The work introduces a novel framework that will allow the researchers to create individualized brain models based on detailed data from noninvasive, high-temporal resolution brain scans. https://t.co/xWaFdRX3YV

The study links differences in alpha- and beta-frequency oscillations with brain-wide variation in the balance between excitatory neurons and inhibitory neurons. https://t.co/xWaFdRX3YV

In this study, the researchers introduce the Florey Dementia Index statistical modeling approach for predicting disease onset and test the index in an Alzheimer’s-specific cohort. https://t.co/bcC32JgdYv

This work introduces a novel framework that will allow the researchers to create individualized brain models based on detailed data from noninvasive, high-temporal resolution brain scans. https://t.co/xWaFdRX3YV

The Florey Dementia Index predicts the age at onset of mild cognitive impairment and Alzheimer’s dementia with high accuracy, potentially enabling patients and clinicians to better plan care and prioritize early treatment. https://t.co/BftW2rByRu

A study from neuroscientists and engineers developed a new method to create personalized brain models, which offer insights into individual neural dynamics. https://t.co/xWaFdRX3YV

A predictive tool for determining the age at which individuals may develop mild cognitive impairment (MCI) or Alzheimer’s dementia (AD) has demonstrated the ability to predict MCI onset within 2.78 years and AD onset within 1.48 years. https://t.co/bcC32JgdYv

Person-to-person variation in brain dynamics. https://t.co/xWaFdRX3YV

To anyone claiming that scientific theories have increasingly become more and more similar to the truth, the ugly duckling theorem would allow responding something as simple as: “Well, that’s what it seems like to you.” https://t.co/ebyMNYRzxA

To anyone claiming that scientific theories have increasingly become more and more similar to the truth, the ugly duckling theorem would allow responding something as simple as: “Well, that’s what it seems like to you.” https://t.co/ebyMNYRzxA

The CHALLENGINE project aims to revolutionize physics learning through an innovative approach combining gamification, flipped classrooms, and hands-on learning. https://t.co/Q2wiShJCom

A deeper problem stood on the way of the likeness approach, referring to the very notion of similarity between individual possible worlds. This relates to what in mathematics was known as the ugly duckling theorem. https://t.co/ebyMNYRzxA

Recent studies highlight that the lack of connection between theory and practical application leads to student demotivation in Physics, particularly during the first year. https://t.co/Q2wiShJCom

It is natural that a number of philosophers of science put themselves to the job of assembling some logical explication of the concept of verisimilitude , one explication that didn’t suffer the kind of problems Popper’s naive definition had. https://t.co/ebyMNYRzxA

Physics, a cornerstone of engineering and science degrees, often becomes a daunting hurdle for many first-year students. https://t.co/Q2wiShJCom

Closer to the truth (2): The ugly duckling problem. https://t.co/ebyMNYRzxA

This #EHUikerketa shows that, in superlattices, comprising the alternating QL and SL vdW blocks, the Dirac state becomes accompanied by emergent spin-polarized states of the Rashba type. https://t.co/NR4jhKnbAD

This #EHUikerketa exploits a superacid environment to generate, accumulate, and fully characterize nonprotected 2-deoxy glycosyl cations in the d-glucopyranose, d-galactopyranose, and l-arabinofuranose series. https://t.co/AQRXOYIBAy

In this #EHUikerketa the rotational spectra of four methylated monosaccharides were recorded using a Fourier transform microwave spectrometer, employing a custom-designed nozzle cap, thus eliminating the need for an expensive laser ablation system. https://t.co/2rlN3BWWHj

The goal of this #EHUikerketa is to analyze the effects of the matter fields in the evolution of the Bianchi IX cosmology close to the singularity. https://t.co/Z5pirklbge