A revolutionary wearable device developed by engineers at Northwestern University is transforming virtual reality by allowing users to feel the digital world through advanced haptic feedback. This innovation not only enhances gaming experiences but also opens new possibilities in healthcare by aiding individuals with sensory impairments.

This article delves into Apple's encryption-related legal battle in the UK and the rise of Medusa ransomware, discussing the delicate balance between privacy and security in today's digital world. It emphasizes the need for robust cybersecurity measures to protect data and defend against ransomware threats.

New research reveals a method to stop aggressive tumors by using antisense oligonucleotides (ASOs) to reactivate 'poison exons' — critical molecular switches. This advancement suggests the potential for targeted, less harmful cancer treatments, particularly for difficult-to-treat types like triple-negative breast cancer.

D-Wave announces a breakthrough in quantum simulation, claiming their quantum annealer achieves complex simulation tasks faster than classical methods. While showing promise, skepticism remains on its supremacy over classical computers.

Recent advancements in organic semiconductors hold promise for revolutionizing electronics by enabling spiral electron movement and emissions of circularly polarized light. These innovations could enhance OLED displays and impact emerging technologies like spintronics and quantum computing.

This article explores how voice-based markers are being used for cognitive health assessments without compromising privacy. It highlights Boston University's groundbreaking work in developing a framework that anonymizes voice data while maintaining diagnostic effectiveness, addressing both technological and ethical challenges.

Undergraduate student Andrew Krapivin has challenged a long-standing conjecture about hash tables, offering a faster design that reshapes understanding in data science.

Researchers at ETH Zurich have developed a groundbreaking plasmonic modulator capable of transmitting data at terahertz frequencies, promising huge advancements in technologies like 6G communications, computing, and medical imaging.

Scientists at Pohang University of Science & Technology have unveiled a pioneering nano-spring technology using multi-walled carbon nanotubes, significantly enhancing the durability and energy density of electric vehicle (EV) batteries. This innovation not only promises extended battery life and superior performance in EVs but also holds potential for diverse applications across various industries.

A pioneering 3D map of cosmic dust within the Milky Way has been developed using data from the Gaia and LAMOST missions. This map offers new insights into the composition and distribution of interstellar dust, revealing unexpected properties that challenge existing theories and enhance our understanding of cosmic phenomena.