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An illustrated depiction of a quantum computing concept. In the foreground, there is a superposition of entangled qubits, represented as swirling, transparent spheres, symbolizing their dual nature. In the background, there is a futuristic, abstract circuit board pattern, merging classical and quantum elements. The image captures the essence of quantum computing's unique computational principles and its potential to revolutionize information processing

Introduction to Quantum Computing

Exploring an intriguing realm lies beyond conventional computing. These distinctive machines bear the name "quantum computers." Unlike everyday devices, they wield the enigmatic "qubits" instead of ordinary "bits." What Is Qubit? A bit resembles a binary switch, confined to either on or off—akin to one or zero. However, the qubit's charm lies in its dual nature. Contrary to ...
serverless

Advantages and Pitfalls of Serverless Architecture

There are many definitions of what serverless is. NIST or the National Institute of Standards and Technology defines serverless as providing resource pooling, rapid elasticity, and measured service in an opaque manner to the end-user. On the other hand, Knative has its definition of the same. Their understanding of serverless is based upon the outcome. If ...