Fellow Harris Eyre calls for strategic investments in R&D and the application of brain-related technologies to harness the full potential of our minds.

This is a summary of the call to action emerging from the Brain Health and Research Day at UNGA78.

Introduction

Countries face dynamic, multidimensional and interconnected crises. The pandemic, climate change, rising…

Considering the dangers of advanced AI and AI-enhanced social media, there is an urgent need to design neuroscience-based policies to support citizens in building a system of digital self-defense. Enter the “Neuroshield.”

Texans served by regulated electricity markets, especially by electric cooperatives, were much more satisfied with their providers’ performance during Winter Storm Uri than those in deregulated markets. In this post for the Baker Institute Blog, the authors offer possible explanations for the contrast in favorability.

Despite the demand for policies that mitigate the impact of severe weather, a majority of Texans seem opposed to one that requires consumers to pay for reserve electrical generation capacity.

The liquefied natural gas (LNG) industry faces increasing pressure to do more to achieve climate change objectives. A new product—Green LNG—could help ensure that natural gas keeps its role in the energy transition, if the LNG industry can convert Green LNG into a uniform, tradable commodity, write the authors.

In physics, extensive collaborations, access to colleagues’ data and rigorous peer review make it extremely difficult for individual researchers to bend the rules. Furthermore, physics does not harbor the types of ethical minefields characteristic of the biosciences. No thorny questions arise pertaining to human or animal life, nor do physicists commonly grapple with the ethical haze of intellectual property when patents and money are at stake. Things seem to be black and white in physics. But are they?