Bibliography
The selected materials provide an overview of the main theoretical, methodological, and applied perspectives shaping the disciplinary field of packaging.
The bibliography serves as a reference base for exploring topics such as technological innovation, sustainability, circular models, and transformations in production supply chains. In this way, it supports the development of a critical and informed approach to the study and design of packaging systems.
Valutazione Neuropack
Read all
This webpage presents Neuropack, an evaluation approach that applies neuroscience and sensory analysis methods to packaging assessment. It focuses on measuring consumer emotional and cognitive responses to packaging through objective and experimental techniques. The service supports data-driven optimisation of packaging design and communication effectiveness.
Questa pagina web presenta Neuropack, un approccio di valutazione che applica metodi neuroscientifici e di analisi sensoriale alla valutazione del packaging. Si concentra sulla misurazione delle risposte emotive e cognitive dei consumatori al packaging attraverso tecniche oggettive e sperimentali. Il servizio supporta l’ottimizzazione data-driven del design del packaging e dell’efficacia comunicativa.
Would-be Worlds: How Simulation is Changing the Frontiers of Science
Read all
This book explores the transformative role of computer simulation across scientific disciplines, showing how it reshapes research methods and epistemological frameworks. Humphreys analyses how simulated worlds augment traditional theory and experiment, enabling scientists to model complex systems previously inaccessible to direct analysis. The text bridges philosophy of science and computational practice, arguing that simulations create new forms of scientific evidence. Key case studies illustrate the impact of simulation on physics, biology and other fields.
Questo libro esplora il ruolo trasformativo della simulazione al computer nelle discipline scientifiche, mostrando come essa ridefinisca i metodi di ricerca e i quadri epistemologici. Humphreys analizza come i mondi simulati arricchiscano la teoria e la sperimentazione tradizionali, consentendo agli scienziati di modellare sistemi complessi precedentemente inaccessibili all 'analisi diretta. Il testo fa da ponte tra la filosofia della scienza e la pratica computazionale, sostenendo che le simulazioni creano nuove forme di prove scientifiche. Importanti casi di studio illustrano l 'impatto della simulazione sulla fisica, la biologia e altri campi.