BIONANO

BIONANO
bio‐nano‐science & technology
me: Bert Koopmans
replacing: Henk Swagten
Applied Physics department
(BIO)NANO research groups
• Physics of Nanostructures FNA
• Molecular Materials & Nanosystems M2N
• Molecular Biosensing for medical diagnostics MBx
• Photonics & Semiconductor Nanophysics PSN
• Theory of Polymers and Soft Matter TPS
general (BIO)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 & molecule‐by‐molecule’
• dense research network cNM, NanoNext, Zwaartekracht, Philips, FEI, …
Your Master’s in (BIO)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 (BIO)NANO facilities are …
SPECTRUM
SPECTRUM clean‐rooms
embedding / Nanolab NL
FEI‐FIB NanoNed
FLUX
single‐molecule
microscopies
SPECTRUM
SPM‐platforms
many many state‐of‐the‐art experimental & modeling tools
Your (BIO)NANO compulsory courses
1. condensed matter @ nanoscale
2. biomolecules & soft matter
Your (BIO)NANO electives
• Advanced developments and modeling
of nano‐spintronics
• Landau theory and the statics and
dynamics of phase transitions
• Semiconductor nanophysics
• Molecular photophysics
• Biophysical techniques
• Molecular biosensing
• Organic Electronics
• Nanomagnetism
• Polymer Physics
• Nanophotonics
Physics of Nanostructures
Bert Koopmans
Henk Swagten
Reinoud Lavrijsen Jürgen Kohlhepp
Oleg Kurnosikov
nanospintronics
fascinated by spin processes
in magnetic nanostructures & devices
close link Fundamental Science & Applications
nanoaccess@TU/e femtoseconds
Luuk Rutten: “Elke meting kan de doorbraak zijn die de toekomst van technologie bepaalt, zooo spannend!“
Pascal Haazen
Spin Hall effect: nieuw fysica toegepast
Luuk Rutten: “Elke meting kan de doorbraak zijn die de toekomst van technologie bepaalt, zooo spannend!“
Pascal Haazen
Spin Hall effect: nieuw fysica toegepast
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
Dr. Menno Prins
plus Students &
Collaborators
Dr. Arthur
de Jong
Dr. Junhong Yan
Dr. Adam Taylor
Dr. Rachel
Armstrong
physics
molecular systems
applications
particles
optics magnetics
microscopies
fluorescence
data analysis & modelling
particle
functionaliDNA-RNA zation
enzymes biomarkers
near-patient testing
proteins
blood plasma
blood diagnostics
on-body
monitoring
Single‐molecule techniques in the MBx group
plasmonic nanoparticles
single-molecule microscopy
tethered particle motion
molecular torque
Menno
Veldhoven,
22 January
2013
MBx,Prins,
BMEPhysics@FOM
MSc information,
19 December
2016
atomic force
microscopy
Photonics & Semiconductor Nanophysics
manipulating (single) charges, spins & photons
in nanostructured semiconductors
Ultrafast control of cavity QED
J.E.M. Haverkort nanowire devices
R.W. van der Heijden nanophotonic sensors A.Y. Silov optical spectroscopy
A. Curto nano‐optics of 2D semiconductors
Discovery Majorana: TU/e nanowires
InP
full professors:
E. Bakkers nanowires
A. Fiore semiconductor nanophotonics
P.M. Koenraad semiconductor Nanophysics
Nature
Nano. 2014
J. Gomez Rivas
Plasmonics and THz optics
InGaAsP
InP
10 mm * 10 mm
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
at the forefront in nanomaterials science & technology
• analytical theory, and numerical and computational physics
• international collaborations: validation & application
• link with experiments: problem rather than method oriented
Kees Storm
Alexey Lyulin
Function and soft mechanics
of biomaterials (with ICMS)
Multiscale dynamics
of polymers
Liesbeth Janssen Wouter Ellenbroek Paul van der Schoot
Complex and active
matter
Responsive
soft matter
Self‐assembly of
soft‐ and biomatter
focus on the relation between microstructure, dynamics & properties
Stretching DNA & the influence of intercalators
intercalator
force-extension
measurements
of DNA
at different
intercalator
concentrations
DNA
Koen Schakenraad
our2015/2016,
statistical
Lorentzprijs
mechanical
Hollandse Maatschappij
der Wetenschappen
theory!
Networks within (BIO)NANO
physics of biomolecules and colloids
bio‐nano
technology
theory
semiconductors
organic
spintronics
micrsocopy
org.semiconductors
quantum dots
UHV‐STM
epi.surfaces
spintronics
magneto‐optics
exp/theory
biomatter
organic
spintronics
theory
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 …