User:Daniele Tampieri: Difference between revisions

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imported>Daniele Tampieri
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imported>Daniele Tampieri
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I was born in Italy on the 2<sup>nd</sup> of June, 1969. I am an electronics engineer (I own a "Laurea" degree, the older Italian equivalent of a MSc, awarded by the University of Bologna): I am a [[IEEE]] member and I have been working as a analog HW designer/R&D specialist for ten years now. I also am interested in pure and applied mathematics: this passion started from the courses of matematical analysis I attended at the university. My teacher was Fausto Segala, known for his contributions to the study of the Pompeiu problem, jointly with Nicola Garofalo. I started editing Wikipedia on november 2006: my main contributions can be seen listed in my Wikipedia user page. My research interests belong to the following fields (ordered alphabetically)
I was born in Italy on the 2<sup>nd</sup> of June, 1969. I am an electronics engineer (I was awarded a "Laurea" degree, the older Italian near-equivalent to a MSc, by the University of Bologna): I am a [[IEEE]] member and I have been working as a analog HW designer/R&D specialist for ten years now. I also am interested in pure and applied mathematics: this passion started from the courses of matematical analysis I attended at the university. My teacher was Fausto Segala, known for his contributions to the study of the [[Pompeiu problem]], jointly with Nicola Garofalo. I started editing Wikipedia on november 2006: my main contributions can be seen listed in my Wikipedia user page. My research interests belong to the following fields (ordered alphabetically)
*Analog electronic design.
*Analog electronic design.
*Calculus of variation.
*Calculus of variation.
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*Partial differential equations, in their various flavours.
*Partial differential equations, in their various flavours.
*Semiconductor physics and device modeling.
*Semiconductor physics and device modeling.
However I like also to "jump" to other branches of mathematics, physics and engineering, as long as there is some interesting to do. My approach is highly interdisciplinary: however, the methods I use are borrowed from mathematics and electronics.
However I like also to "jump" to other branches of mathematics, physics and engineering, as long as there is some interesting to do. My approach is highly interdisciplinary: however, the methods I use are borrowed from mathematics and electronics. The [[Citizendium]] entries I have contributed to are the following ones:
 
*[[Cauchy-Riemann equations]]




[[Category:CZ Authors|Tampieri, Daniele]][[Category:Engineering Authors|Tampieri, Daniele]] [[Category:Mathematics Authors|Tampieri, Daniele]] [[Category:Physics Authors|Tampieri, Daniele]]  
[[Category:CZ Authors|Tampieri, Daniele]][[Category:Engineering Authors|Tampieri, Daniele]] [[Category:Mathematics Authors|Tampieri, Daniele]] [[Category:Physics Authors|Tampieri, Daniele]]  
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{{DEFAULTSORT:Tampieri, Daniele}}

Revision as of 06:06, 7 February 2011

I was born in Italy on the 2nd of June, 1969. I am an electronics engineer (I was awarded a "Laurea" degree, the older Italian near-equivalent to a MSc, by the University of Bologna): I am a IEEE member and I have been working as a analog HW designer/R&D specialist for ten years now. I also am interested in pure and applied mathematics: this passion started from the courses of matematical analysis I attended at the university. My teacher was Fausto Segala, known for his contributions to the study of the Pompeiu problem, jointly with Nicola Garofalo. I started editing Wikipedia on november 2006: my main contributions can be seen listed in my Wikipedia user page. My research interests belong to the following fields (ordered alphabetically)

  • Analog electronic design.
  • Calculus of variation.
  • History of mathematics and biographies of mathematicians.
  • Mathematical analysis: both real and complex analysis, in one and several variables.
  • Partial differential equations, in their various flavours.
  • Semiconductor physics and device modeling.

However I like also to "jump" to other branches of mathematics, physics and engineering, as long as there is some interesting to do. My approach is highly interdisciplinary: however, the methods I use are borrowed from mathematics and electronics. The Citizendium entries I have contributed to are the following ones: