Politecnico di Milano - P.zza L. da Vinci, 32 - 20133 Milano - Tel. +39.02.2399.6188

Advanced Course on
"High Resolution Electronic Measurements in Nano-Bio Science"

Location

This year the course will be delivered on-line and can be followed from remote

Click on the "Virtual room" buttom to access the lessons

June 7th to 18th, 2021


  Monday 7 Tuesday 8 Thursday 10 Friday 11 Monday 14 Tuesday 15 Thursday 17 Friday 18
13.00

13.45 Introduction to the course

Marco Sampietro

Virtual room







The nanopore concept
When sensor size fits the target

Tim Albrecht
Birmingham Un. (UK)

Recording




14.15

45m + 15m


It is all about noise!
A practical review

Marco Sampietro

Recording

Measuring at a given frequency
The LOCK-IN concept

Marco Sampietro

Recording


High resolution measurements in nanoscience
Problems

Giorgio Ferrari

Recording

Electrical measurements in liquids
Basic considerations

Giorgio Ferrari

Recording


Elettrochemical instrumentation
Probing the interface

Marco Carminati

Recording

High performance measurements with nanopores
An open discussion

Tim Albrecht with participants

Virtual room


Instrument-on-chip
How to design it

Giorgio Ferrari

Recording

Probing at the nanoscale
Principles of AFM

Laura Fumagalli
Manchester Un. (UK)

Virtual room

15.15

45m + 15m


Measuring small currents
Architectures & Instrumentation

Marco Sampietro

Recording

Impedance measurement
Architectures and performance

Marco Sampietro

Recording 1 Recording 2


The ultimate lock-in performance
Sub-ppm measurements using LIA

Giorgio Ferrari

Recording

The interface between solid & liquid
How to transfer charge through the electrodes

Giorgio Ferrari

Recording


Current measurements in bioscience
Examples of applications

Marco Carminati

Recording

Impedance to count and track
Dust, cells and molecules

Marco Carminati

Recording


Atom-based Electronic devices

Enrico Prati
IFN-CNR, Milano

Virtual room

Electrical measurements with AFM

Laura Fumagalli
Manchester Un., UK

Virtual room


15m
Tea break
Tea break

Tea break
Tea break

Tea break
Tea break

Tea break
Conclusive remarks
M.Carminati, G. Ferrari and M. Sampietro

Virtual room

16.30

45m + 15m

Measuring at high frequency
A designer's guide

Marco Sampietro

Recording

Impedance to peep light
Electronic sensing in Si-photonics

Andrea Melloni

Recording


Instrumentation for noise measurements
Noise as signal


Marco Sampietro

Recording

Charge transport in liquids
A closer approach

Giorgio Ferrari

Recording



Nanoscale Electrochemistry

Giorgio Ferrari

Recording



Measuring signals below 4K
Cryogenic electronics

Giorgio Ferrari

Recording



Color code:
Basic concepts, In-depth analysis, Instrumentation Windows to applications
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