Innovating with Topological Qubits Technology
Exploring the future of quantum computing through topological qubits and augmented architecture, inspired by my journey from academia to cybersecurity. Imagine a large non existing room with a full picture painted by Qubits(Much smaller than aton, much smaller than Ultra-small Nano wire). Imagine a chip where computations are not done through electrons, instead Majoranas for computing of QuBits. To save a million Qu-Bits. This chip gets solutions from the chips like Architect is planning to build a genius Pyramid. Such a beautiful monumental design, the chip is...
Imagine right size = Here Majorana is the Architectural Pipelines
Imagine right speed = More than the speed you imagined of 'A Mach' Sound.
Imagine right controllability = Fastest recovery from a ransom/Intruders.
Such a good ability to scale like no other and more flexible like which Microsoft has today to Power. Automate or Logicapps-API integrations with a supercomputer.
All you need a big room for the lab set-up where application can set up in the lab runs between two phases of state. Imagine, Something good grown after a plastic surgery of AI capability I-robot/robot(chitti) at the end of the movie. Imagine providing the enzymes for food production in a non-food production zone like an ICY weather to cultivate Ragi/Malt/Rice/Wheat.
First it started with Stone age, Bronze age, Iron Age.....Steel, Industrial revolutions....silicon age....Now what ever this Post Silicon era, lets called it Majorana 1.... ?
How do we know about the negative implications of this chip, the Bandwidth, Portability Compliances, Geo-locational satellite communications, may be Star link effects, who knows....Can we call these past failures as a result on "research with negative outcomes".
mjn542@gmail.com
CyberSecurity Professional.
+1 782 446 4919
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Trusted Expertise
Cybersecurity Professional
Augmented Quantum Concepts
Exploring topological qubits and their potential in cyber security and advanced computing architectures.
Quantum Innovations
Exploring topological qubits and their potential in computing.
Nano Wire Concept
This project focuses on the development of ultra-small nano wires, inspired by topological qubits, to enhance computational capabilities and explore new architectures in quantum computing.
Augmented Architecture
Investigating the concept of augmented architecture, merging physical and virtual elements, to create innovative solutions in cybersecurity and quantum computing, inspired by advanced microprocessor designs.
Contact Us
Santhosh Mandari
+1 782-446-4919/mjn542@gmail.com
Reach out for inquiries about topological qubits and augmented architecture. We're here to assist you.