Quantum Computing

The interdisciplinary nature of quantum computing requires knowledge of math, physics, and coding.

“Quantum computers have the potential to solve problems that would take a classical computer longer than the age of the universe.” —David Deutsch, Oxford University professor

David DiVincenzo proposed the basic characteristics for real quantum computer technology. Before David DiVincenzo, while Seth Lloyd was working in Los Alamos National Laboratory, he invented the molecular quantum computer. His proposal was based on a chain molecule structure. This structure has a pattern of little blocks, and it is repeating

Richard Feynman proposed quantum electrodynamics in 1965. Quantum electrodynamics is related to the interaction of the electrons using the electromagnetic force of the photon. He invented the particles named antiparticles. Antiparticles are the particles that have charges opposite to the mirror particles.

Types of Quantum Computers

Quantum Computing Market Landscape

Quantum computers are unlikely to become personal devices in the way that traditional computers ultimately became PC’s and even tablets and smartphones.

Quantum Simulator Tutorial

See the Quantum World Come Alive: Anjali Patel Demystifies Quantum Computing

Anjali Patel introduces a quantum computer simulation platform for a new era of digitization. By visualizing the non-intuitive internal operations of quantum systems, this revolutionary interface allows users to discover the exponential power of quantum computation.

Construct circuits by placing quantum gate operations on horizontal qubit wires. Initialize qubits into computational basis states or superpositions via circuit architecture components. Examine sophisticated output displays in real-time: rotating probability amplitude vectors reveal precise likelihoods, dense matrices unpack joint state coherence information. Interactively experience quantum dynamics: visualize entanglement operationalize custom algorithms like teleportation.

The simulator models state vector propagation rigorously: eliminating restrictive assumptions of classic emulators. Smooth responsive workflows facilitate rapid prototyping of novel quantum protocols. Progressive conditioning schemes and measurement display insertion enable staged experimental optimizations. Comprehensive toolboxes simplify construction of intricate multi-qubit gate sequences and complex nested algorithmic structures across 16+ fully simulated qubits.

Whether you are new to quantum principles or an advanced researcher, this simulator provides an intuitive platform to understand non-classical phenomena at the state vector level and architect next-generation quantum circuits. Master quantum fundamentals and harness exponential computational power.