This #EHUikerketa proposes a model to characterize the correlation of either zero-phonon line photons or Stokes-shifted photons.

This #EHUikerketa integrated a thiol rich Zr(IV)- Metal-Organic Framework (MOF), namely BCM-1, into a soy protein (SPI) and chitin (CHI) sponge in order to engineer a 3D-hybrid water filter.

This #EHUikerketa investigated the warm-up practices implemented by strength and conditioning coaches in basketball prior to practices and games. 

This #EHUikerketa evaluated the association between neighborhood disadvantage and serum cortisol, a physiologic marker of stress, and whether social support moderates this relationship in BCa patients.

This #EHUikerketa replaced the conventional PEDOT:PSS layer with the self-assembled monolayer EADR03, presenting, to the best of knowledge, the first report of a SAM employed as a hole-selective layer in Sn-LEDs.

In this #EHUikerketa, ambient pressure X-ray photoelectron spectroscopy was applied to evaluate the in situ chemical evolution of the lithium metal surface under nitrogen gas up to 800 mTorr.

This #EHUikerketa reports experimental evidence for coherent charge transport in the normal state of the kagome metal CsV3Sb5, indicative of a distinct collective electronic state. 

This #EHUikerketa used machine-learning and conducted analysis of variance and logistic regression to identify clinical variables to characterize cirrhosis risk and predict mortality within the ensuing 5-years.

This #EHUikerketa investigated water confined within calcium-cross-linked pectin and metal–organic framework nanochannels using differential scanning calorimetry, broadband dielectric spectroscopy, and FT-IR spectroscopy. 

By combining regular nanopores with alternating graphene and biphenylene segments, the authors have created a new class of tunable 2D carbon material that bridges fundamental physics and practical function. https://f.mtr.cool/bdwtjfucyx

The researchers set out to combine nanoporous graphene with segments of biphenylene in a single, continuous 2D material.

A new study reports the creation of a previously unrealized 2D carbon allotrope that combines features of graphene with engineered holes (nanopores) and alternative carbon ring arrangements known as biphenylene segments. https://f.mtr.cool/vcabmtwiep

When online violence becomes a pathway to physical intimidation, the effect extends far beyond individual targets. It becomes a structural threat to freedom of expression and democracy

AI is already being used to silence and harass women whose voices are vital to the preservation of democracy.

The era of AI-assisted online violence is no longer looming. It has arrived. And it is reshaping the threat landscape for women who work in the public sphere around the world.

When online violence becomes a pathway to physical intimidation, the effect extends far beyond individual targets. It becomes a structural threat to freedom of expression and democracy

Cracks in concrete don’t just look bad; they lead to deterioration over time and costly repairs. That is why developing concrete that resists cracking or heals itself is so important. https://f.mtr.cool/iwgemsetva

AI is already being used to silence and harass women whose voices are vital to the preservation of democracy.

The limitations of bacteria-based self-healing led researchers to explore chemical-based mechanisms. These healing agents will react with water, air, cement or curing agent to fill in cracks quickly. https://f.mtr.cool/yykzihelid

The era of AI-assisted online violence is no longer looming. It has arrived. And it is reshaping the threat landscape for women who work in the public sphere around the world.

Traditional concrete is able to mend small cracks when water triggers leftover cement in a process known as autogenous healing.

AI tools are being used to subject women in public life to online violence. https://mappingignorance.org/2025/12/24/ai-tools-are-being-used-to-subject-women-in-public-life-to-online-violence/

The JTRACK expedition builds upon results from an earlier expedition to the region one year after the earthquake, which first identified the weak nature of the shallow plate boundary fault.

At the Japan Trench the fault zone narrows into a thin, clay-rich layer hidden just beneath the seafloor. That weak layer enabled the 2011 “megathrust” earthquake to rupture all the way to the trench.

The JTRACK research expedition has uncovered new details as to why a 2011 earthquake northeast of Japan behaved so unusually as it lifted the seafloor and produced a tsunami that devastated coastal communities.

The JTRACK expedition builds upon results from an earlier expedition to the region one year after the earthquake, which first identified the weak nature of the shallow plate boundary fault.

The new study not only reveals when and where glaciers will vanish; it can also help policymakers, communities, the tourism sector and natural hazard managers prepare for a future with less ice and water.

At the Japan Trench the fault zone narrows into a thin, clay-rich layer hidden just beneath the seafloor. That weak layer enabled the 2011 “megathrust” earthquake to rupture all the way to the trench.

A groundbreaking study, for the first time, calculates how many glaciers worldwide disappear each year, are likely to remain until the end of the century, and for how long. https://f.mtr.cool/vaxoznqhfu

The JTRACK research expedition has uncovered new details as to why a 2011 earthquake northeast of Japan behaved so unusually as it lifted the seafloor and produced a tsunami that devastated coastal communities.

For the Alps, the outlook is stark: If current climate policies steer the world towards a temperature rise of +2.7 °C, only about 110 glaciers would remain in Central Europe by 2100—a mere 3% of today’s total. 

Hidden clay intensified 2011 Japan megaquake. https://mappingignorance.org/2025/12/23/hidden-clay-intensified-2011-japan-megaquake/

Critical thinking must be the counterweight to what AI offers. Only by achieving balance can GenAI be used effectively.

A recently published study analyzed data from 500 high school students based on the substantive associations between the use of GenAI, innovation capacity, and digital literacy.

The expansion of generative artificial intelligence has multiplied the amount of content available very easily and quickly. Two skills become decisive for safe and effective use: critical thinking and media literacy.

This #EHUikerketa underscores the pivotal role of NDSS in enhancing operational efficiency, ensuring product quality, and driving future advancements in analytical instrumentation.

This #EHUikerketa demonstrates anisotropic hybridization that vanishes along specific directions in momentum space—referred to as nodes—in a lanthanide-based two-dimensional van der Waals heavy-fermion compound, CeSiI. 

This #EHUikerketa presents an interesting method for extracting noise parameters using highly reflective loads, such as those available in a vector network analyzer (VNA) calibration kit.

This #EHUikerketa describes the current status and future prospects of bile acid-based therapies for hepatobiliary diseases in adults, children, and during pregnancy, on the basis of historical developments over centuries and millennia.

In this #EHUikerketa, the influence of oxygen on the radical polymerization of styrene is explored.

Using machine-learning algorithms, this #EHUikerketa developed and characterized imatinib-loaded nanomicelles to enhance tumor-targeted delivery and reduce systemic toxicity.

This #EHUikerketa aims to contribute to clarifying both the concept of bullshit and some debates surrounding this phenomenon. 

This #EHUikerketa explores potential associations between suicide risk and neurophysiological (Auditory P300 Event-Related Potential) and acoustic voice and speech parameters in adolescents. 

To improve Carbonated soybean oil bio-based polyhydroxyurethanes (PHUs) produced without isocyanates' properties, this study presents two strategies: copolymerization with other carbonated monomers and hybridization with epoxy monomers.

By combining regular nanopores with alternating graphene and biphenylene segments, the authors have created a new class of tunable 2D carbon material that bridges fundamental physics and practical function. https://f.mtr.cool/mlhlgezzlr

The researchers set out to combine nanoporous graphene with segments of biphenylene in a single, continuous 2D material.

A new study reports the creation of a previously unrealized 2D carbon allotrope that combines features of graphene with engineered holes (nanopores) and alternative carbon ring arrangements known as biphenylene segments. https://f.mtr.cool/zcvwtggktx

By combining regular nanopores with alternating graphene and biphenylene segments, the authors have created a new class of tunable 2D carbon material that bridges fundamental physics and practical function. https://f.mtr.cool/urfbxlefey

These results mean that we need to think of antimicrobial peptides as agents that shake the membrane just enough to let water and ions slip through fleeting cracks, rather than drilling permanent tunnels. 

The researchers set out to combine nanoporous graphene with segments of biphenylene in a single, continuous 2D material.