## Revealing the Quantum Computing Revolution

As we journey deeper into scientific advancements, the landscape of computation is undergoing transformation, ushered in by the **quantum computing revolution**. Classical computers operate on bits structured in a binary configuration of either 0 or 1, but these confines are shattered in the world of quantum computers and their unique use of **quantum bits** or **qubits**. These qubits enjoy an existence in a superposition of states, thereby significantly enhancing their data processing capacity.

## Birth of the Quantum Computing Revolution

The emergence of quantum computing is intrinsically linked to the principles of **quantum mechanics**, a specialized science focused on the universe’s tiny elementary particles. The concept of quantum computers was initially presented by physicist Paul Benioff in 1980, sparking interest and paving the direction for further exploration into this transformative field.

## Decoding the Quantum Universe

In order to grasp the workings of quantum computation, a deeper understanding of key quantum principles is essential. This includes the notions of **superposition, entanglement, and quantum tunneling**.

Quantum entanglement, a fundamental quantum mechanics concept, illustrates how two particles can instantaneously impact each other’s states, regardless of the physical distance between them. Through the application of such attributes, quantum computers can potentially perform vast data computations in a fraction of time.

Furthermore, the extraordinary potential and unleashed power of quantum computing software are essentially made possible by the **qubit**, the quantum equivalent to the classical bit, which possesses the ability to exist in multiple states simultaneously.

Consider a 300-page book, the task of locating one specific word among those pages is comparable to a quantum computer seeking data. While a classical computer would sequentially search from page 1 to 300, a quantum computer’s superposition capability enables it to essentially read all 300 pages at once and locate the word nearly instantaneously.

## Quantum Supremacy and its Influence

In 2019, the Google’s Sycamore quantum processor accomplished a computation that would take the most powerful supercomputers an estimated 10,000 years, in a mere 200 seconds. This was a significant milestone and the first illustration of ‘quantum supremacy’. As we look forward to the realization of universal quantum computers, this demonstration provides a glimpse of their immense capabilities.

Yet, with great power comes great responsibility. The advent of quantum computing highlights the importance of **quantum cryptography** in securing our digital environment. The focus on developing post-quantum cryptographic algorithms and quantum key distribution mechanisms is vital for the assurance of data security and privacy in the new quantum computing era.

## Hurdles and Prospective of Quantum Computing

Despite its significant potential, quantum computing is not without challenges. Key among them is the task of maintaining coherence and mitigating quantum decoherence – the degradation of quantum state due to external factors. The susceptibility of qubits to errors necessitates efforts towards reliable error correction.

Nonetheless, the quantum computing revolution promises solutions for complex problems across different sectors including cryptography, materials science, drug development, and optimization problems. As advancements in quantum algorithms and hardware continue, we are ushering an era where these technologies reach general applicability and commercial feasibility.

## Final Words

Though largely theoretical at present, the quantum computing revolution is anticipated to significantly upgrade our computational capabilities. By pushing the frontiers of computer science, we stand on the cusp of wider methodologies and technologies that surpass current limitations. This understanding underscores the need for continued investment, research, and education in the fascinating and promising field of quantum computing.

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