Evento de conferencias en el marco del *Año Internacional de la Ciencia y Tecnología Cuántica 2025 (AIQ 2025), específicamente en el Nodo Zacatecas.

Detalles del evento

8:15 am – Registro*
8:30 am – Inauguración*
9:00 am – Conferencia virtual
Título:* ¿Por qué un año dedicado a la ciencia y tecnología cuántica?
Ponente:* Dra. Ana María Cetto Kramis
Instituto de Física, UNAM
Este evento es una excelente oportunidad para reflexionar sobre los avances e implicaciones de la física cuántica y sus aplicaciones tecnológicas.

Sir Peter Knight will give a Historical Perspective Lecture on Quantum.

Stupor Quanti is a yearly event that brings together the profound impact of quantum mechanics and the enduring spirit of intellectual wonder that has shaped the University of Naples Federico II since its founding 800 years ago. Each edition is structured around three key moments: a priced lecture delivered by a distinguished scientist; the Juvenum Quanta moment, an occasion for emerging researchers to present their work to a distinguished audience; and a roundtable, a dynamic discussion featuring leading scientists and academics.

Quantum India Bengaluru 2025 will be a premier summit bringing together global leaders, researchers, and industry pioneers to shape India’s quantum future. The event will feature star speakers, including Nobel Laureates and renowned quantum scientists, discussing breakthroughs in computing, AI, healthcare, security, and hardware. With a strong content lineup, the summit will showcase cutting-edge innovations from academia, startups, and enterprises driving quantum advancements. Attendees will explore the latest developments in quantum technologies through keynote sessions, panel discussions, and industry presentations. Exclusive industry visits to top quantum labs and companies will provide hands-on exposure to real-world applications.

A dedicated networking meeting in Scottsburgh near Durban, South Africa, from 23 – 27 June 2025, with the aim to bring together scientists, representatives of learned societies, and funding bodies, who are all dedicated to fostering an autonomous African research strategy and agenda in QST.

Quantum Machine Learning (QML) offers a structured approach to incorporating quantum computational models into learning frameworks, enabling new possibilities for handling complex data and system dynamics. Across domains such as quantum physics, cybersecurity, wireless communication, intelligent transportation, and climate modeling, QML techniques are adapted to match the structure and constraints of the underlying data and systems.

Quantum neural networks and variational circuits have been used to reconstruct quantum states, identify structured patterns in cybersecurity vulnerability data, and improve the precision of resource allocation strategies. Other implementations incorporate quantum representations of structured inputs, such as traffic data, or integrate physics-informed models with quantum attention mechanisms to reduce computational overhead while preserving accuracy. These applications reflect the adaptability of QML in supporting domain-specific tasks and offer a view into its evolving role in applied research across science and engineering.

This symposium is designed to bring together experts in Emergent quantum phenomena, Materials and structures for quantum technologies, quantum computation and simulation, quantum communication and cryptography, quantum optics and optoelectronics, nanodevices, and quantum education and didactics. The event will feature plenary lectures, technical sessions, and poster sessions, as valuable opportunities for young researchers and graduate students to present their work and engage with global leaders in the field.