There is an online petition to protest the planned closure of the geometry section of the mathematics department at the VU University of Amsterdam. Some further discussion of this event is at this MathOverflow thread.
The 2010 ERA (Excellence in Research Australia) results were released by the ARC on 31 January 2011. Comprehensive reports are available from the ARC ERA 2010 webpage.
Forty-one tertiary institutions submitted research outputs to be evaluated. Out of these, 17 did not receive an assessment in the mathematical sciences. This means that these 17 institutions did not have enough research publications in mathematical sciences in the six-year reference period to meet the ERA minimum threshold. What is this threshold? It is a minimum of 50 research outputs (or 30 outputs in the case of pure mathematics) in the reference period: 01 January 2003 – 31 December 2008.
To understand this a little more, consider a fictional mathematics department with ten research active staff members publishing one paper each per year in a mathematical journal. This department would have 60 research outputs over the reference period and so would receive an ERA assessment. The reality in Australia is that many tertiary institutions do not have such numbers of mathematically active staff.
The evaluations were carried out within bins called Field of Research (FoR) Codes. The 2-digit FoR code 01 represents mathematical sciences as a whole, within which 4-digit FoR codes represent pure mathematics 0101, applied mathematics 0102, numerical and computational mathematics 0103, statistics 0104, mathematical physics 0105 and other mathematical sciences 0199.
The FoR-based system complicates conclusions because many mathematicians may publish in journals that are codified to other fields (e.g., bioinformaticians may publish in medical and biological journals), while many scientists who do not see themselves as mathematicians may publish in journals codified to mathematics (e.g., engineers may have published in applied mathematical journals).
In addition to the 17 institutions mentioned above, 1 received an assessment at the most macroscopic 2-digit mathematics FoR code, i.e., 01, with no assessment in any four-digit mathematics FoR code. An additional 5 institutions received an assessment in only one of the four-digit mathematical FoR codes along with an assessment at the two-digit FoR level. Only 12 institutions over all received an assessment in the FoR code 0104 (statistics).
The ARC is hurrying onto the next round of ERA assessments. ERA2012 will assess the output of staff counted on the census date 31 March 2011, whose output appeared in the reference period 1 January 2005 – 31 December 2010.
The math department at the ANU (Australian National University) is advertising five junior jobs, two of them permanent and three postdocs. More information can be found at
(Via Amnon Neeman)
[From Nalini Joshi -T.]
Applications for the 2010 L’Oréal Australia For Women In Science Fellowships are now open and close on Monday 3 May.
The three $20,000 Fellowships are intended to help early-career women scientists to consolidate their careers and rise to leadership positions in science.
The Fellowships are awarded to women who have completed their PhD in the last five years (allowance is made for maternity leave), have shown scientific excellence in their career to date and have an appropriate research plan that will be assisted by the one-year Fellowship.
The L’Oréal Australia For Women In Science Fellowships are now in their fourth year. They are supported by the Australian Academy of Science and the Australian National Commission for UNESCO.
The Fellowships are highly competitive and potential nominees are encouraged to read the brief profiles of past recipients before applying.
Full criteria for eligibility, application instructions and profiles of past Fellows are online at <http://www.scienceinpublic.com.au/loreal> http://www.scienceinpublic.com.au/loreal.
Read about past Fellows at <http://www.scienceinpublic.com.au/loreal/fellows>http://www.scienceinpublic.com.au/loreal/fellows.
Applications close at midnight on Monday 3 May 2010 and will only be accepted via the online form.
The Mathematical Sciences Institute at the Australian National
University is currently advertising a 2 year postdoctoral position, funded by a new ARC grant awarded to Andrew Hassell, in spectral theory/microlocal
The closing date for applications is Feb 5.
This position is most suitable for someone with a recent PhD (e.g.
within the past 3 years) or who is expecting to get their PhD by mid-2010, although anyone is eligible to apply.
It is a research only position, of duration approx. 2 years, with no formal teaching duties. It is expected that the successful candidate will work at least partly on research proposed in the grant, including quantum ergodicity and quantum chaos, and global analytic properties of Laplace-type operators on noncompact Riemannian manifolds, particularly manifolds with structure at infinity such as asymptotically conic, asymptotically hyperbolic, etc.
See http://wwwmaths.anu.edu.au/jobs/A522-09TG/ for further information
and instructions for how to apply. For enquiries, contact
Andrew.Hassell “at” anu.edu.au
[Via Jim Borger.]
These positions are at levels B and C, which are the Australian equivalent of an assistant or associate professorship. It is important to add that, as is usual in the Australian system, the positions at both levels are permanent — there is no serious tenure-review process. All strong candidates currently in post-docs or tenure-track positions are encouraged to apply.
Some preference may be given to the areas of algebra and algebraic geometry, broadly interpreted. We are also looking for someone in stochastic analysis, statistics and applications. But we welcome strong applications in all areas. For applicants in Applied Mathematics, Mathematical Physics, and Statistics, joint appointments with other departments will be considered.
The teaching duties are approximately “2 and 1″, for a total of 3 semester-length classes per year. There is also the possibility of having that reduced.
The closing date for these positions is 30 November 2009.
There will be 3 post-docs. They are purely or primarily research positions.
1. Complex and/or differential geometry and/or Lie groups
This is a five-year fixed-term position.
There will be some teaching duties.
The closing date for this position is 30 November 2009.
Contact Michael Eastwood for more information.
The following two post-docs are awaiting administrative go-ahead and will soon be open for application.
2. Algebraic geometry and/or algebraic topology
This will be a three-year position, with a possibility of renewal.
Any teaching duties will be minimal.
Contact Amnon Neeman for more information.
3. Number theory and/or algebraic geometry
This will be a two-year position, with a possibility of renewal.
Any teaching duties will be minimal.
Contact James Borger for more information.
How to apply
The easiest way is to apply directly to the Mathematics Department. To do this, email the following to firstname.lastname@example.org:
1. an application letter (‘cover letter’) saying which position
you’re applying for and giving the names and email addresses of
2. a CV
For more information, go to the following page:
We would be grateful for your assistance in distributing this advertisement for a
Professor of Pure Mathematics at the University of Adelaide to anyone that you
think is appropriate. That may, of course, include you.
Closing date is the 18th of December. There is an associated junior tenured position
which will be advertised once the professor has been appointed.
Interested people can find out about the School of Mathematical Sciences here:
and information more relevant to Pure Mathematics here:
[Via Mathai Varghese.]
The University of Sydney is in the process of advertising for a new professor of pure mathematics (level E), as part of an expansion program in the mathematics department. (The successful candidate for the position will also have a major say in two further junior appointments.) An information booklet for the position can be found here. Inquiries for the position should be directed to Andrew Mathas or to the Head of the School of Mathematics and Statistics, Nalini Joshi.
[Thanks to Andrew Mathas for the file - T.]
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As reported in Nature, French academics are going on a “permanent strike” to protest a government reform proposal that would allow university administrators to have more freedom in determining how teaching, research, and service will be used to evaluate faculty, although some national safeguards and guidelines will remain. There is also opposition to a related proposal to convert research institutions such as the CNRS into research funding agencies, with the actual research being transferred to universities.
Several months ago, we reported here on the crisis at USQ regarding severe cuts in the department of mathematics and computing as part of its larger restructuring program; as a consequence, the department has shed eight net jobs (most of which by voluntary redundancies). This was less than the number of cuts initially planned before the campaign to support the department, but still clearly a severe blow to what had been a department of about 25 staff.
However, there is now some positive news; the USQ administration has apparently realised that they no longer have enough staff to cover their needed mathematics, statistics, and computing teaching, and are now hiring the following positions:
- A senior lecturer/assistant professorship in mathematics;
- A lecturer in mathematics;
- A lecturer in computing;
- A lecturer in statistics.
I am told that the department is also still looking to fill a statistics consultancy position, which was introduced as part of the restructuring process.
While on the topic of academic staff positions, it seems that the forced redundancies proposed by Victoria University (that we recently reported on here) are to be converted to voluntary redundancies, and possibly reduced in number, following pressure from the NTEU, and the discovery that the apparent budget savings arising from such a program was less than expected.