This page provides an English interface to the gxceed GX paper corpus. The corpus aggregates papers from 13 open scholarly metadata sources and uses AI-assisted classification to identify signals related to measurement, policy narratives, outcomes, implementation, industrial adoption, and verification.
The goal is not only to discover papers, but to observe how GX research is distributed across research substance, implementation narratives, external expectations, implementation substance, and judgment formation.
Summaries are AI-assisted. Always refer to the original paper for authoritative conclusions.
Showing 21–40 of 178 papers
Lidija Kraujalienė, Atif Yaseen, Saulius Kromalcas +1
This study analyzes the impact of AI, energy consumption, and economic growth on CO2 emissions using Japanese data from 1995-2024. AI and energy consumption increase emissions, while exports decrease them. Recommends shifting to renewables …
Guanqiong Ye, Siqi Li, Han Zhang +3
This paper proposes a multi-risk framework to evaluate fuel and technology options for maritime decarbonization under uncertainty. It integrates various risk factors to support long-term investment decisions.
Gian Müller, Thomas Schöb, Jann M. Weinand +1
This paper couples a national energy optimization model with Monte Carlo sampling (10,000 runs) across German and British power systems to probabilistically identify technology tipping points. It reveals wide uncertainty in the roles of win…
Seoyong Kim, Jangchul Song, Bonjun Koo
This study compares public acceptance of nuclear power between highly and lowly nuclear-dependent countries in Europe using Eurobarometer data. Perceived benefit and trust are the strongest positive predictors; perceived risk is the stronge…
Kaushal Ramesh, Mathieu Utting
This paper evaluates the geostrategic importance of Australian LNG exports to Japan, South Korea, and Taiwan, highlighting its advantages: supply from a like-minded regime, short sailing distance, and no chokepoints. It forecasts a supply d…
Tao Qian, Jinyu Yue, Chongyu Wang +3
This paper discusses the integration of urban energy systems with three-dimensional mobility (flying cars) for the scale-up of electric vertical takeoff and landing (eVTOL) aircraft. It highlights the optimization of energy supply infrastru…
Qingshan Li, Lele Zhang, Lei Zhao +1
This critical review integrates carbon mitigation, sink expansion, and ecosystem services into a unified framework. It shows that sectoral decarbonization via renewables and electrification, combined with natural and engineered sinks (CCS, …
Rui Zhong, Mingyan Pan
This study proposes a method to reduce CO2 emissions from new UHPC production by upcycling powders from demolished ultra-high performance concrete. Experiments evaluate the impact on strength and environmental load, demonstrating a promisin…
Hanne Knight
This paper discusses the importance of constructive narratives to promote home heat decarbonization. It offers communication strategies for policymakers and practitioners.
Consolación Sánchez-Sánchez, Juan Manuel Pérez Rodríguez, Alonso Antonio Herrero +1
This comprehensive review examines stationary battery energy storage systems (BESS) in the EU, covering technologies, market trends, and regulatory frameworks. It finds that deployment is accelerating but constrained by high costs, fragment…
Canay Özden‐Schilling
This paper examines lithium's critical role in the energy transition, analyzing extraction processes and supply chain risks while advocating for sustainable sourcing.
Mancke R.
This study compares the environmental performance of conventional Portland cement (CEM I) and alkali-activated binders (geopolymer concrete) under European regulatory frameworks and carbon pricing mechanisms. It evaluates drivers and barrie…
Rabiee A.
This paper compares global energy pathways for achieving net-zero emissions, expanding from the electricity sector to the entire economy. It highlights differences in decarbonization strategies across countries and regions, offering insight…
Omprakash Sarkar
This review examines anaerobic bioprocessing pathways for waste-to-energy, highlighting acidogenic/acetogenic fermentation producing hydrogen and volatile fatty acids, and methanogenesis producing biomethane. It argues for integrating these…
J. Belot
This brief analyzes CERAWeek 2026 as a structural shift where energy becomes a constraint layer for industry and AI, emphasizing the transition from abundance to constrained capacity, infrastructure deployment speed, and coordination across…
Apoorv Lal, Fengqi You
This paper presents a scenario-based framework to evaluate transcontinental electrification and hydrogen corridors for Europe's energy security and climate goals. It finds that corridors from MENA (electrification) and allies (hydrogen) can…
Yiksing Peng, X Wang, Weilong Gao
This study examines the joint impact of China's New Energy Demonstration Cities (NEDCs) and Low-Carbon City Pilots (LCCPs) on manufacturing firms' green total factor productivity (MFGTFP) using panel data from 2007-2024. A multi-period diff…
Beizhu Wang, Xiaojuan Li
This paper analyzes low-carbon transition pathways for heavy-industry parks using a case study from Fujian, China. It evaluates measures such as energy efficiency, renewable energy deployment, and CCUS, offering policy recommendations for i…
José Ignacio Olmeda Martos, Carlos García-Llorente
This paper proposes a digital energy justice framework to govern AI's growing electricity demand. It outlines three pillars: mandatory energy/carbon transparency per service, regulatory classification of AI uses by social value, and proport…
Ahmad Saeed, Muhammad Abdul Qyyum, Amjad Riaz +3
This paper provides a comparative review of carbon-derived and biomass-based sustainable aviation fuel (SAF) pathways from techno-economic and life-cycle perspectives. It analyzes costs, GHG reduction potentials, and feasibility of each pat…
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