Showing posts with label assessment. Show all posts
Showing posts with label assessment. Show all posts

6/3/11

Presentation marks

3 digits are last 3 numbers of student ID
marks are out of ten

404       5
335       5
050      5.5
658      4
459      6
344      5
172     8.5
370     7.5
677      6

6/2/11

Course evaluation and optional tute

I forgot to get you to fill out the course evaluation. Sorry.
Could we do that at 1pm today in the interaction room as part of the optional tutorial?
Those who come I will make it worthwhile....

5/30/11

Student presentations

I expect you all to attend all the presentations and to fill out the feedback and assessment forms I will provide.

I will bring the data projector but it is your responsibility to bring a laptop and to check beforehand that you can get it to work with the data projector. I will set up the data projector at least 15 minutes before class time so you can do that.

Time limits will be strictly enforced.

5/25/11

Course summary

You can hand this to me on friday June 24 but I will not start marking them until monday June 27.

Read the course profile for more information for what the summary should involve.

The summary should sent to me via email as a pdf file.

Since there have already been several incidents of plagiarism in this course, all the summaries will be run through the program Turnitin.

5/23/11

Paper presentation schedule

Here is the proposed schedule. You are welcome to swap with one another.
Each presentation will be 12 minutes plus 3 minutes for questions.
Time limits will be rigidly enforced.

The material below is from John Wilkins one page guides and should be read and applied before giving your talk.
----------
Monday May 30 2pm

Robert

FLUCTUATING VALENCE IN A CORRELATED SOLID AND THE ANOMALOUS PROPERTIES OF delta-PLUTONIUM

Shishir

THE BIRTH OF TOPOLOGICAL INSULATORS

Negar

Quasiparticles at the Verge of Localization near the Mott Metal-Insulator Transition in a Two-Dimensional Material


---------
Tuesday May 31 11am

Sam

A UNIFIED EXPLANATION OF THE KADOWAKI–WOODS RATIO IN STRONGLY CORRELATED METALS

Thurayana

TUNABLE FRÖHLICH POLARONS IN ORGANIC SINGLE-CRYSTAL TRANSISTORS

Lan

EXPERIMENTAL OBSERVATION OF THE QUANTUM HALL EFFECT AND BERRY'S PHASE IN GRAPHENE
-------
Wednesday June 1 noon

Josh

COMPLEX THERMOELECTRIC MATERIALS


Saeed

QUANTUM CRITICALITY IN HEAVY-FERMION METALS


Shahd

FLUCTUATING SUPERCONDUCTIVITY IN ORGANIC MOLECULAR METALS CLOSE TO THE MOTT TRANSITION

5/10/11

Some papers for student presentations

Here is a preliminary list of possible papers you can use for your presentation.
First come, first served.
Claim yours with a comment below.
I welcome alternative suggestions.

You will have to give a 15 minute presentation where you
-summarise the key ideas and results of the paper
-relate the contents to what you have learnt in the course
-state things you did not understand
-any weaknesses you see in the paper

Marks will be based on
-quality of presentation
-level of understanding of the paper
-ability to relate the paper to what you have learned in the course
-ability to answer questions

Experimental observation of the quantum Hall effect and Berry's phase in graphene

Ideal diode equation for organic heterojunctions. I. Derivation and application

Complex thermoelectric materials

Tunable Fröhlich polarons in organic single-crystal transistors

Understanding ion motion in disordered solids from impedance spectroscopy scaling

Quasiparticles at the Verge of Localization near the Mott Metal-Insulator Transition in a Two-Dimensional Material

The birth of topological insulators

Fluctuating valence in a correlated solid and the anomalous properties of delta-plutonium

Fluctuating superconductivity in organic molecular metals close to the Mott transition

Quantum criticality in heavy-fermion metals

A unified explanation of the Kadowaki–Woods ratio in strongly correlated metals

5/4/11

Optional extra tutorial

Some students have asked for extra feedback and advice on passing the course.
Tomorrow at 1pm I will be available in the interaction room. If you wish to work through tutorial problems and/or past exam questions, and get feedback I will be available then. If it is popular enough I will do this every week, at a mutually agreeable time.

4/11/11

Assignment 4: due Tuesday May 3

You can download the assignment here.

A scan of the relevant pages from Solid State Simulations can be found here.

4/8/11

Mid-semester exam

Details and some sample questions are here.
The exam is worth 20% of the summative assessment.
We will look at some of the sample questions at next wednesday's tutorial.

3/15/11

Assignment 2: due monday March 28

You can download it here.
The relevant parts of the solid state  simulations book are here.

3/9/11

Tutorial questions

Here are some tutorial questions that we may look at during the semester. Try and do them by yourself and I will then give help as needed to do them.
Some of these questions have been exam questions in the past. 

3/7/11

Where are your blog posts?

There are 40 formative points for posting on this blog.
As stated in the course profile:


To receive 3 points per week, a student must post at least two items and two comments on other student posts. Posts can include summaries of the reading (especially focusing on what is the key idea, key figure, or key equation for a section), questions the students have, or links to material related to the course.


Since no student posted last week, you all get zero for week 1.

2/28/11

Assignment 1

You can view it here.
Exercises from Solid state simulations are here.
It is due two weeks from today.