Research : doi.org/10.1039/d5ya...
@rsc.org

#carboncaptureandutilization #carbondioxideconversion #nonthermalplasmatechnology #plasmadrivenfuelsynthesis #syngasproductionfromco2

Scientists Explore How Syngas Can Be Created from Carbon Dioxide and Water – The Science Matters Can electricity turn pollution into fuel? Discover how plasma systems are reshaping carbon capture and utilisation.

This catalyst-free approach opens new pathways for cleaner fuel synthesis and circular carbon systems. Could this be a step towards turning emissions into energy at scale?

Scientists Explore How Syngas Can Be Created from Carbon Dioxide and Water – The Science Matters Can electricity turn pollution into fuel? Discover how plasma systems are reshaping carbon capture and utilisation.

Their research shows that by carefully adjusting energy input and gas flow, the composition and efficiency of fuel production can be precisely controlled.

In a new study published in Energy Advances, Maxwell Klein and Joshua Jack from the University of Michigan @umich.edu demonstrate how non-thermal plasma can convert carbon dioxide and water into syngas, a key building block for sustainable fuels.

Scientists Explore How Syngas Can Be Created from Carbon Dioxide and Water – The Science Matters Can electricity turn pollution into fuel? Discover how plasma systems are reshaping carbon capture and utilisation.

Can electricity turn pollution into fuel? Discover how plasma systems are reshaping carbon capture and utilisation.

Article: thesciencematters.org/scientists-e...

Research: doi.org/10.1007/s116... Sustainability Science, Springer Nature @springernature.com

#ClimateChangeResearch #SustainabilityScience #HeritageBuildings #ArtificialIntelligence #ResearchCollaboration #EnergyRetrofit #MunsterTechnologicalUniversity #SustainabilityResearch #Engineering

AI does not replace their expertise, but acts as a neutral broker, synthesizing their perspectives into a single, usable lexicon. This human-AI collaboration model could strengthen future climate research worldwide.

Published in Sustainability Science, the research demonstrates the potential for shared terminology to facilitate collaboration between engineers, architects and communities working on energy retrofit strategies for historic buildings.

It shows how artificial intelligence helped build a multilingual sustainability glossary for heritage building renovation across Europe.

A new study led by Dr. Nina Hunter at Munster Technological University, with Noëlle Laetitia Perret from the Institute Arthur Piaget and Martin Klepal from Munster Technological University @mtu.ie.

Why Language Matters in Climate Change Solutions – The Science Matters What happens when sustainability researchers define key terms related to heritage renovation and sustainability with the help of artificial intelligence tools?

How do scientists from different countries agree on the meaning of climate research terms?

Article: thesciencematters.org/why-language...

Research : doi.org/10.1080/1468...
@tandfresearch.bsky.social

#enricomatteienergypolicy #historyofeuropeanenergysecurity #italysrussiangasdependence #naturalgasgeopoliticscoldwar #sovietenergyrelationswitheurope

The Historical Construction of a Structural Dependence of Italy on Soviet Gas – The Science Matters Why was Italy dependent on Russian gas before 2022? Discover how decades of policy, economics, and Cold War decisions shaped this long-standing dependence.

From Enrico Mattei’s disruptive deals to the West Siberian pipeline and the nuclear phase-out after the Chornobyl disaster, each decision reinforced long-term reliance.

At the University of Salento, Labbate reveals how structural energy scarcity, strategic policymaking, and economic pragmatism shaped decades of dependence.

The Historical Construction of a Structural Dependence of Italy on Soviet Gas – The Science Matters Why was Italy dependent on Russian gas before 2022? Discover how decades of policy, economics, and Cold War decisions shaped this long-standing dependence.

How did Italy become dependent on Russian gas long before today’s crises?

New research by Silvio Labbate, published in Cold War History, traces this story back to the postwar era.

Article: thesciencematters.org/the-historic...

Research : doi.org/10.1039/D5CP...
@rsc.org

#congenitalhypothyroidism #diseaseswithcomputationalchemistry #humaniodotyrosinedeiodinase #moleculardynamicssimulation #qmmmcalculations

Even Distant Mutations Can Trigger Disease Proliferation – The Science Matters What if protein motion holds the key to genetic disorders? How do tiny mutations alter folding pathways and disrupt essential biochemical reactions in humans?

Using advanced molecular simulations, the study uncovers hidden mechanisms behind congenital hypothyroidism and challenges traditional views of mutation-driven disease.

New research by Soumyajit Karmakar,Biman Giri,and Sabyashachi Mishra from the Indian Institute of Technology Kharagpur,published in Physical Chemistry Chemical Physics (Royal Society of Chemistry),reveals how even distant mutations can disrupt enzyme function, protein folding, and electron transfer.

Even Distant Mutations Can Trigger Disease Proliferation – The Science Matters What if protein motion holds the key to genetic disorders? How do tiny mutations alter folding pathways and disrupt essential biochemical reactions in humans?

What if disease is not caused by where a mutation sits, but how its effects ripple across an entire protein?

Article: thesciencematters.org/even-distant...

Hierarchical Communication, Productivity, and Conflict Management in Indian Manufacturing Firms - Vidhu Gaur, 2026 Communication plays a significant role in the seamless operation of the manufacturing industry. Effective communication nurtures collaboration across varied dep...

Research : doi.org/10.1177/2329...
Sage journals

#hierarchicalcommunicationinorganisations #industrialefficiencycommunicationsystems #manufacturingproductivitycommunication #organisationalinformationtheoryoit #workplacecommunicationandconflict

What Indian Manufacturing Teaches Us About Talking Better – The Science Matters What if machines are not the real problem in factories? New research shows how communication breakdowns quietly reduce productivity and increase costly errors.

This research reframes how organisations should design leadership, feedback, and collaboration.

What Indian Manufacturing Teaches Us About Talking Better – The Science Matters What if machines are not the real problem in factories? New research shows how communication breakdowns quietly reduce productivity and increase costly errors.

Analysing 140 employees across Indian manufacturing hubs, the research shows that communication flow alone explains up to 68 percent of employee performance. From faster decisions to fewer errors, the findings position communication as a critical operational system rather than a soft skill.

A new study by Vidhu Gaur from Management Development Institute Gurgaon, published in the International Journal of Business Communication, reveals how hierarchical communication shapes productivity, profitability, and conflict in industrial systems.

What Indian Manufacturing Teaches Us About Talking Better – The Science Matters What if machines are not the real problem in factories? New research shows how communication breakdowns quietly reduce productivity and increase costly errors.

What if the biggest inefficiency in manufacturing is not machines but communication?

Article: thesciencematters.org/what-indian-...

U–Pb Geochronology and Petrogenesis of Dongargarh Granite, Bastar Craton, Central India: Insights Into Crustal Growth and Critical Metals Mineralization Across Archean‐Proterozoic Transition Dongargarh granite formed due to partial melting of Neoarchean lower crust through intracrustal recycling, with variable contributions from TTGs, metasediments, and upper mantle. Dongargarh…

Research : doi.org/10.1002/gj.7...
wiley

#Geology #RareEarthElements #CriticalMinerals #CleanEnergy #EarthScience #BastarCraton #UPES #IITISM #GeologicalJournal #EnergyTransition

How Critical Metals in Ancient Rocks Shape our Clean and Green Energy Future – The Science Matters Could billions-year-old granite in Central India supply rare earth elements for clean energy technologies and reshape exploration strategies for India’s resource future?

The Bastar Craton could become a strategic exploration target for lithium, tin, and rare-earth elements, supporting future energy security and climate technologies.

How Critical Metals in Ancient Rocks Shape our Clean and Green Energy Future – The Science Matters Could billions-year-old granite in Central India supply rare earth elements for clean energy technologies and reshape exploration strategies for India’s resource future?

Published in the Geological Journal, the study combines zircon U-Pb geochronology, mineral chemistry, and whole-rock geochemistry to show that early continental crust formation is linked to critical mineral enrichment.

How Critical Metals in Ancient Rocks Shape our Clean and Green Energy Future – The Science Matters Could billions-year-old granite in Central India supply rare earth elements for clean energy technologies and reshape exploration strategies for India’s resource future?

Reveals that the 2.46-billion-year-old Dongargarh granite contains allanites and zircon with high concentrations of rare earth elements and thorium essential for electric vehicles, wind turbines, and advanced electronics.

Ancient rocks from Central India may help power the clean energy future. New research by Dr. Sunil Kumar Khare of the University of Petroleum and Energy Studies, Dehradun, India, and A. S. Venkatesh of IIT ISM Dhanbad, India.

How Critical Metals in Ancient Rocks Shape our Clean and Green Energy Future – The Science Matters Could billions-year-old granite in Central India supply rare earth elements for clean energy technologies and reshape exploration strategies for India’s resource future?

Could billions-year-old granite in Central India supply rare earth elements for clean energy technologies and reshape exploration strategies for India’s resource future?

Article: thesciencematters.org/how-critical...