The 8th International Conference on Quantum Information Technologies Applied to Nature and Society (QUITANS 2026) is an unique scientific meeting for discussing the latest advances in the emerging areas of human-computer interaction, high education, augmented / extended reality and new technology.

We are at the beginning of a new era, such as was computer science in the 60s, when nobody knew for certain where the birth and development of the internet could take humanity, and especially since its democratization in the 90s. In short, these are times of major breakthroughs, and with a huge repercussion on both everyday life and the progress of scientific knowledge. Therefore, we are facing a kind of natural and artificial selection of the contents of the bits towards the qubits. Our main areas of topics can be summarized in the following groups of sub-topics, which do not mean that other disciplines, domains, specializations, and so forth, cannot be included in them (see below).

Hence topics from the whole range of quantum communication, models of quantum computation, simulations, computing graphics processing, artificial intelligence, information theory, sciences and disciplines for quantum technologies, complex networks nature and society, agriculture automatization, environment and development, new professions in quantum computing, and so on, are welcomed.

Last year’s symposiums, workshops, conferences, and so forth, organized by AInCI and ALAIPO, for instance, included papers, demos, research-in-progress, doctoral consortium, posters, etc., on the topics (see below the alphabetical order). An extensive listing connotes and reflects the requirement and also skill necessary to find intersection zones of the disciplines among the different domains, fields, and specialities; which at the same time potentially boosts and merges the formerly different scientific views. In short, we focus on the following main and secondary subjects, which do not exclude others of great current or future interest, alphabetically listed in the following way:

Qubits

    Algorithms
    Artificial Intelligence
    Communication
    Complexity Theory
    Computer Graphics 
    Cryptography
    Information Theory
    Measurement
    Simulation

Computing and Quantum Technologies

    Machine Learning
    Nanorobotics
    Networking Models and Neural Networks
    New Materials with Programmed Properties
    Program Structure
    Representation of Data at Scale
    Scientific Visualization and Interfaces 
    Sensors and Superconducting Circuits
    Virtualization

Quantum Phenomena Oriented to Nature and Society

    Agricultural Robotization and Greenhouse System
    Communicability and HCI Applicable to Quatum Computing
    Creativity Oriented to Visualization of Real Microuniverses and Human-Computing-Nature Interactions
    Education and Fundamental Sciences for Quantum R&D
    ICTs Applied to Agriculture, Ecosystems and Environment
    Industrial Automatization and Renewable Energies
    Information Visualization to Horticulture
    Quantum Computing to Develop Skills in New Professions and Jobs
    Quantum Solutions Thinking in Artificial Intelligence, Biology, Chemistry and Physics