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My '''main interests''' are in [[Daniele_Grosso_research|Research]] and [[Daniele_Grosso_development|Development]], [[Daniele_Grosso_didactics|Didactics]] and [[Daniele_Grosso_Outreach and Outcomes|the Societal impact of Research and Didactics]]. | My '''main interests''' are in [[Daniele_Grosso_research|Research]] and [[Daniele_Grosso_development|Development]], [[Daniele_Grosso_didactics|Didactics]] and [[Daniele_Grosso_Outreach and Outcomes|the Societal impact of Research and Didactics]]. | ||
| − | [[Areas of interests]] are '''mainly''' (but not only): [[medical physics]], imaging, statistics, data analysis, computational physics, physical computing, astrophysics, nuclear physics, robotics, vision, | + | [[Areas of interests]] are '''mainly''' (but not only): [[medical physics]], [[imaging]], [[statistics]], [[data analysis]], [[computational physics]], [[physical computing]], [[astrophysics]], [[nuclear physics]], [[robotics]], [[vision]], [[ML]],[[AI]] |
| − | '''More information on my activities''' can be found in the [[Daniele_Grosso_publications|publications]], [[Daniele_Grosso_projects|projects]], [[Daniele_Grosso:Interesting_courses|learning]], [[ | + | '''More information on my activities''' can be found in the [[Daniele_Grosso_publications|publications]], [[Daniele_Grosso_projects|projects]], [[Daniele_Grosso:Interesting_courses|learning]], [[Daniele_Grosso_teachings|teachings]] |
| + | |||
| + | More on [[Daniele_Grosso_notebooks|notes]], [[Daniele_Grosso_howto|howto]], [[Daniele_Grosso_links|links]], [[Daniele_Grosso_web links|web links]], [[Daniele_Grosso_lists|lists]] and [[Daniele_Grosso_software|software]] sections. | ||
An overview of [[Daniele_Grosso_training|my training]] and [[Daniele_Grosso_former_positions|former positions]] can be found in [[Daniele_Grosso_short_biography|brief biography]] and/or [[Daniele_Grosso_short_CV|CV]]. | An overview of [[Daniele_Grosso_training|my training]] and [[Daniele_Grosso_former_positions|former positions]] can be found in [[Daniele_Grosso_short_biography|brief biography]] and/or [[Daniele_Grosso_short_CV|CV]]. | ||
Revision as of 10:02, 26 February 2025
Welcome to my website!
I am a physicst. I work at the Department of Physics, University of genoa.
My main interests are in Research and Development, Didactics and the Societal impact of Research and Didactics.
Areas of interests are mainly (but not only): medical physics, imaging, statistics, data analysis, computational physics, physical computing, astrophysics, nuclear physics, robotics, vision, ML,AI
More information on my activities can be found in the publications, projects, learning, teachings
More on notes, howto, links, web links, lists and software sections.
An overview of my training and former positions can be found in brief biography and/or CV.
You may contact me at the following address:
Daniele Grosso (Ph.D) LTD LAB (Low Temperature Detectors LAB) DIFI (Department of Physics, University of genoa) INFN (INFN section of Genoa) v. Dodecaneso 33, 16146 Genova (GE) - IT Tel. +39.347.496.5037 Skype: daniele.grosso.genova daniele.grosso@unige.it, daniele.grosso@ge.infn.it daniele.grosso.genova@gmail.com
To know more about my last preprints, please visit one of the following:
the Collatz-ion
- https://doi.org/10.5281/zenodo.14217848 A Simple binary analysis of the Collatz Conjecture
- https://doi.org/10.5281/zenodo.14219218 Numerical Analysis of Collatz Sequences Using Binary Representation
- https://doi.org/10.5281/zenodo.14252942 Statistical Analysis of Binary Length Evolution in Collatz Sequences
- https://doi.org/10.5281/zenodo.14543277 A Comprehensive analysis of the Collatz conjecture
- https://doi.org/10.5281/zenodo.14711287 Divergent binary length growth in the 5x+1 problem
- https://doi.org/10.5281/zenodo.14778057 Analysis of the 7x + 1 problem as a boundary case
- https://doi.org/10.5281/zenodo.14789415 Analysis of the kx+1 Problem for k greater than 7
- https://doi.org/10.5281/zenodo.14696864 Exploring the Collatz Conjecture with an arduino collatzer
- https://doi.org/10.5281/zenodo.14852361 The arduino based K-Collatzer A Hardware Implementation for Exploring the 5x+1 and kx+1 sequences
Physics ... (to come soon)
AI
