Tag

Liquid Metal

All articles tagged with #liquid metal

Atomic Corrals Unveil a Hidden Liquid State in Metals
science1 month ago

Atomic Corrals Unveil a Hidden Liquid State in Metals

Scientists used transmission electron microscopy to watch molten platinum nanoparticles on graphene and found that some atoms remain pinned at defect sites, forming an atomic corral that traps liquid metal and alters solidification. When only a few atoms are fixed, crystallization proceeds normally; with many pinned atoms, the liquid can remain unfrozen well below its normal freezing point and turn into an amorphous metal instead of a crystal. This corralled, hybrid state could impact catalyst design and materials science, and researchers aim to learn to place pinned atoms more precisely to build larger corrals.

Apple's Foldable iPhone Bets on Liquid Metal Hinge and Titanium Frame
technology1 month ago

Apple's Foldable iPhone Bets on Liquid Metal Hinge and Titanium Frame

A rumor suggests Apple’s iPhone Fold will use a liquid metal hinge and titanium body to improve durability and weight distribution, featuring a crease-minimizing OLED display with a ~7.7-inch main panel and ~5.4-inch cover. Sources like Yeux1122 and Ming-Chi Kuo are cited, though mass production of liquid metal has historically been challenging. If true, the device could launch in H2 2026 as an eSIM-only model with a around $2,399 price.

ASUS Refines ROG Matrix RTX 5090 Cooling With New Liquid Metal Application
technology1 month ago

ASUS Refines ROG Matrix RTX 5090 Cooling With New Liquid Metal Application

ASUS reportedly updated the liquid metal and thermal paste application on the ROG Matrix RTX 5090 Limited Edition to address a cooling-related issue, with overclocker Der8auer observing a new, more controlled layout that keeps liquid metal on the IHS while using thermal paste barriers. Early testing indicates the revised card runs cooler under heavy load (roughly 70–72°C) at higher power draw, suggesting a modest thermal improvement over earlier samples.

Seoul National University Unveils Innovative Wearable Blood Pressure Monitor for Continuous Real-Time Tracking
health6 months ago

Seoul National University Unveils Innovative Wearable Blood Pressure Monitor for Continuous Real-Time Tracking

Researchers at Seoul National University have developed a flexible, bandage-like wearable device that uses liquid metal circuits and a novel laser sintering process to enable real-time, continuous blood pressure monitoring, offering a more comfortable and accurate alternative to traditional cuff-based methods, with potential applications in healthcare, fitness, and daily health management.

PS5 Overheating and Liquid Metal Issues Raise Concerns Among Gamers
technology8 months ago

PS5 Overheating and Liquid Metal Issues Raise Concerns Among Gamers

The PS5 is experiencing overheating issues due to a design flaw involving liquid metal cooling, especially in launch models and when placed vertically, which can lead to hardware failure over time. Sony attempted to address this by adding ridges to the heatsink to improve liquid metal distribution, but users are advised to keep their consoles horizontal to mitigate the risk.

"Visualizing Temperature-Driven Turbulence in Liquid Metal: A 3D Breakthrough"
science1 year ago

"Visualizing Temperature-Driven Turbulence in Liquid Metal: A 3D Breakthrough"

Researchers at the Helmholtz-Zentrum Dresden-Rossendorf have successfully visualized a detailed three-dimensional image of turbulent temperature-driven liquid metal flow using a self-developed method called contactless inductive flow tomography (CIFT). This breakthrough could provide insights into geophysical and astrophysical flow phenomena and industrial applications, such as the casting of liquid steel. The team overcame challenges in measuring the small flow-induced magnetic fields and aims to further develop the measurement method for increased accuracy and deeper insights into turbulent liquid metal flows.

"Delidding AMD Ryzen 7 8700G APU: Up to 25°C Cooler and 17% Faster Performance"
technology2 years ago

"Delidding AMD Ryzen 7 8700G APU: Up to 25°C Cooler and 17% Faster Performance"

Hardware expert Der8auer delidded the AMD Ryzen 7 8700G APU, revealing its die and achieving a significant temperature reduction of up to 25 degrees by applying liquid metal. The delidding process involved using a delidding tool from Thermal Grizzly, and despite the APU's lower die height, thermal performance improved with the use of graphene thermal pads and liquid metal. While delidding may not have widespread market potential, it proved beneficial for reducing thermals and increasing clock speeds in constrained cooling setups.

"Record-breaking Overclocking: Ryzen 7 8700G APU Hits 3.3 GHz iGPU with Liquid Metal Cooling"
technology2 years ago

"Record-breaking Overclocking: Ryzen 7 8700G APU Hits 3.3 GHz iGPU with Liquid Metal Cooling"

Overclockers have successfully boosted the AMD Ryzen 7 8700G APU's RDNA3 graphics to 3.3 GHz, achieving stable performance with a voltage of 1.25. Additionally, using liquid metal instead of thermal compound has significantly reduced temperatures, with results showing a decrease from 85°C to just above 60°C during 5.0 GHz overclocking across all cores. The APU offers substantial overclocking potential, particularly for graphics, and replacing the conductive material underneath the integrated heatspreader can greatly enhance cooling efficiency and performance.

"Unleashing Liquid Metal: A Game-Changer in Global Pathogen Warfare"
science-and-technology2 years ago

"Unleashing Liquid Metal: A Game-Changer in Global Pathogen Warfare"

Scientists have developed a liquid metal coating treatment called GaLM, which shows promise as an antimicrobial agent. GaLM particles have improved biocompatibility and low cytotoxicity, making them suitable for use in bandages, medical devices, and drug nanoparticles. The liquid state of GaLM allows for easy combination with other components, creating more efficient antimicrobial metals. GaLMs can be activated by external stimuli and offer potential as the next generation of antimicrobial and anti-inflammatory agents. This research is part of a global effort to combat antimicrobial resistance.

"Revolutionary Liquid Metal Coating Transforms Ordinary Objects into Smart Devices"
science-and-technology2 years ago

"Revolutionary Liquid Metal Coating Transforms Ordinary Objects into Smart Devices"

Scientists at Tsinghua University have developed a liquid metal coating that can transform ordinary paper into self-adhesive gadgets capable of conducting heat and electricity. The researchers successfully formulated a liquid alloy and applied it to paper using a stamping technique, eliminating the need for adhesives. This breakthrough opens up new possibilities for creating lightweight, flexible smart objects and soft robots that can operate autonomously in various environments.

"Revolutionizing Everyday Objects with Liquid Metal and Flexible Electrodes"
technology2 years ago

"Revolutionizing Everyday Objects with Liquid Metal and Flexible Electrodes"

Scientists have developed a liquid metal coating that can be applied to paper and other materials without an adhesive, allowing them to be turned into smart objects. The metal coating conducts heat and electricity and can be used to create origami shapes that can re-fold themselves. The researchers also built 3D structures out of individual pieces of flat, metal-coated paper that could keep their shape without falling apart. The self-adhesive liquid metal coating could be an asset to soft robots in alien environments and could provide a new route for designing space explorers.

"Synthesizing Diverse High-Entropy Alloy Nanoparticles with Liquid Metal"
materials-science2 years ago

"Synthesizing Diverse High-Entropy Alloy Nanoparticles with Liquid Metal"

Researchers have developed a new method for synthesizing high-entropy alloy nanoparticles using liquid metal. The method involves mixing the liquid metal with a solution containing the desired metal precursors, which then undergoes a chemical reaction to form the nanoparticles. The resulting nanoparticles have a high degree of compositional complexity and can be used as catalysts in a variety of applications. This new approach offers a promising avenue for the development of high-performance materials with unique properties.