Here’s a rough transcription of Steve Swallow, one my favourite bassists, playing on the album Three Guys with Lee Konitz and Paul Motian. (Dreamy band or what?). It’s a Konitz composition over It’s You Or No One. So far, I can’t find it online (tiny sample in this article) but I’m reliably informed it exists on youtube.
Anyway, here is the unison line that ends the tune:
It’s You unison line transcription
It’s You unison line (Eb)
And here it is played in somewhat Swallow-y style — very light roundwounds with a pick and loads of tone rolled off:
Connoisseurs will know that the pick should really be copper, and the bass a semi-acoustic with a piezo somewhere, strung E-C, etc.
I have an interest in the relationship between the arts and sciences (see, e.g., here), and today a few of us from the Crick Institute received a guided tour of a nice exhibition at Central Saint Martins. Crossing Fields is a degree show for their almost-unique MA in Art and Science and is well worth a look in the next few days. A few that I managed to get snaps of are below (there are many more fantastic works to see). These ones are by Julie Light, Meri Lahti and Chang Zhou respectively.
My website has had a bit of a tidy-up, long overdue. I tried to organise the music page better, and reduce general clutter etc.
You don’t need to be a biologist to work at the Crick Institute! I’m not. If you are an undergraduate, here’s a way to sample the life of a biological physicist…
As an undergraduate, I hadn’t considered working in research until I fell into a summer research project with the excellent Mike Evans at Leeds. He actually ended up being my PhD supervisor, but in a broader sense the placement opened my eyes to the process of doing “new stuff”; the feeling that what you’re doing hasn’t been done before is quite a special one.
Anyway, this year I’m part of the Crick’s summer student programme, and have a project open on applying quantitative and physical principles to a biological system. Details can be found here.
This Friday (22nd September 2017) I’ll be at a public event hosted by the Institute of Physics — The Physics of Life. If I remember right, this is partly prompted by the IoP’s upcoming move to a location near the Francis Crick Institute, where I work. Many thanks to Toby Shannon from the IoP for getting in touch!
I’ll be considering what we mean by “fundamental” science, how this relates to links between physics and biology, and why the Crick bothers to employ physicists. I’m also really looking forward to seeing Aimee Eckert speak, and she’s a biologist so there’s a nice symmetry to the whole thing. There will be science stalls and demos, and food and drink.
Recently I was very honoured to be invited to Creative Futures 2017 by my old friend Mike Corcoran. Mike is something of a polymath, with a huge variety of interests in the arts, philosophy and science. We originally met at Durham University while queueing for one of the many administrative things that first-year students have to queue for. We were the only two people in the year doing our particular combination of physics and philosophy modules, and remained friends throughout.
We had a discussion about similarities, differences, shared joys and shared troubles in the arts and the sciences. It was a lot of fun and I felt like we could have sat there chatting for hours. A nice video of the talk is available here, made by the people at Filmage.
At last year’s Biophysical Society 2015 meeting, Peter Olmsted and I met Philip Fowler, who at the time worked in Mark Sansom‘s group (he now works in the Nuffield Department of Medicine at Oxford). I had noticed a signal in their lipid bilayer simulations that looked like a two-step asymmetry/symmetry transition we had studied theoretically. Understanding how constituents of a lipid bilayer interact and self-organise is key to the biology of the cell membrane, as well as to applications of synthetic lipid bilayer membranes.
It has been a pleasure to work with Phil and Mark over the past year as we have looked closely into the symmetry and asymmetry of phase-separating bilayers, using a raft (geddit?) of new simulations expertly constructed and analysed by Phil. A joint paper is out now in JACS, linking the kinetics of lipid bilayer phases to a theoretical model of competing inter-leaflet coupling effects. Check it out!
Roles of Interleaflet Coupling and Hydrophobic Mismatch in Lipid Membrane Phase-Separation Kinetics