Education · 09/27/2024

Rutgers University research highlights the significant potential of steel slag as a sustainable cement replacement, offering a novel approach for the construction industry to address climate change. The project focuses not only on the material's environmental friendliness but also emphasizes its durability and resilience. Through collaboration between academia and industry, the research aims to promote the widespread adoption of sustainable building materials, contribute to achieving net-zero emission goals, and lay the foundation for future sustainable infrastructure development. This offers a promising path towards a more environmentally responsible construction sector.

Education · 11/23/2024

This paper explores the crucial role of visual storytelling in social justice education, analyzing how graduate programs at institutions like Ohio State University and Boston University are reshaping narratives of Black history through images, photography, and illustration. It also addresses the challenges and opportunities modern archives face in preserving historical materials, emphasizing the importance of digital preservation. The paper calls for increased collaboration and innovation to ensure the diversity and integrity of historical records are maintained for future generations. It highlights the power of visuals in conveying complex historical truths.

Education · 08/27/2025

Given the complex US-China relations and the stringent scrutiny of sensitive majors by the US, how can Chinese students successfully obtain visas? This article focuses on strategies for dealing with US visa applications for sensitive majors. It provides a detailed interpretation of Section 221(g), the administrative processing procedure, and offers practical advice on study plan preparation, supplementary materials, and interview techniques to help you succeed in pursuing further education in the United States. The aim is to navigate the visa process effectively and minimize potential delays caused by administrative review.

Culture · 08/05/2025

A research team at MIT has developed a new technology called 'atomic lift' that allows for the production of ultrathin infrared sensors at room temperature. This breakthrough not only reduces the weight of the sensors and lowers production costs but also enhances their accuracy. The technology has wide applications in fields such as healthcare, military, and automotive industries, and it has the potential to transform many sectors in the future.

Finance · 07/23/2025

Iridium, an extremely rare high-tech metal, is increasingly attracting the attention of investors. Although its abundance on Earth is minimal, it is relatively abundant in the universe. Iridium's applications span aerospace, medical fields, and green hydrogen production. Its unique chemical properties and investment potential position it as a vital component of future technologies.

Finance · 05/21/2025

Explainable AI is revolutionizing high-entropy alloy design. A research team developed an AI platform combining machine learning, evolutionary algorithms, and SHAP methods for efficient composition screening, in-depth performance interpretation, and accelerated experimental validation. Experiments demonstrate that AI-assisted designs yield high-entropy alloys with superior mechanical strength. The platform accurately predicts the alloys' Young's modulus. This technology accelerates material discovery, reduces R&D costs, and holds broad application prospects in aerospace, biomedicine, and other fields.