Nanotechnology
MICRO-530
Media
MICRO-530 Nanotechnology
Scanning Probe Microscopy, AFM advanced modes / Clip#04 (2021)
02.06.2021, 10:44
Scanning Probe Microscopy, AFM self-sensing and actuated probes / Clip#03 (2021)
31.05.2021, 22:54
Recorded lesson on microscopy at nanoscale
26.05.2021, 14:33
intro to resolution enhancement in optical microscopy, confocal imaging, fluorescent labelling; history of scanning probe microscopy, how it all started and led to the Nobel prize in physics in 1986
Scanning Probe Microcopy, AFM tips and cantilevers / Clip#02 (2021)
25.05.2021, 13:27
~17 min on the fabrication of AFM nanotips and cantilevers
Scanning Probe Microscopy, AFM basics / Clip#01 (2021)
21.05.2021, 22:55
~20 min to introduce scanning probe microscopy with a focus on the AFM.
1_2_2021_Boero
24.03.2021, 12:07
1_1_2021_Boero
24.03.2021, 12:06
MICRO-530_SPL_3_Brugger
21.03.2021, 15:14
Scanning Probe Lithography part 3
MICRO-530_SPL_2_Brugger
21.03.2021, 15:13
Scanning Probe Lithography part 2
MICRO-530_SPL_1_Brugger
21.03.2021, 15:10
Scanning Probe Lithography part 1
MICRO-530_Stencil_Litho_Brugger
10.03.2021, 16:00
MICRO-530_Micro_Contact-Printing_Brugger
10.03.2021, 15:13
MICRO-530_NIL_Brugger
10.03.2021, 14:58
Nanoimprint Lithography
Micro-530_Litho_Part_2_Brugger
10.03.2021, 11:48
MICRO-530_Litho_Part I_Brugger
03.03.2021, 12:48
MICRO-530_Intro_Brugger_spring_2021
24.02.2021, 11:18
6_3_2020_Boero
02.02.2021, 11:43
5_4_2020_Boero
02.02.2021, 11:40
4_2_2020_Boero
02.02.2021, 10:53
7_3_2020_Boero
02.02.2021, 10:50
7_2_2020_Boero
02.02.2021, 10:49
7_1_2020_Boero
02.02.2021, 10:48
6_4_2020_Boero
02.02.2021, 10:48
6_2_2020_Boero
02.02.2021, 10:46
6_1_2020_Boero
02.02.2021, 10:45
5_3_2020_Boero
02.02.2021, 10:42
5_2_2020_Boero
02.02.2021, 10:41
5_1_2020_Boero
02.02.2021, 10:40
4_4_2020_Boero
02.02.2021, 10:39
4_3_2020_Boero
02.02.2021, 10:38
4_1_2020_Boero
02.02.2021, 10:34
3_4_2020_Boero
02.02.2021, 10:33
3_3_2020_Boero
02.02.2021, 10:32
3_2_2020_Boero
02.02.2021, 10:31
3_1_2020_Boero
02.02.2021, 10:30
2_4_2020_Boero
02.02.2021, 10:29
2_3_2020_Boero
02.02.2021, 10:28
2_2_2020_Boero
02.02.2021, 10:27
2_1_2020_Boero
02.02.2021, 10:25
Part 1, Scanning_Probe_Microscopy_Brugger_spring_2020
04.06.2020, 22:26
Part 2, Scanning_Probe_Microscopy_Brugger_spring_2020
04.06.2020, 22:24
Part 3, Scanning_Probe_Microscopy_Brugger_spring_2020
04.06.2020, 22:23
Part 4, Scanning_Probe_Microscopy_Brugger_spring_2020
04.06.2020, 22:21
Part 5, Scanning_Probe Microscopy_Brugger_spring_2020
04.06.2020, 22:13
Part 2, Scanning_Probe_Lithography_Brugger_spring_2020
13.05.2020, 14:14
Part 1, Scanning_Probe_Lithography_Brugger_spring_2020
13.05.2020, 14:13
Part 2, Stencil_Lithography_Brugger_spring_2020
13.05.2020, 14:12
Nanoimprint_Lithography_Brugger_spring_2020
13.05.2020, 14:10
Part 1, Stencil_Lithography_Brugger_spring_2020
10.05.2020, 19:25
Micro_Contact_Printing_Brugger_spring_2020
10.05.2020, 19:24
The course will be given as follows:
- Course: Wednesday from 08h15 to 11h00, in presence at EPFL in room GRA-332.
- Course material (slides handouts, reading assignments, ....): available below.
- Recorded videos (2020/2021): https://mediaspace.epfl.ch/channel/MICRO-530+Nanotechnology/30304
- Q&A sessions: Each teacher will be available for 1 office hours/week during the semester (tbc):
- Giovanni Boero: Tuesday 18h-19h (BM-3-110) or https://epfl.zoom.us/j/9987744396
- Juergen Brugger: Tuesday 18h-19h (BM-3-107) or https://epfl.zoom.us/j/2816823612
- Giovanni Boero: Tuesday 18h-19h (BM-3-110) or https://epfl.zoom.us/j/9987744396
Q&A sessions in June (before the exam, to be confirmed):
- Giovanni Boero: Tuesday 18h-19h (BM-3-110) or https://epfl.zoom.us/j/9987744396
- Juergen Brugger: Tuesday 10 18h-19h (only zoom) Tuesday 17 and 24, 18h-19h (BM 3.108 and/or https://epfl.zoom.us/j/2816823612)
Calendar 2026 (Wednesday from 8h15 - 11h00): Room: GRA-332
|
Week |
Date |
Content |
Teacher |
|
1 |
Feb 18 |
Intro to course |
JB |
|
2 |
Feb 25 |
Nanoscale Phenomena
|
GB |
|
3 |
Mar 04 |
Nanoscale Phenomena |
GB |
|
4 |
Mar 11 |
Nanoscale Phenomena |
GB |
|
5 |
Mar 18 |
Nanoscale Phenomena |
GB |
|
6 |
Mar 25 |
Nanoscale Phenomena |
GB |
|
7 |
April 01 | Nanoscale Phenomena |
GB |
|
7 |
Apr 09 |
Easter break holiday |
- |
|
8 |
Apr 15 |
Nanoscale Phenomena |
GB |
|
9 |
Apr 22 |
Nanoscale Imaging and Fabrication |
JB |
|
10 |
Aprl 29 |
Nanoscale Imaging and Fabrication |
JB |
|
11 |
May 08 |
Nanoscale Imaging and Fabrication |
JB |
|
12 |
May 13 |
Nanoscale Imaging and Fabrication |
JB |
|
13 |
May 20 |
Nanoscale Imaging and Fabrication |
JB |
|
14 |
May 27 |
Final workshop with student's pitches |
JB, GB |
Teacher: J. Brugger
This week I will start by giving an introduction to the course in general, and how it is organized. The basics of the lecture are the slides. In addition, some scientific and technological papers are provided as recommended reading assignment. It will facilitate your understanding of some of the class content and will provide a larger context. We will also form groups and set up some group-based activities that are subsequently presented and discussed in the class. Some training quizzes are provided for your self-assessment.
Teacher: G. Boero
Teacher: G. Boero
Teacher: G. Boero
Teacher: G. Boero
Teacher: G. Boero
Easter break !
Teacher: J. Brugger
Teacher: J. Brugger
Teacher: J. Brugger
Teacher: J. Brugger
paper collection
- There's Plenty of Room at the Bottom (URL)
- Nanomanufacturing: a perspective (File)
- First piezo-resistive AFM cantilever paper by Tortonese et al (1991) (File)
- True atomic resolution in AFM (File)
- IEEE article on Chip Shortage (URL)
- IEEE Spectrum (URL)
- IEEE IRDS on lithography (File)