The popularization of quantum physics is a fascinating and challenging subject that, if handled correctly, can open doors to knowledge and understanding. However, it can also carry risks and lead to misunderstandings if not approached with clarity and rigor. Oversimplification of information by the media can generate a flawed or superficial understanding of the underlying principles. The public may end up with an incorrect view of how the world works at the quantum level. It can also give rise to pseudoscience or a mystical and distorted view of quantum physics disseminated under the guise of science. 

However, the quantum concepts of superposition, entanglement, and wave-particle duality challenge our everyday intuitions about how the world works and stimulate intellectual curiosity. Popularizing quantum physics helps society understand the fundamental basis of reality at the subatomic level, which can contribute to improving scientific literacy among the public. This understanding can have important philosophical implications, helping people comprehend phenomena such as uncertainty, determinism, and causality from a new perspective. 

It's important to remember that science communication can contribute to the development of new technologies based on quantum principles, such as quantum computing, teleportation, and cryptography. This could have significant implications in fields like computer science, medicine, and security, offering innovative solutions to complex technological problems. In this panel, we've invited several scientists and specialists to discuss the intricacies and challenges of communicating quantum physics. 

Moderated by: Candela Perez 

Ernesto Lozano Tellechea, PhD in theoretical physics and screenwriter of 'Kurzgesagt–In a Nutshell'.

Sergio Montañez Naz, DivulgaMadrid, Professor of Physics and Chemistry at the IES Joaquín Turina in Madrid.

Andrea Peralta, founder of Spin-orbit Communications.