Solution Sheet 4 Posted

I posted Solution Sheet 4 a week ago. (I forgot to mention it here.) I have just corrected a small typo in it and added a couple of small comments. I also fixed some of the grammatical issues, but that is less important.

Consultation Sessions

I will run consultation sessions during the following times: Tuesday weeks 2-4 in SGSR1: 10 am - noon (weeks 2 and 3), 10 - 11 am (week 4).

I don't know yet of consultation sessions run by others, but these are supposed to happen.

Update (4/19/12): Marta Sarzynska will be running consultation sessions at the following times: Monday weeks 2,3,5 in DHSR2: 10 - noon (weeks 2 and 3), 10 - 11 am (week 5)

Update 2 (4/23/12): The day, time, and place of Marta's sessions have been moved to remove a conflict with B8a. They are now Mondays weeks 2,3,5 in DHSR1: 11 am - 1 pm (weeks 2 and 3), 11 am - noon (week 5).

Update 3 (4/24/12:) Wonjung Lee will also run 5 hours worth of consultation. They will take place in SGSR1. They will take place on Fridays from 10 - 11 in week 2 and from 10-12 in weeks 3 and 4. [Note: I incorrectly listed 11-12 for week 2. It is 10-11.]

Timing for the 4th Class of My B8b class

The 4th class for the B8b class for which I am a tutor will take place on Tuesday of week 1 at 10:00 - 11:30 am in SGSR1.

Solution Sheet 3 Posted

I have posted solution sheet 3.

New Paper on the Chaotic Water Wheel

I didn't have time to look before lecture this morning, but a new paper was posted on the arXiv today about the chaotic waterwheel. It describes a new experimental implementation of it. This just goes to show you that we're discussing active research in this course!

Solution Sheet 2 was posted last week

I forgot to announce it here, but I posted solution sheet 2 last week.

Solution Sheet 1 Posted

I have posted solution sheet 1.

Update (2/04/12): I have posted an updated version of the solutions with some small typos corrected. Note, for example, that the Figure 6 caption is now present (which should make things clearer when it comes to the trapping region --- depicted in Figure 7 --- for that problem).