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In my research I
develop new instrumentation and
experiment methodologies based on fundamental physics.
In particular, I'm interested in the symmetry properties of the Maxwell fields and
their application in space physics research, radio astronomy, and astroparticle physics,
such as ultra high-energy cosmic ray and neutrino detection.
I'm a senior scientist within the Physics in Space programme
(PHiSP) at
IRF in Uppsala
but I also work together with the
Space Plasma Physics group in several
satellite projects, such as
Swarm,
Solar Orbiter
and the MicroLink-1 (formerly
NanoSpace-1)
nanosatellite. On MicroLink-1
I'm the project manager for the scientific payload.
In 2004, I was employed as a post-doc researcher by the
EU Research Training Network
(RTN)
"Turbulent Boundary Layers in Geospace Plasmas" and worked at the Space Research Centre
(CBK)
in Warsaw, Poland. There, I became the Polish-Swedish coordinator for our joint Radio Frequency
Analyzer (RFA) instrument for the
Obstanovka-1
experiment to be
installed
onboard the
Russian segment
of the International
Space Station
(ISS) in 2007/2008. I'm the technical manager for the
digital Vector Reciever
(VRX)
module of RFA, which is IRF's contribution.
During the biannual meeting between
the Polish and Russian academies of sciences in October 2004,
I got invited
to participate in a satellite project called
COMPASS-2,
which is a microsatellite for detecting precursors to earthquakes.
On COMPASS-2, where I'm a Co-I,
CBK and IRF contribute with a
reduced version of RFA;
including our
RX
module. The satellite was launched in May 26, 2006 from a Russian
nuclear submarine
in Barentz sea.
Recently, we delivered yet another RX module to CBK, for
the RFA instrument that will fly on board COMPASS-3,
sceduled for launch in December 2008. We also participate in a Mexican-Russian
nanosatellite (MRN) project with a set of instruments similar to what we
develop for MicroLink-1.
In addition to a vector radio spectrometer,
the Space Physics Instrument (SPI)
comprises a
dual Langmuir probe and a fluxgate magnetometer.
My work also includes
supervision of PhD and undergraduate students, as well as teaching
and public outreach
activities.
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