Peter Andrekson

Professor

Chalmers tekniska högskola

Sweden

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Peter Andrekson is a Professor at Chalmers tekniska högskola in Sweden. His research focuses on advanced optical technologies, including high-speed VCSEL interconnects, optical amplification using nonlinear integrated waveguides, and the performance of phase-sensitive amplifiers. He has published extensively on topics such as all-optical wavelength conversion, optical free-space receivers, and enhancing transmission efficiency in optical communication systems.

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Collaborators (4)

Magnus Karlsson

Professor at Chalmers University of Technology

Chalmers University of Technology

SWEDEN

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Alexandre Graell i Amat

Full Professor

Chalmers University of Technology

SWEDEN

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Victor Torres Company

Professor

Chalmers tekniska högskola

SWEDEN

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Chaochao Ye

Technical University of Denmark

DENMARK

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Peter Andrekson

Research Interests

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About

Articles (25)

Wide temperature range high-speed VCSEL interconnects using FEC and pre-emphasis

Ultra-broadband optical amplification using nonlinear integrated waveguides

Effect of counter-phase pump modulation of phase-sensitive amplifiers noise performance and SBS suppression

Boosting all-optical wavelength conversion efficiency using an AlGaAs-on-insulator Fabry–Perot microresonator without data rate limits

Pump Frequency Allocation and Dispersion Effect on Dual-Pump Phase Sensitive Amplifier Gain Spectrum

Self-injection-locked optical parametric oscillator based on microcombs

Word Length Dependent Sensitivity Penalty in High Speed VCSEL-Based Optical Interconnects

12.2 Bit/s/Hz C-Band Transmission With High-Gain Low-Complexity 24-Dimensional Geometric Shaping

Zero-Offset Frequency Locking of Lasers at Low Optical Powers With an Optical Phase Locked Loop

Phase-locked, pre-amplified optical injection locking at low input powers

Sensitive optical free-space receiver architecture for coherent combining of deep-space communication signals through atmospheric turbulence

Ultralow-noise preamplified optical receiver using conventional single-wavelength transmission

Learning Gradient-Based Feed-Forward Equalizer for VCSELs

Active tunable WDM demultiplexer with intrinsic gain based on vectorial parametric amplification

Physical Realizations of Multidimensional Voronoi Constellations in Optical Communication Systems

Transmitter optimization for PS-QAM signal in high spectral efficiency metro-transmission

Thermorefractive noise reduction of photonic molecule frequency combs using an all-optical servo loop

Low-noise phase-sensitive optical parametric amplifier with lossless local pump generation using a digital dither optical phase-locked loop

Periodicity-Enabled Size Reduction of Symbol Based Predistortion for High-Order QAM

Widely tunable narrow linewidth laser source based on photonic molecule microcombs and optical injection locking

Coherent combining of low-power optical signals based on optically amplified error feedback

Low-Noise Phase-sensitive Parametric Amplifiers Based on Integrated Silicon-Nitride-Waveguides for Optical Signal Processing

Integrated, Ultra‐Compact High‐Q Silicon Nitride Microresonators for Low‐Repetition‐Rate Soliton Microcombs

Power Efficient Communications Employing Phase Sensitive Pre-Amplified Receiver

Low-Noise Integrated Phase-Sensitive Waveguide Parametric Amplifiers

Collaborators (4)

Magnus Karlsson

Alexandre Graell i Amat

Victor Torres Company

Chaochao Ye

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