With its mission to build the world’s first commercial computer, Psiquantum has received a billion dollar injection to build its first device “false resistance on the scale of 1 million kitz.”
In the company’s investment round, BlackRock joined the world’s largest Bitcoin Bag (BTC) background company (BTC). Meanwhile, Nvidia, the most valuable company on the planet, has announced a collaboration with Psychantum to develop software for these computers.
The company, valued at around $7 billion after the investment round, is dedicated to manufacturing A mass quantum photonic chip (using light instead of electricity).
They build the wafer (Wafer) They are the base of chips on an omega platform that performs the superconductivity of individual photon detectors.
The participation of BlackRock and other excellent investment companies in the development of quantum computers may indicate that they are interested in using them for financial purposes. Particularly in the protection of digital and cryptocurrency banking systems, including Bitcoin.
The spiritual approach builds a million qubit commercial quantum computer and is fault-resistant. Jeremy O’Brien, Co Founder and Executive Director of Psychantum, believes his project is “not a scientific experiment, it’s a great engineering challenge.”
First, they addressed the most complex issues at the architecture and chip level, and now manufactures the first class of quantum chips in a critical US semiconductor factory. uu. With this funding, we are ready to take the following decisive steps to develop all the possibilities of quantum computing:
Jeremy O’Brien, Co Founder and Executive Director of Psychantum.
Psychantum is collaborating with Nvidia “in a wide range of development areas,” the company’s press release states. among themquantum algorithms and softwareIntegration of GPU-QPU and Psiquantum Silicon Photonic Platform.
This $1 billion funding will allow Psychantum to further expand Titanate (BTO) production until it reaches the amount needed for large-scale quantum computing.
The same material allows you to build optical switches that are essential for creating workload-specific supercomputers using AI.
Non-commercial quantum computers (developed by entities for government agencies or military purposes, for example) could be the first to achieve the capabilities needed to attempt to encrypt Bitcoin.
However, current quantum computers may promote distributed quantum mining due to commercial accessibility. Or even attacks on BTC wallets are behind the big directional movement.
