Liquid Metal - the most elastic compound ever?

In summary, the conversation discusses a fascinating compound with extreme elasticity, demonstrated through a 90 second video clip. The speaker expresses their amazement and suggests that physicists should see it. A link is provided for further explanation and videos.
  • #1
Chaos' lil bro Order
683
2
http://www.spikedhumor.com/articles/80802/Crazy_Liquid_Metal_Material_Shows_Extreme_Elasticity_Features.html

This is one of the most interest compounds I've ever seen. Its elasticity is hard to believe even when you see it with your own eyes. The link shows a 90 second video clip of the compounds elastic properties. Physicists everywhere must see this, its truly fascinating.
 
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  • #2
Chaos' lil bro Order said:
http://www.spikedhumor.com/articles/80802/Crazy_Liquid_Metal_Material_Shows_Extreme_Elasticity_Features.html

This is one of the most interest compounds I've ever seen. Its elasticity is hard to believe even when you see it with your own eyes. The link shows a 90 second video clip of the compounds elastic properties. Physicists everywhere must see this, its truly fascinating.

Yes this is true. Look there http://mrsec.wisc.edu/Edetc/cineplex/amorphous/index.html there is explanation and few movies.:rolleyes:
 
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  • #3


I find this discovery of liquid metal with extreme elasticity to be incredibly intriguing. The video clip demonstrates its unique properties and it is truly impressive. The potential applications for this compound are vast, ranging from advanced materials for engineering and construction to biomedical applications. Further research on this compound could lead to a better understanding of its molecular structure and potential uses. This discovery highlights the importance of continued scientific exploration and discovery, and I look forward to seeing how this compound could revolutionize various fields of study.
 

FAQ: Liquid Metal - the most elastic compound ever?

What is liquid metal?

Liquid metal is a type of metallic alloy that remains in a liquid state at or near room temperature. It is typically made up of a combination of different metals, such as gallium, indium, and tin, which give it unique properties such as high elasticity.

How is liquid metal different from regular metal?

Liquid metal is different from regular metal in several ways. Firstly, it remains in a liquid state at room temperature, while most metals solidify at lower temperatures. Additionally, liquid metal is highly elastic and can be stretched and molded into various shapes without breaking. Regular metal, on the other hand, is typically more rigid and can break under stress.

What makes liquid metal so elastic?

The high elasticity of liquid metal is due to its unique atomic structure. Unlike regular metals, which have a crystalline structure, liquid metal has an amorphous structure, meaning its atoms are arranged randomly. This random arrangement allows the metal to deform and stretch without breaking, making it one of the most elastic compounds known.

What are the practical applications of liquid metal?

Liquid metal has various practical applications, including in the fields of electronics, medicine, and robotics. Its high elasticity makes it useful for creating flexible and stretchable electronic devices, such as wearable sensors. It is also being researched for use in medical devices and surgical implants due to its biocompatibility and ability to conform to the body's shape. In robotics, liquid metal could potentially be used to create soft and bendable robots for delicate tasks.

Is liquid metal safe to handle?

Liquid metal is generally safe to handle, as long as proper precautions are taken. While some liquid metals, such as mercury, can be toxic, the most commonly used liquid metal compounds, such as gallium and indium, are non-toxic. However, as with any metal, it is important to wear protective gear, such as gloves, when handling liquid metal to avoid any potential skin irritation or cuts from sharp edges.

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