) users’ perceptions and practices toward biodiversity have undergone significant shifts over the past decade, yet few studies have examined these temporal dynamics. This study analyzes changes in the relationship between UGS users and biodiversity in Paris […]

In a previous work, a complete methodology for monitoring the growth of a filamentous fungus was introduced, allowing the automated extraction of its graph structure and of its key statistics. In parallel, a stochastic growth-fragmentation model for the dynamics of such mycelial networks was […]

Open-economy macroeconomics is built on net concepts-current accounts, net capital flows, net foreign asset positions-yet financial vulnerability accumulates through the gross balance-sheet positions that these measures cannot, by construction, detect. Following Borio [2014], Borio and Disyatat […]

<div><p>A growing number of studies shows that nuclear movement, positioning, and the mechanical constraints applied to the nucleus play important roles in cellular physiology and gene regulation. This process, known as nuclear mechanotransduction, is an emerging field of research, and […]

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Sustainability debates are monopolized by quantities: total energy use, material stocks, or recycling volumes. These metrics are informative, but they obscure a more fundamental constraint. On a materially closed but energetically open Earth, long-term viability is governed by rates: power density, […]

This paper presents a high-gain non-isolated DC-DC boost converter dedicated to photovoltaic (PV)-based lowcost microgrid applications. The proposed topology achieves a high voltage conversion ratio while reducing the number of passive components compared to conventional high-gain boost converters, […]

Energy transition scenarios anticipate a substantial increase in material demand driven by the large-scale de ployment of low-carbon technologies, particularly photovoltaics. Existing assessments typically limit their time horizon to 2050, which aligns with political targets and allows identifying […]

L'inauguration de l'installation CONNECT-Plant Being s'est tenue dans le cadre du financement du petit projet CONNECT-Plant Being, finance par le PEPR ICCARE.

With global warming, the frequency and intensity of heatwaves are set to increase over the next ten years (IPCC, 2023). As the world's urban population increases, reaching 75% by 2050 (UN, 2015), urban habitability during heatwaves is a major global challenge.Among the existing solutions for […]

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