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Fiber lasers and non-linear optics: Grant projects

Fiber lasers and non-linear optics: Grant projects

Topological properties of skyrmionic states in non-Hermitian photonic structures

Period:

1. September 2025 –

22. September 2028

Development of industrial nanosecond fiber laser with high pulse energy and high average power

Period:

1. January 2024 –

30. June 2026

LasApp: Breakthrough Laser Technologies for Smart Manufacturing, Space and Bio-Tech Applications

Period:

1. January 2024 –

30. June 2028

Fibre LaseEr and sensinG optical componENts Development for future MID-IR applications

Period:

1. September 2023 –

28. February 2026

Centre of Advanced Electron and Photonic Optics

Period:

1. January 2023 –

31. December 2028

Advanced inorganic nanocomposites for distributed sensors of harmful radiation

Period:

1. January 2023 –

31. December 2025

Research into the sensitivity of hollow-core optical fibers on waves in the acoustic spectrum

Period:

1. January 2023 –

31. December 2025

Overcoming temperature limitations of kW-class thulium fiber lasers

Period:

1. January 2023 –

31. December 2025

Low-phonon energy transparent ceramic luminophores emitting in the short- and mid-infrared region

Period:

1. April 2022 –

31. December 2024

Transparent ceramics optical fibers for lasers operating around 2.9 µm

Period:

1. January 2022 –

31. December 2024

Novel nanostructured optical fibers for fiber lasers operating at dual wavelengths

Period:

1. October 2021 –

30. September 2024

Advanced functionalities in subwavelength photonic and plasmonic structures

Period:

1. January 2019 –

30. June 2022

Research of novel geometries and layouts of double-clad rare-earth-doped fibers for high power fiber lasers

Period:

1. January 2019 –

31. December 2021

Center of electron and photonic optics

Period:

1. June 2018 –

31. December 2022

Colloidal diffuse sources for the technology of power semiconductor devices

Period:

1. January 2018 –

31. December 2019

Synthesis, characterization and tailoring the properties of luminescent nanocomposites

Period:

1. January 2017 –

31. December 2019

Novel optical fibers and their spectroscopy for fiber lasers operating beyond 2 μm

Period:

1. January 2017 –

31. December 2019

Novel effects and functionalities in subwavelength guided-wave photonic structures

Period:

1. January 2016 –

31. December 2018

Self-sweeping of laser wavelength and associated instabilities of fiber lasers

Period:

1. January 2016 –

31. December 2018

Nanoparticle-doped soft-glass optical fibers for fiber-lasers

Period:

1. January 2016 –

31. December 2017

Novel materials and components for advanced fibre lasers

Period:

16. October 2015 –

31. December 2017

Biomedical photonic devices for advanced medicinal diagnostics and therapy

Period:

1. May 2015 –

31. December 2018

Thulium fibre lasers for industrial and medical applications

Period:

1. January 2015 –

31. December 2018

Diffractive optical elements for high power fiber lasers

Period:

1. January 2015 –

25. April 2019

Fiber-optic pH meter for microscopic biological samples

Period:

1. July 2014 –

30. June 2017

Mid-Infrared Radiation Generation, Delivery and Applications

Period:

1. April 2014 –

30. September 2016

Novel silica-based Ho-doped nanomaterials for 2-μm-class fibre laser research

Period:

1. January 2014 –

31. December 2016

Novel thulium-doped nanomaterials for active optical fibers

Period:

1. February 2013 –

31. December 2015

Propagation of Surface Plasmon Polaritons on Artificial Surface Structures

Period:

1. March 2012 –

31. December 2015

Fiber optic components for eye-safe spectral region around 2 um

Period:

1. January 2012 –

31. December 2015

Widely tuneable mid-infrared signal source for spectroscopy and metrology

Period:

1. January 2012 –

31. December 2014

Optical packet switch

Period:

1. January 2011 –

31. December 2013

Coherent and spectral beam combining in thulium doped fiber laser and amplifier array

Period:

1. January 2011 –

13. April 2015

Inline Process Metrology for Laser Structuring Systems

Period:

1. May 2010 –

31. December 2012

Compact high-power passively Q-switched all-fiber lasers

Period:

1. May 2010 –

31. December 2012

Physics and advanced simulations of photonic and plasmonic structures

Period:

1. January 2010 –

31. December 2013

Preparation and properties of silica-based optical glasses containing rare-earth- and chromium -doped nano-particles

Period:

1. January 2010 –

31. December 2013

Analysis nad optimization of properties of metallic nanostructures for information technologies

Period:

1. April 2009 –

31. October 2012

Theory and modelling of non-reciprocal sub-wavelength struktures and plasmonic waveguide systems.

Period:

1. April 2009 –

31. December 2011

Theoretical and experimental research of optical fibre tapers for sensing applications

Period:

1. January 2008 –

31. December 2010

Integrated non-reciprocal photonic crystals based on the two-dimensional magnetooptical photonic crystals

Period:

1. January 2008 –

31. December 2009

Optical fibers with nano-structured core for optical amplification

Period:

1. January 2007 –

31. December 2009

Quasi single-mode optical fibers for telecommunications and distributed fiber optic sensors

Period:

1. January 2007 –

31. December 2009

Regulation of morphogenesis of plant cells and organs

Period:

1. March 2006 –

31. December 2011

Novel approaches to reversible opto-electrochemical fibre sensing of chlorine in water

Period:

1. January 2005 –

31. December 2007

Thulium doped silica fibres for fibre amplifiers

Period:

1. January 2005 –

1. December 2007

Components for high transmission rate all-optical networks

Period:

1. January 2005 –

31. December 2009

Modelling and characterization of advanced guided-wave photonic structures

Period:

1. January 2005 –

31. December 2007

Self-writen channel waveguides

Period:

1. July 2004 –

30. June 2007

Dispersion properties of photonic crystal waveguides

Period:

1. October 2003 –

30. September 2007

Optical properties of photonic crystals fabricated from nonlinear and magnetic metamaterials

Period:

1. October 2003 –

31. October 2007

Frequency resolved optical gating based on cross phase modulation in a microstructured optical fiber

Period:

25. June 2003 –

26. June 2004

Naturaltissue fluorescence in diagnosis of colorectal malignancies

Period:

25. June 2003 –

27. June 2005

New technology of optical thin layers based on carbon and organic materials for active structure of integrated optics

Period:

25. June 2003 –

27. June 2005

Cladding-pumped erbium-ytterbium-doped fibres with asymmetric cross section

Period:

24. June 2002 –

27. June 2005

Inverted graded-index fiber structures for evanescent-wave chemical sensing in the refrective-index

Period:

24. June 2002 –

26. June 2004

Waveguiding structures for integrated optics based on carbon and carbon nitride layers

Period:

22. June 2000 –

24. June 2002

Preparation and application of the AIII-nitride epitaxial layers for optical wavequides and sensor structures distillation columns design

Period:

22. June 2000 –

24. June 2002

Methodical centre for photonic waveguide structures

Period:

21. June 1999 –

21. June 1999

New technologies for dielectric waveguide lasers and amplifiers

Period:

21. June 1999 –

23. June 2001

Modulational instability fiber laser

Period:

20. June 1998 –

23. June 2001

Optical fibre sensors utilising Bragg gratings and surface plasmon resonance

Period:

20. June 1998 –

21. June 1999

Modelling of photonic structures for telecommunications

Period:

20. June 1998 –

24. June 2002

The Propagation of EM Waves in Dispersive and Absorptive Periodic Systems and Randomly Disordered Systems and Magnetic Field Effects on Photonic Band Structures

Period:

20. June 1998 –

24. June 2002

Technologies of preparation of silica fibers with special refractive index profiles for chemical sensors

Period:

19. June 1997 –

21. June 1999

Photonic band structures of one- and two- dimensional periodic systems

Period:

18. June 1996 –

19. June 1997

Active optical waveguides and waveguide lasers

Period:

18. June 1996 –

20. June 1998

Novel technologies for optoelectronics structures fabrication

Period:

18. June 1996 –

20. June 1998

Measuring and modelling photonic waveguide structures

Period:

16. June 1994 –

17. June 1995

Period:

15. June 1993 –

16. June 1994

Research of New Materials, Technologies and Diagnostics of Optical Waveguiding Structures for Application in Integrated Optics

Period:

15. June 1993 –

17. June 1995

Techniques for modelling and measuring advanced photonic telecommunication coMinisterstvo průmyslu a obchodunents

Period:

14. June 1992 –

20. June 1998