Understanding Musical Consonance and Dissonance: Epistemological Considerations from a Systemic Perspective. - Nicola Di Stefano; Marta Bertolaso (Syst., 2014)

The sound of actions: A new tool to study music perception in young children. - Leonardo Di Perna; Nicola Di Stefano; Domenico Formica; Valentina Focaroli; Fabrizio Taffoni (EMBC, 2016)

A sensor-based approach to study sound perception in children. - Fabrizio Taffoni; Leonardo Di Perna; Domenico Formica; Valentina Focaroli; Flavio Keller; Nicola Di Stefano (Int. J. Comput. Appl. Technol., 2017)

On the Role of the Hand in the Expression of Music. - Marc Leman; Luc Nijs; Nicola Di Stefano (The Hand, 2017)

Wearable system based on piezoresistive sensors for monitoring bowing technique in musicians. - Joshua Di Tocco; Carlo Massaroni; Nicola Di Stefano; Domenico Formica; Emiliano Schena (IEEE SENSORS, 2019)

Assessing the Bowing Technique in Violin Beginners Using MIMU and Optical Proximity Sensors: A Feasibility Study. - Cecilia Provenzale; Nicola Di Stefano; Alessia Noccaro; Fabrizio Taffoni (Sensors, 2021)

The Ethics of Supernumerary Robotic Limbs. An Enactivist Approach. - Nicola Di Stefano; Nathanaël Jarrassé; Luca Valera (Sci. Eng. Ethics, 2022)

Wearable Sensors to Monitor Psychophysiological Response Induced by Musical Consonance and Dissonance. - Daniela Lo Presti; Chiara Romano; Carlo Massaroni; Nicola Di Stefano; Domenico Formica; Emiliano Schena (BATS, 2023)

Artificial Emotions: Toward a Human-Centric Ethics. - Laura Corti; Nicola Di Stefano; Marta Bertolaso (Int. J. Soc. Robotics, 2023)

Real-Time Visual Feedback Based on MIMUs Technology Reduces Bowing Errors in Beginner Violin Students. - Cecilia Provenzale; Francesco Di Tommaso; Nicola Di Stefano; Domenico Formica; Fabrizio Taffoni (Sensors, 2024)

Using Wearable Sensors to Study Musical Experience: A Systematic Review. - Erica Volta; Nicola Di Stefano (Sensors, 2024)

Auditory and Tactile Perception of Musical Intervals: A Pilot Study. - Davide Deiana; Alessandro Ansani; Giovanni Di Pino; Domenico Formica; Charles Spence; Nicola Di Stefano (MeMeA, 2025)

Robot-Mediated Asymmetric Connection Between Humans Can Improve Performance Without Increasing Effort. - Alessia Noccaro; Silvia Buscaglione; Jonathan Eden; Xiaoxiao Cheng; Nicola Di Stefano; Giovanni Di Pino; Etienne Burdet; Domenico Formica (IEEE Trans. Biomed. Eng., 2025)