Scientists Just Created A Stablecoin Named “E-Stablecoin”

Scientists from Lawrence Livermore National Laboratory in the United States have invented a new crypto stablecoin named "E-Stablecoin" that would transmit electricity as a form of information.

Maxwell Murialdo and Jonathan Belof claims their innovation will allow users to transfer electricity without using wires or a grid sounds unbelievable if you ask me but it get better they will also create a decentralized stablecoin that will be pegged to electricity making it’s value based off of utilities.

​ The Professor claims that electricity has a strong and stable value with a great case of use and demand. The electricity used will be easily sustainable. Many investors will be able to mint coins whereas the electricity prices are low. They will find regions that have high electricity prices and then mint the stablecoins there.

​Murialdo and Belof have made extensive use of advanced mathematics to improve scalability, speed, and transfer efficiency.

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Who’s Maxwell Murialdo And Jonathan Belof

Jonathan Belof coordinated a multi-PI program focused on the research and development of advanced material models for use in weapon simulation as a Program Leader for Equation of State, Physics, and Engineering Models (PEM) within the Advanced Simulation and Computing (ASC) program.

Jonathan Belof is also a Principal Investigator on several scientific and programmatic projects, including Project DarkStar, Phase Transition Kinetics, the Large-Scale Computing Initiative, the Exascale Grand Challenge (ATCC), and projects in Global Security and LDRD.

​Jonathan Belof's professional role was to provide technical leadership in the corporate world from 1995 to 2005, including serving as the ninth employee of national security company NETSEC, Inc., which was acquired for $105 million in 2005.

​Maxwell Murialdo has numerous great patents and is a dominant research scientist, among many other inspiring trades and achievements. At Caltech, Max successfully defended his Ph.D. thesis. "Anomalous thermodynamics of nonideal gas physisorption on nanostructured carbons," he wrote in his thesis.