Achievements

We would like to highlight the most important research results of IPE for the past 10 years:

2013

• Surface plasmon resonance biosensor for analysis of complex biological samples
• Coherent combinantion of fiber laser beams
• Experimental determination of integral and local density of states of InAs quantum dots in GaAs/AlGaAs heterostructure by using BEEM/BEES
• Description of transport properties of Schottky diodes created by deposition of colloidal graphite on semiconductor materials
• Fiber-optic detection of pH for in-vivo analysis of sub-microliter natural samples

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2012

• Novel plasmonic biosensors
• Self-induced laser line sweeping in rare-earth-doped fiber lasers

2011

• Plasmonic nanostructures for optical biosensing
• All-fiber passively Q-swithed fiber lasers

2010

• Novel optical biosensors for environmental monitoring and medical diagnostics
• Fiber-optic pH detection of small volumes of bio-samples
• Development of the new prototype of an ultra-stable quartz oscillator

2009

• Surface plasmon resonance biosensors for medical diagnostics and food safety
• Surviving channel power transients in TDM-pumped lumped Raman fibre amplifier
• Research of nonlinear effects in the time measurements device based on surface acoustic wave filter excitation

2008

• Surface plasmon resonance sensor for detection of chemical and biological species in the field
• Optical integrator – photonic equivalent of electronic capacitor
• Wide-band Raman fibre amplifiers with time-division multiplexing

2007

• Surface plasmon resonance sensors for parallelized observation of molecular interactions
• Ultrashort flat-top optical pulses for timing jitter-tolerant signal processing at 640 Gbit/s
• Optical properties of gradient subwavelength structures

2006

• All-Optical Differentiators
• Novel end-pumping method for double-clad fiber amplifiers and lasers
• Time interval measurement based on excitation of a surface acoustic wave filter

2005

• Optical biosensor for rapid detection and identification of chemical and biological substances in the field
• Raman fibre amplifier with time-division-multiplexed pumping
• Pyroelectric detector of infrared radiation for ecology

2004

• 3D vectorial modelling of photonic waveguide microresonators
• Ultrasensitive measurement of short-term frequency stability
• Silica-based optical fibers with refractive-index profiles tailored in a region of 1.45 - 1.62 for fiber-optic chemical detection