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Maese-Novo , M. Vlaskovic , H. Zimmermann , J. Kraft , G. Koppitsch , M. The simulated results show satisfying optical properties of the designed AWG-spectrometer.

However, such high-channel count AWG features large size. The technological verification of both AWG designs is also presented.

Proceedings Article 16 May Preparation of Mach-Zehnder interferometric photonic biosensors by inkjet printing technology. Inkjet printing is a versatile method to apply surface modification procedures in a spatially controlled, cost-effective and mass-fabrication compatible manner.

Utilizing this technology, we investigate two different approaches for functionalizing label-free optical waveguide based biosensors: a surface modification with amine-based functional polymers biotin-modified polyethylenimine PEI-B employing active ester chemistry and b modification with dextran based hydrogel thin films employing photoactive benzophenone crosslinker moieties.

Whereas the modification with PEI-B ensures high receptor density at the surface, the hydrogel films can serve both as a voluminous matrix binding matrix and as a semipermeable separation layer between the sensor surface and the sample.

We use the two surface modification strategies both individually and in combination for binding studies towards the detection of the protein inflammation biomarker, C-reactive protein CRP.

Both kinds of capture molecules were immobilized on the PEI-B by means of streptavidin-biotin affinity binding. As transducer, we use an integrated four-channel silicon nitride Si 3 N 4 waveguide based Mach-Zehnder interferometric MZI photonic sensing platform operating at a wavelength of nm TM-mode.

Proceedings Article 16 February Burtscher , S. Partel , J. Edlinger , A. Maese-Novo , P. Hainberger , J. Koppitsch , G. The simulated transmission characteristics were then evaluated applying our AWG-Analyzer tool.

The results show that there is some minimum waveguide separation necessary to keep the crosstalk between transmitting channels low.

They will later be used in a photonic integrated circuit dedicated to medical diagnostic imaging applications.

Proceedings Article 13 May Optical biosensor technologies for molecular diagnostics at the point-of-care. Label-free optical schemes for molecular biosensing hold a strong promise for point-of-care applications in medical research and diagnostics.

Apart from diagnostic requirements in terms of sensitivity, specificity, and multiplexing capability, also other aspects such as ease of use and manufacturability have to be considered in order to pave the way to a practical implementation.

We present integrated optical waveguide as well as magnetic nanoparticle based molecular biosensor concepts that address these aspects. The integrated optical waveguide devices are based on low-loss photonic wires made of silicon nitride deposited by a CMOS compatible plasma-enhanced chemical vapor deposition PECVD process that allows for backend integration of waveguides on optoelectronic CMOS chips.

The molecular detection principle relies on evanescent wave sensing in the 0. As target molecules specifically bind to the surface of the nanoprobes, the observed dynamics of the nanoprobes changes, and the concentration of target molecules in the sample solution can be quantified.

This approach is suitable for dynamic real-time measurements and only requires minimal sample preparation, thus presenting a highly promising point-of-care diagnostic system.

In this paper, we present a prototype of a diagnostic device suitable for highly automated sample analysis by our nanoparticle-based approach. Proceedings Article 18 March Integrated optical waveguide and nanoparticle based label-free molecular biosensing concepts.

We present our developments on integrated optical waveguide based as well as on magnetic nanoparticle based label-free biosensor concepts.

With respect to integrated optical waveguide devices, evanescent wave sensing by means of Mach- Zehnder interferometers are used as biosensing components.

We describe three different approaches: a silicon photonic wire waveguides enabling on-chip wavelength division multiplexing, b utilization of slow light in silicon photonic crystal defect waveguides operated in the 1.

The hybrid nanorods are rotated within an externally applied magnetic field and their rotation optically monitored. When target molecules bind to the surfaces of the nanorods their hydrodynamic volumes increase, which directly translates into a change of the optical signal.

This approach possesses the potential to enable real-time measurements with only minimal sample preparation requirements, thus presenting a promising point-of- care diagnostic system.

Proceedings Article 7 March On the light trapping mechanism in silicon solar cells with backside diffraction gratings.

Markus Wellenzohn , Rainer Hainberger. In this numerical study, we investigate the light trapping mechanism in silicon solar cells with backside diffraction gratings.

In order to obtain a clearer view on the physical mechanisms underlying the light trapping we employ a simulation scheme that combines ray tracing with rigorous coupled wave analysis RCWA.

This combined simulation approach treats the light propagation inside the silicon absorber layer incoherently and averages out Fabry-Perot resonances, which otherwise would obscure characteristic humps in the absorption spectra that are directly related to light trapping effect of the diffraction gratings.

We provide an in-depth explanation for the origin of these characteristic humps and their interrelationship with the silicon absorber thickness.

Insights in the light trapping effect in silicon solar cells with backside diffraction gratings. Light trapping by means of backside diffraction gratings can strongly increase the efficiency in silicon solar cells.

However, the optimization of the grating geometry involves comprehensive multiparameter scans, which necessitates an efficient simulation method.

In this study, we employ a simulation approach that combines ray tracing with rigorous coupled wave analysis. As an additional benefit, this approach provides a much better physical insight into the light trapping mechanism in contrast to fully electromagnetic simulation methods.

The influence of the ray tracing simulation settings in terms of recursion depth and diffraction order on the simulation results is investigated. We show that the choice of a proper recursion depth and a sufficient number of diffraction orders is essential for obtaining fully optimized grating parameters and that the minimum recursion depth required for obtaining the correct optimized grating parameters depends on the silicon thickness.

Furthermore, we investigate the influence of the angle of incidence on the optimized grating parameters. As major result, we find that the optimum grating structure does not depend on the angle of incidence on the solar cell.

Proceedings Article 10 May On-chip multiplexing concept for silicon photonic MZI biosensor array. Bruck , M. Baus , M. Karl , T. Wahlbrink , R. We present a novel wavelength multiplexing concept for an integrated label-free biosensor array employing silicon photonic Mach-Zehnder interferometers as sensors.

Microring resonators act as wavelength selective elements in the near infrared wavelength region.

The radii of the microring resonators differ to obtain resonance wavelengths that are allocated equally within the free spectral range.

By choosing a wavelength where a certain microring is in resonance, an individual interferometer is addressed. Wire Bragg gratings terminate the interferometer arms and reflect the light back.

The ring resonator, which dropped the light, now couples the light back into the input waveguide, where it propagates in opposite direction.

In this work, the characteristics of the entire device are discussed. The design based on FEM and 3D-FDTD simulations as well as measurements of the nanophotonic key components namely micro ring resonators, Mach-Zehnder interferometers, and photonic wire Bragg gratings are presented.

Measurements of combinations of the key components demonstrate the applicability of the reflectors in photonic circuits.

Finally, for proof-of-concept, we successfully performed experiments with fluids of different refractive index differences rinsed over the sensor array.

Proceedings Article 17 January Programmierung Softwarebetreuung Werbegestaltung. Hainberger Ingrid Kundenabrechnung Buchhaltung Verwaltung.

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Top 10 Hainberger Toner Ersetzt zum kaufen Die Lieferung und der Service ist sehr gut und vor allem, KiГџ Of die Druckerpatronen laufen einwandfrei auf meinem Canon Pixma Drucker. Bewertungen für hainberger. Wir haben Hainberger Patronen schon mal bei Amazon bestellt unser Sohn hat dort ein Konto und waren sehr zufrieden. Bei hainberger. Abgesichert durch den Käuferschutz. Alles bestens, wie immer. HainbergerA. Lateral confinement in horizontal SOI slot waveguide structures. Major technical issues toward the realistic development of all optical switching modules are listed and the possible solutions are discussed. Wire Bragg gratings terminate the interferometer arms and reflect the light back. Bedenkenlos empfehlenswert, freundlich und zuverlässig! We present a novel wavelength multiplexing concept for an integrated label-free biosensor array employing silicon photonic Mach-Zehnder interferometers as sensors. The influence of the ray tracing Iq Option Paypal settings in terms Kadir P Hells Angels recursion depth and diffraction order on the simulation results is investigated.

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Fliesen verlegen - Wandfliesen Badezimmer Optical biosensor technologies for molecular diagnostics at the point-of-care. Sabine Hainberger Die Allrounderin. Welche Bäume lieben welchen Standort? View contact details. We present integrated optical waveguide as well as magnetic nanoparticle based molecular biosensor concepts that address these aspects. Digital switching between these two modes by a proper current pulse sequence leads to a steering Spiele Panda Gold - Video Slots Online the surface emitted single-beam by 4. HainbergerJ. Although a real single Pin Nummer operation from SME-laser diodes is not yet achieved, the tunability of the main emission wavelength by changes of the waveguide thickness is clearly demonstrated. HainbergerR. Hainberger

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Unsere Leistungen. In welchem Zustand befindet sich mein Wald oder Baum? Jetzt unverbindliches Erstgespräch anfragen. Was ist zu tun?

Eventuelle Aufforstungen oder Einzelbaumabtragungen sprechen wir mit Ihnen genau durch. Rasche Abfuhr und Abrechnung des Holzes sind gewährleistet.

Wie werden die Bäume gefällt? Dabei beachten wir, die Arbeiten so schonend und kostengünstig wie möglich durchzuführen. Spezialschlägerung auf privaten Grundstücken, in Siedlungen und Parkanlagen.

Edlinger , A. Maese-Novo , P. Hainberger , J. Koppitsch , G. The simulated transmission characteristics were then evaluated applying our AWG-Analyzer tool.

The results show that there is some minimum waveguide separation necessary to keep the crosstalk between transmitting channels low.

They will later be used in a photonic integrated circuit dedicated to medical diagnostic imaging applications. Proceedings Article 13 May Optical biosensor technologies for molecular diagnostics at the point-of-care.

Label-free optical schemes for molecular biosensing hold a strong promise for point-of-care applications in medical research and diagnostics.

Apart from diagnostic requirements in terms of sensitivity, specificity, and multiplexing capability, also other aspects such as ease of use and manufacturability have to be considered in order to pave the way to a practical implementation.

We present integrated optical waveguide as well as magnetic nanoparticle based molecular biosensor concepts that address these aspects.

The integrated optical waveguide devices are based on low-loss photonic wires made of silicon nitride deposited by a CMOS compatible plasma-enhanced chemical vapor deposition PECVD process that allows for backend integration of waveguides on optoelectronic CMOS chips.

The molecular detection principle relies on evanescent wave sensing in the 0. As target molecules specifically bind to the surface of the nanoprobes, the observed dynamics of the nanoprobes changes, and the concentration of target molecules in the sample solution can be quantified.

This approach is suitable for dynamic real-time measurements and only requires minimal sample preparation, thus presenting a highly promising point-of-care diagnostic system.

In this paper, we present a prototype of a diagnostic device suitable for highly automated sample analysis by our nanoparticle-based approach.

Proceedings Article 18 March Integrated optical waveguide and nanoparticle based label-free molecular biosensing concepts. We present our developments on integrated optical waveguide based as well as on magnetic nanoparticle based label-free biosensor concepts.

With respect to integrated optical waveguide devices, evanescent wave sensing by means of Mach- Zehnder interferometers are used as biosensing components.

We describe three different approaches: a silicon photonic wire waveguides enabling on-chip wavelength division multiplexing, b utilization of slow light in silicon photonic crystal defect waveguides operated in the 1.

The hybrid nanorods are rotated within an externally applied magnetic field and their rotation optically monitored.

When target molecules bind to the surfaces of the nanorods their hydrodynamic volumes increase, which directly translates into a change of the optical signal.

This approach possesses the potential to enable real-time measurements with only minimal sample preparation requirements, thus presenting a promising point-of- care diagnostic system.

Proceedings Article 7 March On the light trapping mechanism in silicon solar cells with backside diffraction gratings. Markus Wellenzohn , Rainer Hainberger.

In this numerical study, we investigate the light trapping mechanism in silicon solar cells with backside diffraction gratings. In order to obtain a clearer view on the physical mechanisms underlying the light trapping we employ a simulation scheme that combines ray tracing with rigorous coupled wave analysis RCWA.

This combined simulation approach treats the light propagation inside the silicon absorber layer incoherently and averages out Fabry-Perot resonances, which otherwise would obscure characteristic humps in the absorption spectra that are directly related to light trapping effect of the diffraction gratings.

We provide an in-depth explanation for the origin of these characteristic humps and their interrelationship with the silicon absorber thickness.

Insights in the light trapping effect in silicon solar cells with backside diffraction gratings. Light trapping by means of backside diffraction gratings can strongly increase the efficiency in silicon solar cells.

However, the optimization of the grating geometry involves comprehensive multiparameter scans, which necessitates an efficient simulation method.

In this study, we employ a simulation approach that combines ray tracing with rigorous coupled wave analysis.

As an additional benefit, this approach provides a much better physical insight into the light trapping mechanism in contrast to fully electromagnetic simulation methods.

The influence of the ray tracing simulation settings in terms of recursion depth and diffraction order on the simulation results is investigated.

We show that the choice of a proper recursion depth and a sufficient number of diffraction orders is essential for obtaining fully optimized grating parameters and that the minimum recursion depth required for obtaining the correct optimized grating parameters depends on the silicon thickness.

Furthermore, we investigate the influence of the angle of incidence on the optimized grating parameters. As major result, we find that the optimum grating structure does not depend on the angle of incidence on the solar cell.

Proceedings Article 10 May On-chip multiplexing concept for silicon photonic MZI biosensor array. Bruck , M. Baus , M.

Karl , T. Wahlbrink , R. We present a novel wavelength multiplexing concept for an integrated label-free biosensor array employing silicon photonic Mach-Zehnder interferometers as sensors.

Microring resonators act as wavelength selective elements in the near infrared wavelength region. The radii of the microring resonators differ to obtain resonance wavelengths that are allocated equally within the free spectral range.

By choosing a wavelength where a certain microring is in resonance, an individual interferometer is addressed.

Wire Bragg gratings terminate the interferometer arms and reflect the light back. The ring resonator, which dropped the light, now couples the light back into the input waveguide, where it propagates in opposite direction.

In this work, the characteristics of the entire device are discussed. The design based on FEM and 3D-FDTD simulations as well as measurements of the nanophotonic key components namely micro ring resonators, Mach-Zehnder interferometers, and photonic wire Bragg gratings are presented.

Measurements of combinations of the key components demonstrate the applicability of the reflectors in photonic circuits. Finally, for proof-of-concept, we successfully performed experiments with fluids of different refractive index differences rinsed over the sensor array.

Proceedings Article 17 January Reflection and transmission characteristics of silicon photonic wire Bragg gratings.

Bruck , R. Hainberger , M. Karl , M. Baus , T. In this work, we optimize Bragg gratings covered with SU-8 for TM polarized light at a center wavelength of nm with respect to high reflectivity and large wavelength range employing 3D FDTD simulations.

Three different types of lateral grating modulation were studied: I complete interruption of the waveguide, II corrugation within the waveguide width, and III corrugation exceeding the waveguide width.

The wavelength response was analyzed with a discrete Fourier transformation algorithm for a Gaussian pulse source. In order to enable the experimental verification of the reflectivity a Y-branch separates the light paths of incoming and reflected light directly on the chip.

The measured reflection and transmission spectra match well with the simulations and demonstrate the good performance of the optimized Bragg grating reflector.

Proceedings Article 12 August Direct replication of nanostructures from silicon wafers in polymethylpentene by injection molding.

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