The detection of gravitational waves has been a groundbreaking achievement in the field of modern physics. In 2017, the detection of gravitational waves from a binary neutron star merger revealed vital information about the universe. However, post-merger remnants have remained elusive due to the limitations of current gravitational wave detectors (GWDs). This has led to
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The concept of fluids shearing, characterized by the sliding of fluid layers under shear forces, plays a vital role in nature and rheology, the study of flow behavior of matter. Shear forces involve lateral forces applied parallel to a material, leading to deformation or slippage between layers. Understanding fluid shear properties, such as viscosity and
Granular materials, such as sand, have always intrigued scientists due to their unique properties. When we walk on the beach, the sand feels solid and hard to compress. However, when the same sand grains are placed in an hourglass, they flow like a liquid. This behavior has motivated researchers to study granular materials in depth
A recent study led by Boston College physicists has uncovered dual topological phases in an intrinsic monolayer crystal, showcasing unconventional properties within a quantum material. This groundbreaking discovery introduces a new avenue for exploring exotic quantum phases and electromagnetism through the creation of topological flat minibands. The team of scientists, hailing from prestigious institutions such
The integration of a narrow linewidth solid-state 193-nm laser seed in place of traditional ArF excimer lasers has revolutionized the field of lithography. This innovation offers enhanced coherence and narrow linewidth, making it ideal for high-resolution patterns in applications like interference lithography. By optimizing seeding for an ArF amplifier and meticulously controlling the linewidth of
In a cutting-edge research center in Romania, engineer Antonia Toma triggers the activation of the world’s most potent laser, promising groundbreaking advancements in various fields ranging from healthcare to space exploration. Powered by French company Thales and utilizing Nobel prize-winning innovations, this laser, located near Bucharest, is set to redefine the possibilities of precision instruments
In a groundbreaking study led by researchers from the RIKEN Center for Emergent Matter Science in Japan, a significant milestone has been achieved in the field of information processing. By establishing a strong coupling between magnons and phonons in a thin film at room temperature, the team has paved the way for the development of
The pursuit of quantum computing has long been hindered by the need for extremely low temperatures, just fractions of a degree above absolute zero. This requirement stems from the fact that quantum phenomena can only be harnessed when isolated from the warmth of the classical world we are familiar with. While current quantum computers require
A recent study by a team of physicists and engineers from China has introduced a novel approach to gravimetry. Unlike traditional methods that rely on small oscillators or superconducting materials, this new gravimeter operates at room temperature without sacrificing sensitivity or precision. The researchers developed a dual magnet strategy, where a large magnet was placed
Ferromagnets, such as iron and cobalt, have long been used in memory devices like hard disks for storing data. However, the main issue with ferromagnets is that neighboring areas can interfere with each other, leading to spontaneous magnetization and data corruption. This limitation prevents achieving high memory density, and the process of switching magnetization patterns
