IFT POSTEN – 16.01.2009
Fra Instituttledelsen
Med semesteret og normal drift i
gang kommer årets første IFT post med stort informasjonsbegjær til din
innboks! Undertegnede har den siste
måneden brukt mye tid på å få de økonomiske ender til å møtes for 2009.
Budsjettforslaget som nå er klart legges frem for instituttrådet på Mandag! Der
vil det også orienteres om årets kanskje viktigste prosess for IFT, nemlig den
nasjonale evalueringen i regi av NFR. Altså - to gode grunner til å delta i
rådsmøtet førstkommende mandag!
Ellers har Bodil Holst et al, Lars
Helseth, Norbert Lummen/Bjørn Kvamme og Pawel Kosinski et al publisert artikler
på slutten av 2008 sammen med om lag 10 partikkelfysikk artikler. Verdensrekorden i forfatterantall nærmer seg
nå 3000, cf. Formidlingsoppslaget under)
Jan Petter
Nyheter og generell
informasjon
Breaking news: Rydbergatomer
observeres og manipuleres nå eksperimentelt
ved IFT
Rydbergatomer er et atom i høyt eksiterte (metastabil)
tilstander. Et enkelt Rydbergatom kan ha en utstrekning større enn et virus og
er således et eksotisk kvantesystem på grensen til klassisk fysikk. Slike
atomer responderer på elektriske og magnetiske felt og kan gjennom slike
manipuleres kontrollert. Daniel Fregenal et al kan nå produsere slike atomer og
kontrollere dem i IFT laserlaboratorium som eneste sted i Norden. Spekteret
over viser en målt resonans observert i går! Dette kan gi spennende forskning
fremover. Dessverre reiser Daniel nå hjem til Argentina etter 5 måneder i
Bergen, men samarbeidet Bergen-Århus-Argentina vil ventelig fortsette!
Fakultetstyremøte 1
- 2009:
Sak 1 angår egenevaluering
og innstilling om fremtidig styreform. Det kan leses herfra:
http://www.uib.no/mnfa/fakstyret/sakslister/2009/01-21/index.htm
Midlertidig ordning
av små driftsmidler fra Norges forskningsråd ( SMÅFORSK )
I statsbudsjettet for 2006 (St prp nr 1 2005-2006) ble det
bevilget 40 mill. kroner til en midlertidig ordning (2006-2010) for tildeling
av små driftsmidler til vitenskapelig ansatte ved universiteter og høyskoler.
Ordningen ble videreført i 2007 og 2008 og fortsetter også i 2009.
Søknadsfrist: 01.05.2009 kl 00:00 Les
mer her!
Dag Aksnes inn i
styret
Human Science Program Organization finansierer biovitenskaplig forskning
med nærmere 60 millioner USD i året. Programmet omtaler samarbeid med fysikk!
Mer informasjon: Forskningsrådet
Registrering av
publikasjoner i Frida
Som tidligere år er fristen for å registrere publikasjoner
i Frida 1. februar. Det er svært viktig at alle gjør dette, da
det har konsekvenser for vår økonomi på alle nivå (UiB, MatNat, IFT).
Frida finner man på http://frida.uib.no/
MNT-konferanse om
rekrutering/undervisning i Trondheim 28-29. januar:
Mer informasjon: http://www.uib.no/people/nfyeb/Invitasjonsbrev.doc
Ledergruppemøte 1 –
2009
Referat og saksliste kan lastes fra http://www.ift.uib.no/~janp/IFT09/leder1.pdf
Personal
Ledig stilling: IFT
posten søker ny oversetter
Aleksander som har gjort oversettingen hver fredag morgen
reiser nå til utlandet og vi trenger en erstatter som kan oversette denne tekst
hver fredag morgen. Det tilbys derfor et lukrativt arbeid som egner seg for en
student som vil forbedre sin engelsk, sitt cv og tjene penger i ett og samme
kinderegg! Ta snarlig kontakt med Jan Petter!
Ledig stilling:
Stipendiat i fysikk (eksperimentell kjernefysikk) frist:
25.01.09
https://secure.jobbnorge.no/visstilling2.aspx?stillid=53661
Nye fleksitidskjema
Årets fleksitidskjema kan nå hentes ned fra Personal- og
organisasjonsavdelingen sine sider:
Husk å fylle inn navn på skjemaet! Minner samtidig på at
alle må sende inn skjema fra 2008 til elin.bjerkan@ift.uib.no
Formidling
I dag en samling av direkte og indirekte oppslag som
vedrører IFT;
På Høyden (nb:
kort omtale av Trygve Buanes, IFT)
Tittel: Kvinnene vant
doktorgradene i 2008
Kvinnene var i flertall av de 233 som disputerte ved Universitetet i Bergen
i 2008.
Oppslag om instituttlederes effekt på arbeidsmiljøet på MNFAK
http://nyheter.uib.no/?modus=vis_nyhet&id=42472
Verdensrekorden i
forfatterliste.
http://www.forskning.no/blog/b.h.samset@fys.uio.no/206876
Gratulerer
til Atlas!!
Bygdanytt
Tittel: Verdensrommet som arbeidsplass
— Dette har vært veldig lærerikt, sier doktorgradstipendiat Yngve Skogseide fra
Arna. Akkurat nå går noe i bane rundt månen som han har vært med på å utvikle.
Gratuler Yngve!
Universitetsavisa
NTNU
Tittel: - Sololøp ingen god idé
I kjølvannet av nyheten om at NTNU og Norge skal lede EUs infrastruktur av
CO2-laboratorier, stilles det igjen spørsmål om statsminister Stoltenbergs
”månelanding”. Et nasjonalt sololøp er lite hensiktsmessig og ikke minst, svært
kostbart, mener CO2-professor.
Dagbladet
Tittel: Manglende
forskningsprioritering
Kronikk av Odd Einar Dørum, Stortingsrepresentant Venstre
Forskning.no (UiB)
Tittel: Lite kunnskap om
seismikkvirkninger
Forskerne vet for lite om hvilken virkning seismikkskyting har på fisk, men
antar at seismiske undersøkelser har en skremmeavstand på 18 nautiske mil (33
kilometer) for torskefisk.
Teknisk ukeblad
Tittel: Elevene tror de er
gode i matte
Elevene har høy selvtillit når det gjelder egne matte- og naturfagskunnskaper.
I virkeligheten er de dårligere enn de fleste.
Peiskos (forskning
utført av datter av IFT professor)
http://www.forskning.no/artikler/2009/januar/206338
Gratulerer til Anette!!!!
Publikasjoner – siste 4
uker på ISI Web of Knowledge:
Strongly focused
electromagnetic waves in E x E* media
Author(s): Helseth LE
Source: OPTICS COMMUNICATIONS Volume: 281 Issue: 23
Pages: 5671-5673
Published: DEC 1 2008
Abstract:
We investigate the impact of strongly focused electromagnetic waves in E x E*
media, and relate it to the vectorial magnetization distribution induced by the
Inverse Faraday Effect. Whereas weakly focused waves generate a magnetization
vector along the wave propagation axis, strongly focused waves result in
complex three-dimensional magnetization distributions due to the vectorial
nature of the electromagnetic field. If a two-beam system comprising of a
linearly polarized wave crossing a strongly focused radially polarized Bessel
wave is used, the resulting magnetization distribution is confined to a region
comparable to the wavelength of the electromagnetic wave with the magnetic
moment in a direction perpendicular to the wave propagation axis. (C) 2008 Elsevier B.V. All rights
reserved.
Neutral atom and
molecule focusing using a Fresnel zone plate
Author(s): Reisinger T, Holst B
Source: JOURNAL OF VACUUM SCIENCE & TECHNOLOGY B
Volume: 26 Issue: 6 Pages: 2374-2379
Abstract:
Focusing of neutral atoms and molecules has several potential applications. The
very first microscopy images using helium as an imaging probe were published
earlier this year. Another possible application is to study the diffusion of
atoms and molecules through materials with high spatial resolution by stepping
a porous or permeable sample across the focused beam. With this application in
mind, the authors present the best resolution transmission images hitherto
achieved with helium atoms (less than 2 mu m) of a thin carbon film with 2 mu m
holes. Furthermore, they present the first experiment using a Fresnel zone
plate to focus neutral molecules. They used a beam of deuterium (D-2) which was
focused down to 15.2 +/- 0.5 mu m. D-2 was chosen because it fits in mass to
the geometry of our system, which is optimized for helium. However, the method
can be extended to hydrogen (H-2) or other molecules by using a suitably
adapted zone plate. In both cases the focus was limited by chromatic
aberrations, caused by the velocity spread of the beams. Finally, they present
calculations exploring the resolution limits for focusing of molecular beams
using Fresnel zone plates. The calculations show that Fresnel focusing down to
170 nm full width at half maximum is possible with presently available
techniques.
Numerical modeling
of solid oxide fuel cells
Author(s): Ho TX, Kosinski P, Hoffmann AC, et al.
Source: CHEMICAL ENGINEERING SCIENCE Volume: 63 Issue: 21
Pages: 5356-5365
Published: NOV 1 2008
Abstract:
This paper presents a numerical model for a planar solid oxide fuel cell (SOFC)
with mixed ionic-electronic conducting electrodes. Transport of positive or
negative charges, which takes place in the direction of down- or up-gradient
electric potential, respectively, within the composite electrodes and through
the electrolyte membrane, is mimicked by making use of an algorithm for Fickian
diffusion in the commercial software. The output cell voltage, which is the
potential difference between the two current collectors, is fixed at a given
value. The coupled equations describing the conservation of mass, momentum and
energy and the chemical and electrochemical processes are solved using the
commercial package Star-CD, augmented with subroutines developed in-house.
Results for the concentration of chemical species and the distributions of
temperature and current density in an anode-supported SOFC with direct internal
reforming are presented and discussed. The potential for using this model as a
general numerical tool to study the impact of the detailed processes taking
place in SOFCs is discussed. (c) 2008 Elsevier Ltd. All rights reserved.
Determination of
nucleation rates of FeCl2 in supercritical water by molecular dynamics
simulations
Author(s): Lummen N, Kvamme B
Source: JOURNAL OF SUPERCRITICAL FLUIDS
Volume: 47 Issue: 2 Pages: 270-280
Published: DEC 2008
Abstract:
Nucleation and growth of FeCl2 in supercritical water at different state points
in the temperature range from 798 to 873 K and system densities between 0.18
and 0.13 g/cm(3) have been studied by molecular dynamics simulations. For the
determination of nucleation rates we employed and compared the method of
Yasuoka and Matsumoto U. Chem. Phys. 109 (1998) 8451-8462] and the mean first passage
time method by Wedekind et al. U. Chem. Phys. 126 (2007) 134103]. While the
method of Yasuoka and Matsumoto could be applied straightforward, the method of
Wedekind et al. needed additional assumptions to be applied successfully on the
studied systems which show very fast nucleation and growth due to a very
low-nucleation barrier. Depending on the applied method, the obtained
nucleation rates vary between The critical cluster sizes as estimated by the
mean first passage time method vary 10(35) and 10(37) m(-3) s(-1). between 12
and 15 ions for the thermodynamic conditions used in this study. (C) 2008 Elsevier B.V. All rights
reserved.
Atlas, Alice, Babar:
Combined
performance tests before installation of the ATLAS Semiconductor and Transition
Radiation Tracking Detectors
Author(s): Abate E, Abdesselam A, Addy
TN, et al.
Source: JOURNAL OF INSTRUMENTATION
Volume: 3 Article Number: P08003 Published: AUG
2008
The ALICE
experiment at the CERN LHC
Author(s): Aamodt K, Quintana AA, Achenbach R, et al.
Source: JOURNAL OF INSTRUMENTATION
Volume: 3 Article Number: S08002 Published: AUG
2008
The ATLAS
Experiment at the CERN Large Hadron Collider
Author(s): Aad G, Abat E, Abdallah J, et al.
Source: JOURNAL OF INSTRUMENTATION
Volume: 3 Article Number: S08003 Published: AUG
2008
Observation of B-0
-> chi K-c0*(0) and evidence for B+ -> chi K-c0*(+)
Author(s): Aubert B, Bona M, Karyotakis Y, et al.
Source: PHYSICAL REVIEW D Volume: 78 Issue: 9
Article Number: 091101 Published: NOV 2008
Search for the
highly suppressed decays B- -> K+pi(-)pi(-) and B- -> K-K-pi(+)
Author(s): Aubert B, Bona M, Karyotakis Y, et al.
Source: PHYSICAL REVIEW D Volume: 78 Issue: 9
Article Number: 091102 Published: NOV 2008
Measurement of
ratios of branching fractions and CP-violating asymmetries of B-+/- ->
D*K-+/- decays
Author(s): Aubert B, Bona M, Karyotakis Y, et al.
Source: PHYSICAL REVIEW D Volume: 78 Issue: 9
Article Number: 092002 Published: NOV 2008
Time-dependent and
time-integrated angular analysis of B -> phi K-S(0)pi(0) and phi
K-+/-pi(-/+)
Author(s): Aubert B, Bona M, Karyotakis Y, et al.
Source: PHYSICAL REVIEW D Volume: 78 Issue: 9
Article Number: 092008 Published: NOV 2008
Searches for B
Meson Decays to phi phi, phi rho, phi f(0)(980), and f(0)(980) f(0)(980) Final
States
Author(s): Aubert B, Bona M, Karyotakis Y, et al.
Source: PHYSICAL REVIEW LETTERS
Volume: 101 Issue: 20 Article Number: 201801
Published: NOV 14 2008
Di-jet production
in gamma gamma collisions at LEP2
Author(s): Abdallah J, Abreu P, Adam W, et al.
Source: EUROPEAN PHYSICAL JOURNAL C Volume: 58 Issue: 4
Pages: 531-541 Published: DEC 2008
Determination of
nucleation rates of FeCl2 in supercritical water by molecular dynamics
simulations
Author(s): Lummen N, Kvamme B
Source: JOURNAL OF SUPERCRITICAL FLUIDS
Volume: 47 Issue: 2 Pages: 270-280
Published: DEC 2008
------------5t6z9nzKDCq3xynldrtHwI
Content-Disposition: inline; filename=image002.jpg
Content-Type: image/jpeg; name=image002.jpg
Content-Location: http://web.ift.uib.no/~janp/IFT09/posten_uke3-filer/image002.jpg
Content-Transfer-Encoding: Base64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------------5t6z9nzKDCq3xynldrtHwI
Content-Disposition: inline; filename=image004.jpg
Content-Type: image/jpeg; name=image004.jpg
Content-Location: http://web.ift.uib.no/~janp/IFT09/posten_uke3-filer/image004.jpg
Content-Transfer-Encoding: Base64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------------5t6z9nzKDCq3xynldrtHwI
Content-Disposition: inline; filename=image006.jpg
Content-Type: image/jpeg; name=image006.jpg
Content-Location: http://web.ift.uib.no/~janp/IFT09/posten_uke3-filer/image006.jpg
Content-Transfer-Encoding: Base64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------------5t6z9nzKDCq3xynldrtHwI--