DishaNitish Technologies Private Limited

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City: Hamirpur

State: Himachal Pradesh

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Country: India

Why DishaNitish Technologies? Founded in 2019, DishaNitish is a start-up developing control and operation systems for quantum computers. Our mission is to unlock the power of quantum computing for the world. We do this by delivering customer value with practical quantum applications for problems as diverse as logistics, artificial intelligence, materials sciences, drug discovery, cyber security, fault detection and financial modeling. The company also develops innovative software, hardware, and electronics, combining a range of classical engineering in the field of electrical, hardware, and software engineering, with the science and technology of quantum computing. It utilizes a range of skills such as algorithmics, digital signal processing, RF microwave engineering, machine learning, and quantum physics to push their limits. DishaNitish highly innovative software house, systems integrator and technology provider, established to provide leading edge intelligent technical solutions and consulting services to businesses, organizations and government in order to allow the efficient and effective secure access and communication with various heterogeneous information resources and services, anytime and anywhere. Quantum computers have the power to provide solutions to some of the world’s toughest problems. While many people assume that quantum computers will replace classical computers both technologies will work together to solve these problems. It can be helpful to think of a quantum computer like a GPU—a specialized processor used for applicable scenarios. Similarly, as classical computers run computations, the workloads, or problems best suited for quantum could be processed by the quantum computer. From development to deployment, DishaNitish Technologies is empowering the quantum revolution with a complete approach to quantum systems. This approach uses topological qubits, a type of qubit that allows the system to scale. The result is an integrated, scalable solution that combines both quantum and classical computing. At DishaNitish Technologies, we envision a future where quantum computing is available to a broad audience, scaling as needed to solve some of the world’s toughest challenges. Our quantum approach begins within familiar tools you know and use such as Visual Studio. It provides development resources to build and simulate your quantum solutions. And it continues with deployment for a streamlined combination of both quantum and classical processing. We will be developing an adaptive collection of Quantum algorithms &a; commercializing Photonic Quantum Technology components based on research and patents .We work with conjunction with conventional powerful technology to tackle problems which are impractical or even impossible to solve on conventional digital computers alone. The dawn of Quantum advantage We have the future&s;s advanced quantum communications schemes and gives an overview of the security of systems from an engineering viewpoint. We address an area of major and current research in quantum communications which include most recent developments and results in the field of advanced quantum communications Our product includes 1. Quantum information theory, 2. Quantum cryptography, 3. Quantum communications, 4. Quantum informational geometry, 5. Computational geometrical methods in quantum computations, and 6. The implementation of quantum networks of the future Features we includes - Analyses and comparisons of the main properties of quantum approach channels; - More than 260 figures and graphs with well-designed and clear interpretations; - More than 700 equations; all of our mathematical derivations are based on clear physical images that make even the most involved results comprehensible and clear. Moreover, the mathematical formalism is kept to the minimum needed to understand the key results. - Innovative methods of presentation: Like geometrical representations of quantum channels and methods that facilitate the perception of complex problems.

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