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Scientists in the United States have recently made a breakthrough in data storage by developing a novel technique that uses nanoparticles suspended in water to store photos, videos, and other types of digital information. This innovative method, referred to as "wet computing," holds great promise for advancing brain implant technologies, potentially enhancing human cognitive abilities by enabling faster processing or improved memory recall. In the latest research conducted at the University of Michigan, scientists utilized what they call "gum clusters"—microparticles that can change their state when placed in liquid. These particles can act like binary code (0s and 1s), allowing them to encode information. Remarkably, a single tablespoon of this nanoparticle solution can hold up to 1 terabyte of data, which is enough to store around 2,000 hours of audio. Sharon Grotze, a professor of chemical engineering and materials science at the university and lead researcher on the project, explained that the goal of this study was to show how nanoparticles could offer an alternative to traditional silicon-based storage. She emphasized that the way these particles arrange themselves is similar to a Rubik’s cube, rotating around a central point. The team created a "storage cluster" consisting of 12 nanoparticles connected to a central sphere, which can exist in about 8 million unique states—equivalent to 2.86 bytes of data, enough to store three text characters. Grotze noted that if scientists can map out all possible configurations and understand how these states transition, they could effectively use this system for data encoding. According to a report from the *Daily Mail*, the researchers built a "colloidal cluster" made up of four particles attached to a central sphere. When the liquid was heated, the sphere expanded, and the nanoparticles reorganized in a predictable way. However, for this technology to become practical, the team must find a way to stabilize large numbers of these clusters in the correct configuration. Beyond brain implants, the researchers believe this technology could also be used to develop biocompatible sensors for monitoring glucose levels in diabetic patients. Still, significant challenges remain before it can be safely used in the human body. For now, the team plans to explore its potential in flexible robotics. The findings were published in the latest issue of *Soft Materials* journal.

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