These Jello Computers Could Interface With You Someday
Omar Yusuf — July 17, 2011 — Tech
References: wired
Jello computers -- the idea sounds ludicrous, but it may be the key to advancing the technology industry as a whole. Researchers at North Carolina State University have developed a new kind of memory device; it's soft, malleable, water-resistant and has the consistency of jelly.
No, you won't be spreading your computer memory across your morning toast in the future. Instead, the implications of a waterproof memory device are the ability to interact with human cells, tissue and enzymes. Seventy years ago, computers occupied entire rooms; today, they're infinitely smaller, cheaper and faster. In 20 years, your iPhone might be the size of a blood cell -- jello computers may take us there.
Forgoing fragile silicone chips, the North Carolina State researches opted to fabricate a liquid alloy made of gallium and indium. For the time being, however, the device's storage capacities are lackluster. Given enough time to expand upon the technology, the researchers might even be able to store our memories!
No, you won't be spreading your computer memory across your morning toast in the future. Instead, the implications of a waterproof memory device are the ability to interact with human cells, tissue and enzymes. Seventy years ago, computers occupied entire rooms; today, they're infinitely smaller, cheaper and faster. In 20 years, your iPhone might be the size of a blood cell -- jello computers may take us there.
Forgoing fragile silicone chips, the North Carolina State researches opted to fabricate a liquid alloy made of gallium and indium. For the time being, however, the device's storage capacities are lackluster. Given enough time to expand upon the technology, the researchers might even be able to store our memories!
Trend Themes
1. Jello Computers - Jello computers offer disruptive innovation opportunities in the technology industry by providing soft, malleable, and water-resistant memory devices that can interact with human cells.
2. Waterproof Memory Devices - Waterproof memory devices have disruptive innovation potential in the technology industry as they can revolutionize the way we interact with technology and store data.
3. Liquid Alloy Fabrication - The fabrication of memory devices using liquid alloy, such as gallium and indium, presents disruptive innovation opportunities for the technology industry by offering alternatives to fragile silicone chips.
Industry Implications
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3. Materials Science Industry - The materials science industry can leverage the disruptive innovation of liquid alloy fabrication for memory devices to develop new materials and technologies with improved functionality and capabilities.
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