Mastertrack presentation Nano

NANO
Nanoscience &
Technology
me: Henk Swagten
Applied Physics department
NANO research groups
• Physics of Nanostructures FNA
• Molecular Materials and Nanosystems M2N
• Molecular Biosensors for medical diagnostics MBx
• Photonics & Semiconductor Nanophysics PSN
• Theory of Polymers and Soft Matter TPS
general NANO stuff
• fundamentals of modern (bio/nano)materials
semiconducting, magnetic, molecular, polymeric, bio …
• forefront (functional) technology
ICT, biomedical engineering, energy sector, …
• fueled by bio/nanotechnology
‘shaping the world atom-by-atom’
• dense research network
cNM, NanoNext,
Zwaartekracht, Philips, FEI, …
Your Master’s in NANO is …
• learning about modern ‘forefront’ materials
… preparation, state-of-the-art (nano) characterization …
• physical, bio-chemical
phenomena & analysis
… by experimental and
theoretical (comput.) techniques …
• assessing (future) devices implementation
… to master the full “chain-of-knowledge” …
Your (NANO) facilities are …
SPECTRUM
FEI-FIB NanoNed
SPECTRUM clean-rooms
embedding / Nanolab NL
SPECTRUM
SPM-platforms
many many state-of-the-art experimental & modeling tools
Your NANO compulsory courses
1. condensed matter @ nanoscale
2. biomolecules & soft matter
Your NANO electives
• Advanced developments and modeling
of nano-spintronics
• Landau theory and the statics and
dynamics of phase transitions
• Semiconductor nanophysics
• Magnetic (nano)materials
• Molecular photophysics
• Biophysical techniques
• Molecular biosensing
• Organic Electronics
• Polymer Physics
• Nanophotonics
Physics of Nanostructures
Bert Koopmans
Henk Swagten
Jürgen Kohlhepp
Oleg Kurnosikov
spintronics
fascinated by spin processes
in magnetic nanostructures & devices
close link Fundamental Science & Applications
nanometers
femtoseconds
“nieuwe racetrack
memory van IBM vol
met fundamentele
fysica, supercool
nanotechnologisch
speelgoed!”
Pascal Haazen
Spin Hall effect: nieuw fysica toegepast
DW beweging
~4 mT
M
Molecular Materials & Nanosystems
Create, characterize, and understand
molecular materials, polymers and
nanostructures,
assembly into larger architectures or
devices for novel physical phenomena
M2N’s expertise:
new materials – optical spectroscopy –
advanced scanning probe techniques –
device fabrication and modeling
René Janssen spectroscopy - devices - new materials
Kees Flipse IETS of molecular surfaces
Peter Bobbert theory and device modeling
Stefan Meskers spectroscopy - memories
Martijn Wienk solar cells - device fabrication
light-emitting
electrochemical
cells (LEC)
120 µm
Maturová & Kemerink
Nature Materials 2009
Stefan van Reenen
Molecular Biosensing for medical diagnostics (MBx)
Dr. Leo van IJzendoorn
Dr. Peter Zijlstra
Prof.dr. Menno Prins
Dr. Arthur de Jong
nano-physics
plasmonics
magnetics
microscopies
fluorescence
modelling
bio-Nano materials
proteins
nano-micro
particles
DNA
enzymes
molecular function
applications
near-patient testing
blood diagnostics
on-body in-body
monitoring
Molecular Biosensing for medical diagnostics (MBx)
magnetic torque tweezers
gold nanoparticles
tethered particle motion
single-molecule microscopy
atomic force
microscopy
Photonics & Semiconductor Nanophysics
manipulating (single)
charges, spins and photons
in nanostructured semiconductors
J.E.M. Haverkort solar cells
full professors:
R.W. van der Heijden photonic & sensors
A. Fiore nanophotonics
A.Y. Silov optical spectroscopy
E. Bakkers semiconductor nanowires
P.M. Koenraad semiconductor
nanophysics
Ultrafast control of cavity QED
Discovery Majorana: TU/e nanowires
InP
InGaAsP
InP
10 mm * 10 mm
Nature Nano. 2014
Science 2012
photonic crystal
Joost van Bree
Nature Physics 2010, Physical Review B
“I was very much excited by the advanced experiments
and the intensive interaction with important theorists!”
Theory of Polymers and Soft Matter
theoretical research of soft and bio-materials
>> forefront in nanomaterials science & technology <<
• analytical theory, numerical and computational physics
• collaborations: validation, application, international network
• problem rather than method oriented
Wouter Ellenbroek
Responsive
soft matter
Alexey Lyulin
Multiscale dynamics
of polymers
Paul van der Schoot
Self-assembly of
soft- and biomatter
Kees Storm
Function and soft mechanics of
biomaterials (with ICMS)
focus on the “microstructure-dynamics-properties”- triangle
Stretching DNA & the influence of intercalators
intercalator
force-extension
measurements
of DNA
at different
intercalator
concentrations
DNA
Koen Schakenraad
our statistical
mechanical
theory!
Networks within NANO
physics of biomolecules
and colloids
bio-nano
technology
theory
semiconductors
organic
spintronics
UHV-STM
epi.surfaces
spintronics
magneto-optics
exp/theory
biomatter
organic
spintronics
theory
micrsocopy
org.semiconductors
quantum dots
organic transport
polymer solar cells
interactions in
soft matter
Life after Master’s, your future
?
•
•
•
•
fundamentals + (nano/bio)engineering
very attractive for high-tech industry!
perfect starting point for PhD project
many other career options …