What To Read?

Lately I feel like my reading material has gotten stuck in a rut. The feel is that everything I’m reading is a rehash of something I’ve read before. Okay, maybe it is just that the rain has returned to Seattle 🙂 Since I’m a subscriber to the belief that books that show you something outside of your current view of the world are the most important, a challenge to all two of remaining readers of this blog: what should I be reading that is most likely to be of such high information content? Recommendations? (For comparison, I think my library is available on librarything. Fiction, non-fiction, whatever, though you should be warned that I was a literature major, so I’ve done most of the snotty literature.)

We Belong Together, Adiabatically

A paper dance today! Yes, indeed, it’s another slow dance (scirate, arXiv:0912.2098):

Adiabatic Cluster State Quantum Computing
Authors: Dave Bacon, Steven T. Flammia
Abstract: Models of quantum computation are important because they change the physical requirements for achieving universal quantum computation (QC). For example, one-way QC requires the preparation of an entangled “cluster” state followed by adaptive measurement on this state, a set of requirements which is different from the standard quantum circuit model. Here we introduce a model based on one-way QC but without measurements (except for the final readout), instead using adiabatic deformation of a Hamiltonian whose initial ground state is the cluster state. This opens the possibility to use the copious results from one-way QC to build more feasible adiabatic schemes.

Climate Change Emails Scandal of a Physicist Kind

Ha, well, not nearly the soap opera that is the “University of East Anglia” emails, but fun to watch, nonetheless. A letter from American Physical Society president Cherry Murray:

Dear APS Member:
Recently, you may have received an unsolicited email from Hal Lewis, Bob Austin, Will Happer, Larry Gould and Roger Cohen regarding the APS and climate change. Please be assured that this was not an official APS message, nor was it sent with APS knowledge or approval. A number of members have complained to APS regarding this unsolicited e-mail. If the e-mail addresses used to send this message were obtained from our membership directory, this was contrary to the stated guidelines for members’ use of the directory. We arecontinuing to investigate how the senders obtained APS member email addresses.

Today I Can't Think of a Decent Blog Post Title

I’m in D.C, attending the sorters meeting for the APS March meeting. Traveling in early December is always nice as the planes seem to be empty (*stretch*) and sheesh, it’s downright balmy here in D.C. Now I’ve absconded to a second rate hotel in the middle of what I can only guess is somewhere near the mythical land of suburbia, since the place is surrounded by office complexes, watching the civil war (no, not that civil war, that one.)
Things I’ve been thinking about when I’m not obsession about my latest research:

  • Has anyone ever tried sending a prop to a conference?
  • Because I hate advice columns about graduate school I am happy to point you to Luis von Ahn’s advice on graduate school applications.
  • Next thing you know, xkcd will be drawing Spherical Cows
  • Fafblog contemplates the Pauli paradox.
  • On twitter I was asked “do you think entangled angular momentum states provide any advantage for QKD?” to which I had only FAIL in response. Opinions?
  • A very cool volcano picture.
  • Oh, and happy birthday to Ellen Swallow Richards, even if you did go to the lesser Tech school

Rowers, Funding, Metropolis, and Equilibria

Stuff to read while you wait around for finals and the Christmas holidays:

QIP 2010 Speakers

The list of talks accepted at QIP 2010 is now online. As a member of the PC I can tell you that there were way more good papers than available speaking slots and made some of the final decisions hard to make.
One talk that I think will be a highlight is the invited talk by the optimizer: “Efficient simulation of quantum mechanics collapses the polynomial hierarchy.” Quantum computing skeptics of the “BQP=BPP” kind may just found their island significantly smaller and lonelier. The QIP=PSPACE will also be given a talk slot. Quite a year for quantum complexity theory, I think.

Quantum Misc

Some notes for quantum computing people:

  • IARPA will be hosting a Proposers’ Day Conference for the Quantum Computer Science (QCS) Program on December 17, 2009 in anticipation of the release of a new solicitation in support of the program. Details here
  • Submissions for TQC 2010 in Leeds are now open at http://tqc2010.leeds.ac.uk.
  • Digging through my inbox I noticed that I forgot to advertise the following quantum postdoc:

    The physics of quantum information group at the department of physics of the Universite de Sherbrooke invites applications for up to three postdoctoral positions. The group is composed of three faculty members, Alexandre Blais, Michel Pioro-Ladrière and David Poulin, whose research interests cover both theoretical and experimental aspects of quantum information science. The successful applicants will be involved in the group’s activities, which includes:
    – Experimental realization of spin qubits in various materials (GaAs, SiGe, NV centers,…)
    – Theoretical aspects of superconducting qubits, circuit quantum electrodynamics, quantum limited amplifiers,…
    – Quantum information theory including quantum error correction, quantum algorithms design, and numerical methods for many-body problems (PEPS, MPS, DMRG).
    but will also be able to pursue their own research agendas. We offer an active and stimulating research environment, enhanced by strong local and international collaborations.
    Interested candidates should provide a CV including a list of publications, a brief statement of research interests and should arrange for at least two letters of recommendations to be sent to: qip[dot]postdocs[at]usherbrooke[dot]ca. Applications and letters should be received by December 11, 2009, although later applications will be accepted until the positions are filled.

The 1/6th People

@EricRWeinstein is at it again in twitterland, this time on the subject of the funding of science. For an intriguing read about the glut of Ph.D.s versus science funding, he links to his (circa 1998?) article titled: “How and Why Government, Universities, and Industry Create Domestic Labor Shortages of Scientists and High-Tech Workers.” An interesting read, to say the least. Then @michael_nielsen points to Science, Money, and Politics: Political Triumph and Ethical Erosion by Daniel Greenberg which I now have to go out and buy. Damn you internet for pointing me to things I should read!
Which brings me to the title of this post. Lately I’ve been thinking a lot about funding. Actually ever since I started as a research scientist and then research faculty there really hasn’t been a time I’ve not been thinking about funding! Funding is, of course, important for all faculty, but for research faculty like me, who must pay their own salary, its even more important. While a non-research-professor may not get tenure for not getting funding, they live a very different life in which they get 10 months of salary for teaching (I also teach (when I can), because I think its important, because I like it, and because sometimes I flatter myself and think I might actually be imparting some useful knowledge down the branches of history.) To say this creates a slightly different calculus is true, though I don’t want to over exaggerate the differences: funding is seen as the lifeblood of a successful academic (never mind the content or lack thereof of the research, but we can save that for another day.)
So how do I get by? If I tell you my secret I’d have to kill you. (Okay, yeah, I’ll admit my secret: pure blind luck!) And let me just say to the funding agencies who have supported me thankyou, thankyou, thankyou! Heh. But one thing that really bothers me a lot is a policy that I must say I find nearly immoral. In particular I would point to the policy of the NSF to only fund faculty for 2 months of salary across all of their grants. Of course only a faculty member could ever call a rule like this immoral, especially in a world which knows much greater problems than the petty sagas of a first world researcher. But to me this policy reeks of ethical problems. (And yes, you can get exceptions, but you, dear reader, are you going to write a grant where you press this boundary? Really? Every grant I write will be asking for an exception.)
Immoral? Really, Mr. Pontiff? Okay stick with me here. Let’s just think about what this means from the perspective of value. Think of the NSF as a consumer of science. By saying it will only pay 2 months salary for faculty it is effectively saying that it only values one sixth of a faculties effort (at most.) Across all research grants. Okay, so faculty (most) teach, so maybe there is a reason the NSF should only be paying for 1/6th of their time (want to know what the real ratio of time they spend on the grant is? Bet it’s not 1/6th.) So let’s set aside this complaint.
No what is worse for me is the way in which this changes the balance of NSF funding. Suppose I get a NSF grant for three years for, say $100000 per year (not an unusual size.) If one is really lucky one lives at a place where you could pay 1/6th of your salary from this and then one graduate student for the year (doesn’t work for me but may work elsewhere.) In effect this means that the NSF is effectively equating 1/6th of a faculty with a graduate student. Now personally, I find that this disturbing. First, there is no way I’m worth 6 graduate students (ask my grad students if you want proof of this.) And further this is exactly the sort of funding equation that causes the glut in academia: the NSF funds the students but not the end point of where these students will go. As I’ve said in the past, I’m all for increased funding of sciences (special interest group, you know!), but only if this in a manner where the end point of the education is not necessarily inside of academia. But if you look at what the NSF is funding, I’d be hard pressed to argue that it is designed to produce well educated scientists who can work outside of academia. I call this the 1/6ths problem: the NSF is pricing into its support of research 6 graduate students per faculty, should we be surprised if single faculty positions routinely draw greater than 300 applications?
Now this is all a lot of complaining from a guy whose got a good job, where he gets to work on some awesome stuff. So despite the fact that I don’t like this policy at all, it would be bad if I just complained and didn’t point out any way to fix the problem. One way would be to change the policy, but this doesn’t quite do it for me. What I would like to see is pay-go. That is the NSF funding of graduate students should only be able to provide such support if it can project that the economy or its future funding can support said graduate student. Currently the NSF is funding people who it does not continue to support, and ill prepares these students for jobs outside of academia. Fix these (by increasing the ratio of faculty/student funding, or funding better preparation of students for jobs outside of academia) and I think we will all be better off. Except for me (who will be emailing his PM trying to explain why he wrote a blog post containing the words “NSF” and “immoral.”)