Giuseppe Maruccio

lab on a chip sensors compton effect x ray spectra and bremsstrahlung photoelectric effect black body radiation from classical to modern physics – energy quantiza cytomechanics nanomechanical properties macromolecule unfolding nanoindentation force volume force spectroscopy tip performance cantiliver fabrication and characterization magnetic force microscopy electric force microscopy phase imaging lateral force microscopy nanomechanics tapping modes non contact contact atomic force microscopy scanning probe microscopy sputtering ald cvd pvd deposition etching soft lithography dip pen lithography scanning probe lithography interference lithography x ray lithography focused ion beam electron beam lithography photolitography lithography clean room microfabrication techniques semiconductor technologies moore law miniaturization soft lithographies navier-stokes equations microfluidics thermometric optical/spr sensors mechanical/gravimetric magnetoresistive sensors electrical/electrochemical eis saw spr isfet nanomedicine diagnostics biosensors bernoulli principle laminar and turbolent regime buoyant force stevino and pascal law fluidodynamics microfluidica centrifugazione gel elettroforesi idrofobicità ed angolo di contatto forze coesive ed adesive viscosità equazione di bernoulli portata equazione di continuità flusso laminare e turbolento fluidodinamica spinta di archimede legge di pascal legge di stevino meccanica dei fluidi lens refraction law mirror cenni su principali tecniche di microscopia il microscopio l'occhio sistemi ottici lenti diottri legge della rifrazione specchi riflessione interna totale legge della riflessione ottica geometrica the microscope total internal reflection reflection law geometrical optics conductive polymers and organic semiconductors graphene carbon nanotubes quantum wells/wires/dots physics of inorganic nanostructures single electron transistors scanning tunneling microscopy and spectroscopy mesoscopic devices quantum point contacts quantum transport landau levels molecular electronics quantum hall effect nanoelectronics