The main idea of this work is: To provide a brief review of India's capability for the deployment of carbon capture, utilization, and storage technology on a large scale.

The integration of comprehensive digital twins in laboratory environments heralds a paradigm shift, enabling a level of automation and data management previously unattainable. This integration promises to enhance the efficiency and scope of self-driving laboratories and pave the way for creating a general “artificial intelligence (AI) scientist” with universal capabilities.

High soil temperature is a key environmental factor threatening food production in hot climates, especially in the era of global warming. Additionally, high soil evaporation under sunlight leads to significant water loss. Currently, there is a lack of effective and feasible soil management methods during hot seasons. This paper presents a soil-cooling strategy based on radiative cooling mulch.

This research has uncovered the conflicts between solar-energy development and the conservation of threatened bird species. A comprehensive analysis has revealed that a staggering 97.4% of regions with significant solar-energy potential overlap with the ranges of multiple endangered bird species. Even more alarming is the fact that over 17.0% of these areas are home to at least 10 threatened bird species. These findings highlight the urgent need to address the potential negative impacts of solar-energy projects on avian biodiversity.

This paper provides a detailed review of the physical mechanisms and resonance theories of WPT technology, performance enhancement methods, application scenarios, and future research directions, aiming to provide a comprehensive reference for relevant practitioners and researchers to promote the various applications of WPT technology in modern technology fields.

Transportation electrification is a critical step toward energy transition and a low-carbon society, with wide-ranging social and economic impacts. This study examines the significant role of the 2023 United Auto Workers strike in the context of transportation electrification, with a focus on its implications for the automotive industry and labor market dynamics.

Radiative cooling (RC) has been an attractive electricity-free approach to reducing the energy consumption of buildings. Current RC strategies focus on roofs; however, limited attention has been paid to vertical walls. Here, we report a zigzag-based structural design with asymmetric emissivity to realize optimal RC walls.

Until now, the absence of data on global building floorspace has impeded the measurement of building carbon intensity (carbon emissions per floorspace) and the identification of ways to achieve carbon neutrality for buildings. For this study, we develop a global building stock model (GLOBUS) to fill that data gap.

Focusing on carbon capture, utilization, and storage (CCUS) technologies, this piece underscores their significance in realizing sustainability and carbon neutrality goals, particularly within challenging sectors.

The present research focuses on the gap and need for developing global heat wave frameworks to effectively identify dangerous heat wave outdoor conditions over diverse climatic and geographic regions. This development will be helpful for climate scientists, health professionals, policymakers, and communities in developing mitigation strategies and raising awareness of heat risks.