MCC026:Nanoscience. at the border between chemistry and physics. Samuel Lara-Avila

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1 MCC026:Nanoscience at the border between chemistry and physics Samuel Lara-Avila Quantum Device Physics Lab Department of Microtechnology and Nanoscience (MC2) November, 2016

2 Nanoscience Femto Nano: from Greek dwarf Pico Nano 10-9 Micro 10-6 Mili nm = 1 Ångstrom to 100 s nm Au Au Carbon Nanotube (~1 nm) After Dekker (TU Delft) Pentacene molecule imaging, After Gross (IBM)

3 Objects Intel Broadwell transistor (14 nm) Human Ant Nano World Blood Cell Transistor Carbon-Nanotube Fullerene (C60) Atom Atom Nucleus Carbon Nanotube (~1 nm) Fullerene -C60 (7 Å)

4 Objects Tools Human Naked Eye Nano World Ant Blood Cell Transistor C-Nanotube Fullerene (C60) Atom Atom Nucleus Optical Microsocope Electron Microscope

5 Objects Tools Models Nano World Human Ant Blood Cell Transistor C-Nanotube Fullerene (C60) Atom Atom Nucleus Naked Eye Optical Microsocope Electron Microscope Classical Mechanics Quantum mechanics

6 Course Formalities

7 Nanoscience: General Goals You will get to know Nano research(ers) at Chalmers. The course "Nanoscience" is an in-depth catalog of nanoresearch at Chalmers taught by researchers actively working in the area. What to do for Diploma work? Course as job interview Introduce the students to the opportunities of research and further education in the field of Nanoscience at Chalmers.

8 Nanoscience: Specific Goals a) to introduce basic physical concepts at the nanoscale, in the border between chemistry and physics b) to illustrate state-of-the-art achievements in the field c) discuss possible future directions of research in nanoscience.

9 Nanoscience: Learning outcomes Solve basic problems on quantum transport at nanoscale Describe available experimental techniques for studies of current transport though single molecules Describe physical and chemical ideas for implementing electronic functionality at single-molecule level See webpage for full list /nanoscience

10 Nanoscience Course: Calendar 13 Lectures Nov 1 th to Dec 1 st Written Exam - Dec 13th Proposal Submission Jan 8 th Proposal Presentation - January 12 th -13 th

11 Nanoscience : Evaluation A contemporary researcher should be/have: Original Independent Critical Creative Knowledgeable Honest Focus/dedication Team work Communication skills

12 Nanoscience course: Evaluation Exam- Compulsory 60 points Total Points Chalmers Grade Proposal - Compulsory 6 points Opponent Job 1 Opponent Job 2 Total 2 points 2 points 70 points <20 Fail Attending >70% of the lectures is compulsory (> 10 lectures) Written exam. Exam problems will be selected from homeworks

13 Nanoscience: Course Organization Concepts (Lecture 1,2,3,4) Tomas Löfwander Nano Mechanics Nano Electronics Nano Optics Carbon Electronics Complex Oxides Spintronics Molecular Electronics Energy

14 Lectures

15 Lecture 1-3: Quantum Transport (THEORY) Tomas Löfwander, Nov 3 rd, 8 th, 10 th Intro to Low-dimensional structures a) Schrödinger equation: Length and Energy scales b) Electrical resistance: From Ohms law to Landaur formalism c) Coulomb interaction: Blockade and single-electron tunneling d) Electrons in Magnetic field: Quantum Hall effect

16 Lecture 4: Carbon Based Electronics (THEORY) Tomas Löfwander, Nov 11 th a) Electronic structure of graphene & Carbon Nanotubes b) Physics of Graphene & CNT c) Example of devices, production & characterization methods

17 Lecture 5,6: Nano-Optics Mikael Käll, Nov 15 th,17 th a) Nanoscopic techniques b) Optical Properties of nanostructures: nanoplasmonics c) Single-molecule microscopy/spectroscopy

18 Lecture 7: Nanostructured oxide Materials Alexei Kalaboukhov, Nov 18 th a) Description of two-dimensional electron gas at superlattices/interfaces b) Ferromagnetism, Ferroelectricity and superconductivity in Perovskites

19 Lecture 8: Nanobio Aldo Jesorka, Nov 22 nd Lipids in Two-dimensions Fluorescence techniques

20 Lipids in Two-dimensions Research Highlights Building on my PhD work attempting to make mass-production of electrodes to contact single molecules (ACS Nano, 2012) (Czoljos, Jesorka & Orwar, NanoLetters, 2009) (Shaali, Lara-Avila & Jesorka, ACS Nano 2 S. Lara-Avila, Mid-term Review (April 2015) 20

21 Lecture 9,10: Nanomechanics Andrey Danilov & Andreas Isacsson, Nov 24 th -25 th a) Andrey: Statics, Dynamics, Sensors & Devices b) Andreas: Devices in depth

22 Lecture 11: Nanostructures for energy Christoph Langhammer, Nov 29 th a) Catalysis b) Solar Cells c) Hydrogen Storage

23 Lecture 12: Molecular Electronics Samuel Lara-Avila, Dec 1 st a) Samuel: Physics in single-molecule devices (SMD) b) Kasper: Synthesis, self-assembly and switching in SMD

24 Research Proposals: is a document that provides a detailed description of the proposed program. It is an outline of the entire research process that gives a reader a summary of the information discussed in a project.

25 Contents of Proposal 1. Idea (What?) 2. Motivation (Why?) 3. Expected Outcome (e.g. numbers) 4. Methods (How?) 5. References

26 Format of Proposal a) No template (Creativity!) b) 3-5 pages (<3000 words) c) No limit in figures, plots, etc. d) Observe quality of figures, labels, etc

27 Deadline: As soon as possible Support Sessions Dec January 8 th January 12 th -13 th

28 Original, honest, creative, knowledgeable Team work, communication skills, Focus/dedication INDEPENDENCE Communication skills, creative

29 Examples of research Proposal a) Senior b) Student

30 a) Senior Research Proposal: Idea (What?)

31 a) Senior Research Proposal: Expected outcome

32 a) Senior Research Proposal: Methods (How?)

33 a) Senior Research Proposal: 1 st Page

34 b) Student proposal

35

36

37 Nanoscience course: Evaluation Exam- Compulsory 60 points % Total Points Chalmers Grade Proposal - Compulsory 6 points Opponent Job 1 Opponent Job 2 Total 2 points 2 points 70 points <20 Fail Attending >70% of the lectures is compulsory (> 10 lectures) Written exam. Exam problems will be selected from homeworks

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