Onorato, Pasquale

Onorato, Pasquale  

Fisica (29/10/12-)  

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Risultati 1 - 20 di 88 (tempo di esecuzione: 0.037 secondi).
Titolo Anno di pubblicazione Autori Unitn File
Achilles overtakes the turtle: experiments and theory addressing students' difficulties with infinite processes 1-gen-2020 Di Mauro, MarcoOnorato, PasqualeRosi, Tommaso +
The Augmented Laboratory - A mixed reality setup for physics education 1-gen-2019 Rosi T.Onorato P.Oss S.
The Augmented Laboratory – 3D, Multiple Object Tracking 1-gen-2019 Rosi, TOnorato, POss, S
The Beer Lambert law measurement made easy 1-gen-2018 Onorato, PasqualePolesello, MartaSalmoiraghi, AlessandroOss, Stefano +
Colours in your pocket: Smartphone-based spectrometers to investigate the quantum world 1-gen-2019 Rosi T.Onorato P.Gratton L. M.Oss S. +
Commercial virtual reality headsets for developing augmented reality setups to track three-dimensional motion in real time 1-gen-2021 Rosi, TommasoPerini, MaricaOnorato, PasqualeOss, Stefano
CROSSOVER FROM THE LUTTINGER-LIQUID TO COULOMB-BLOCKADE REGIME IN CARBON NANOTUBES 1-gen-2005 Onorato, Pasquale +
Cylindric quantum wires in a threading magnetic field: A proposal of characterization based on zero bias electron transport 1-gen-2012 Onorato, Pasquale
Damped oscillations and equilibrium in a mass-spring system subject to sliding friction forces: Integrating experimental and theoretical analyses 1-gen-2010 Onorato, Pasquale +
Discussing fundamental topics of quantum physics using visualizations of bound states 1-gen-2018 Rosi T.Oss S.Onorato P.
DOPING- AND SIZE-DEPENDENT SUPPRESSION OF TUNNELING IN CARBON NANOTUBES 1-gen-2004 Onorato, Pasquale +
Educational reconstructions of quantum physics using the sum over paths approach with energy dependent propagators 1-gen-2021 Onorato, Pasquale +
THE EINSTEIN-BRILLOUIN-KELLER ACTION QUANTIZATION FOR DIRAC FERMIONS 1-gen-2011 Onorato, Pasquale
Experiments and models about the force between permanent magnets: Asymptotic analysis of a difficult problem 1-gen-2020 Onorato, Pasquale +
From chance to the physical laws: Toy models to connect the microscopic and macroscopic understanding of physical phenomena 1-gen-2020 P. OnoratoM. PoleselloA. SalmoiraghiS. Oss +
From the dicey world to the physical laws: dice toy models for bridging microscopic and macroscopic understanding of physical phenomena 1-gen-2019 Onorato, PasqualeOss, Stefano +
GeoGebra simulations for Feynman’s sum over paths approach 1-gen-2018 Onorato P. +
High school student difficulties in drawing the field lines for two magnets 1-gen-2021 Onorato, Pasquale +
‘Home made’ model to study the greenhouse effect and global warming 1-gen-2011 Onorato, Pasquale +
How can magnetic force do work? Investigating the problem with students 1-gen-2013 Onorato, Pasquale +