INDIA TO INVEST $1 BILLION IN QUANTUM COMPUTING

 

HOW THE QUANTUM COMPUTING INDUSTRY GREW AND DEVELOPED

India plans to invest $1 billion over the next five years to improve its capacity in quantum technology, but it will need to start a process that is done properly and close the technology gap to be successful.

India is investing $1 billion over the next five years in various programs to improve its capabilities in quantum information and meteorology, quantum applications and materials, and quantum communications.

It plans to create a quantum computer with about 50 qubits by 2026, joining a growing number of countries like Australia and Israel looking to boost adoption of the growing technology.

A Brief History of Quantum Computing

Richard Feynman started the fire of quantum computing. In 1981, at MIT, he presented the following problems: classical computers could not perform the evolution of quantum systems efficiently. Thus, he proposed a basic model for a quantum computer that would be able to perform such simulations. With this, he explained that it was possible to greatly surpass classical computers. However, it took more than 10 years to create a unique algorithm to change the vision of mathematics, Shor's algorithm.

In 1994, Peter Shor developed his algorithm that allows quantum computers to process large numbers efficiently faster than the best classical algorithms on traditional machines. The latter takes millions of years to generate a 30-digit number. Apparently, Shor's algorithm can break most of the crypto systems in use today. The ability to crack cryptosystems in hours rather than millions of years using quantum computers has fueled interest in quantum computing and its applications.

A brief introduction into quantum computing

                       

                                                

As classical computers rely on bits, quantum computers rely on quantum bits, called qubits for short. Qubits are physically obtained from small particles, such as electrons or photons, while the state of a pure metal such as spin shows zeros, as used in ancient computers.

However, quantum computing is very different from classical computing. It is based on two universal laws of quantum mechanics: superposition and entanglement. The state of the quantum superposition of two pure states is a linear combination of these states and a quantum number representing the probability distribution of the pure states in their functional form. Quantum mechanics describes the "coherence" of qubits so that you can't define the position of two qubits that are entangled with each other; if you measure one qubit, the result of the other qubit is determined from the beginning.

Cybersecurity is a key issue when it comes to emerging technologies. New technologies require and drive new encryption methods. However, quantum computers that implement Shor's algorithm are capable of opening a system breach and a serious breach of security and government-related systems using existing crypto systems. If market participants do not anticipate and properly manage their crypto-mechanisms, such developments will be disastrous for them.

India, in turn, expects the industrial adoption of quantum technology to grow from less than 1% in 2022 to 35-45% by 2030. The number of startups in the country with quantum products and expect it to grow from 14 to 15 today. to 400 to 500 in the next ten years.

Quantum computing in financial services

Financial services are heavily dependent on IT due to the reliance on banking and security and the need to provide a variety of services in a short period of time. Quantum computing can, for example, transform the financial sector in the following areas:

Another interesting topic in banking is algorithmic trading. Becoming proficient in implementing these algorithms combined with frequent trading can provide a significant advantage over competitors.

Identifying risks and calculating the impact of these risks on business and revenue is one of the most important tasks that every bank and insurance company faces. Carrying out risk analysis using computers with incredibly long processing times is confusing banks and insurance companies with the efficiency of their business. Based on risk calculations that require the processing of large amounts of data in a short period of time, quantum computing can show its full potential.

India's demographic transition is unique in the world, mainly due to strong initiatives from government agencies and a strong and flexible ecosystem that looks at different sectors, and similar projects. university providers.

“The Indian ecosystem is growing and is expected to accelerate at a lightning fast pace in the next 10 years. We're on our way to reaching the next big milestone in a supportive environment," he added.

During a virtual roundtable held at Nasscom last week, Achyuta Ghosh, head of research at Nasscom, said that the Indian government is the first to adopt the new quantum technology, in collaboration with research groups and universities. India's technology community, which is growing at the same pace as its global counterparts, also has a role to play in translating quantum research into commercial use.