In recent years the possibility to combine nanoelectronics and biosensing has opened a very wide and promising field of research, which holds the potential to revolutionize analytical biology and to enable pervasive diagnostics and personalized medicine. Integrated nanoelectronic biosensor platforms based on established CMOS technology can provide compensation and calibration hardware, programmable firmware, improved sensitivity due to the very small dimensions, high parallelism, remarkable cost and size reduction and, ultimately, the vast markets needed by the semiconductor industry. As is the case for all integrated nanoelectronic sensors, reliable and affordable design is possible only if accurate models are available to elucidate and qu...
[EN] The Compact Linear Collider (CLIC) is an electron-positron collider conceived for the study of ...
2011/2012The subject of the present PhD thesis is the study of the production of light hypernuclei i...
Parametric processes can be used to amplify broadband spectra as well as shift their frequency range...
The fastest light-matter interactions between electrons and optical laser pulses occur on attosecond...
Recent advancements in laser technology are quickly moving the frontiers of research: quantum dynam...
Il mio lavoro di ricerca ha avuto l’obiettivo di studiare le proprietà principali dell’interazione t...
Superconducting materials, being characterized by a negligible electrical resistance under peculiar ...
With the advent of microelectronics and micromechanical systems, the benefits of miniaturized techno...
The PANDA experiment, which will be located at the future Facility for Antiproton and Ion Research, ...
Premi GEFES 2016 a la millor tesi experimental en Física de la Matèria CondensadaNanophotonics aims ...
This thesis establishes a mathematical, physical and experimental framework for description, charact...
The thesis describes the fabrication, functionalizing and (bio)analytical applications of nanostruct...
Understanding the neurophysiological mechanisms of information processing within and across brain re...
The LHC is the largest particle accelerator and storage ring in the world, used to investigate funda...
Few-cycle laser pulses are an important tool for investigating laser-matter interactions. Apart fro...
[EN] The Compact Linear Collider (CLIC) is an electron-positron collider conceived for the study of ...
2011/2012The subject of the present PhD thesis is the study of the production of light hypernuclei i...
Parametric processes can be used to amplify broadband spectra as well as shift their frequency range...
The fastest light-matter interactions between electrons and optical laser pulses occur on attosecond...
Recent advancements in laser technology are quickly moving the frontiers of research: quantum dynam...
Il mio lavoro di ricerca ha avuto l’obiettivo di studiare le proprietà principali dell’interazione t...
Superconducting materials, being characterized by a negligible electrical resistance under peculiar ...
With the advent of microelectronics and micromechanical systems, the benefits of miniaturized techno...
The PANDA experiment, which will be located at the future Facility for Antiproton and Ion Research, ...
Premi GEFES 2016 a la millor tesi experimental en Física de la Matèria CondensadaNanophotonics aims ...
This thesis establishes a mathematical, physical and experimental framework for description, charact...
The thesis describes the fabrication, functionalizing and (bio)analytical applications of nanostruct...
Understanding the neurophysiological mechanisms of information processing within and across brain re...
The LHC is the largest particle accelerator and storage ring in the world, used to investigate funda...
Few-cycle laser pulses are an important tool for investigating laser-matter interactions. Apart fro...
[EN] The Compact Linear Collider (CLIC) is an electron-positron collider conceived for the study of ...
2011/2012The subject of the present PhD thesis is the study of the production of light hypernuclei i...
Parametric processes can be used to amplify broadband spectra as well as shift their frequency range...