An international study has revealed that super-Earth exoplanets, planets larger than Earth but smaller than gas giants like Neptune, are significantly more common across the universe than scientists once believed.
Dr Carlos Ziebert, Head of IAM-AWP’s Calorimeter Center, KIT, explains how the safety of stationary battery storage for renewables can be increased by battery calorimetry.
Dr Jeremy Aroles explores the implications of COVID-19 technologies, and proposes three ways to ensure that these powers can't be abused by the Government.
The Biosmart project aims to reduce the food that is thrown away, developing biobased compostable or recyclable packaging, including sensors to monitor food shelf-life plus functional and barrier coatings, as Dr Amaya Igartua from Fundación TEKNIKER explains.
Rasmus Astrup from TECH4EFFECT project and the Norwegian Institute of Bioeconomy Research (NIBIO), details the rudiments of improved forest management through new technologies and digital transformation.
Dr Lorraine Dodd of Bioss International discusses understanding the limitations of AI agents in terms of their potential for choice-making, and explains how the study of choose-ables could enhance them.
Jess K. Zimmerman, Professor at the University of Puerto Rico, charts the challenges to tropical forest resilience to hurricane damage revealed by long-term research in Puerto Rico.
Chang-Soo KIM, Professor at the Missouri University of Science and Technology, discusses the importance of developing a deeper understanding about how plant roots find water.
Ann Hemingway, Professor of Public Health at Bournemouth University, Dept Medical Science & Public Health, discusses how Equine Assisted Interventions can enhance mental health and wellbeing.
While diabetes has been declared as a signifier for infection complications, researchers now say that data suggests it is three times as likely these individuals have severe COVID or are hospitalised.
In the glacial period, sea ice decreases occurred at a similar time to drastic climate change and created intensive debate among scientists - now, the ICE2ICE project has a conclusive answer for what happened.
In this interview, Prof Christophe Drouet (CNRS Senior Scientist) – an international specialist in bio-inspired apatites – relates the multifunctional potential of these intrinsically biocompatible compounds for a wealth of uses from bone tissue repair, to cell-scale medicine.
Prof Dr Norbert Weber from TU Dresden argues that land availability for sustainable agricultural tree crops and a positive perception of this by the official administration both remain challenging hurdles.
