Dr. Thomas Mayerhöfer

Profilbild Thomas Mayerhöfer // Leibniz-IPHT

Forschungsabteilung Spektroskopie / Bildgebung

Wissenschaftler

+49 3641 206040

ACP 213: LTG 204

Thomas Mayerhöfer erhielt 1996 sein Diplom in Chemie von der Universität Regensburg und promovierte 1999 in Physikalischer Chemie an der Friedrich-Schiller-Universität Jena. Seine Habilitation schloss er 2006 ab, wobei er sich auf die Optik und Infrarotspektroskopie von heterogenen Materialien spezialisierte. Seit 2007 ist er Wissenschaftler am Leibniz-Institut für Photonische Technologien, wo er daran arbeitet, die Infrarotspektroskopie durch die Integration von Wellenoptik und Dispersionstheorie zu vereinheitlichen und weiterzuentwickeln. Mayerhöfer hat über 120 begutachtete Fachartikel veröffentlicht, mehr als die Hälfte davon als Erstautor, mit einem Schwerpunkt auf spektroskopischer Theorie. Außerdem ist er Autor des Buches Wave Optics in Infrared Spectroscopy: Theory, Simulation, and Modeling.

Publikationen des Autors

A pathway to versatile, point of care and wearable photonics in the mid-infrared and fingerprint region based on Quantum-cascade lasers and analytical and computational advances [Invited]

in: Optical Materials Express (2026)

Investigation of thin siloxane films on silicate glass obtained from low concentration 3-aminopropyltriethoxysilane using reflectance FTIR and Raman confocal in-depth measurements

in: Colloids and Surfaces A-Physiochemical and Engineering Aspects (2026)

Understanding the role of the evanescent field in Attentuated Total Reflection (ATR) spectroscopy

in: Applied Spectroscopy (2026)

2T2D-Correlation Analysis of Infrared Specular Reflectance and Ratio-Reflectance Spectra for Investigating Siloxane Nanofilms on Silicate Glass Substrates

in: Spectrochimica Acta Part A-Molecular and Biomolecular Spectroscopy (2025)

A Simplified, Effective ATR Correction Method for Spectral Identification

in: Spectrochimica Acta Part A-Molecular and Biomolecular Spectroscopy (2025)

A Systematic Analysis of Microstructured Silicon ATR-FTIR Reflection Elements: Operating Parameters, Performance and Underlying Phenomena

in: Analytical Chemistry (2025)

Alcoholic Compounds–Physical Properties and Classification Categories, Including Monohydric, Dihydric, Polyhydric and Carbohydrate Derivatives

in: ChemPhysChem (2025)

Attenuated Total and Internal Reflection Correction Based on Fresnel’s Equations: Beyond the Low Absorption Assumption

in: Applied Spectroscopy (2025)

Dr. Thomas Mayerhöfer

Forschungsabteilung Spektroskopie / Bildgebung

A pathway to versatile, point of care and wearable photonics in the mid-infrared and fingerprint region based on Quantum-cascade lasers and analytical and computational advances [Invited]

Chiral SURMOFs for Vibrational Circular Dichroism: Multiscale Modeling and Experimental Insights

Complex-valued Chemometrics for Analyzing Absorbance or Raman Spectra

Complex-valued Chemometrics in Spectroscopy: Partial Least Squares Regression

Complex-valued Chemometrics in Spectroscopy: Principal Component Regression

Investigation of thin siloxane films on silicate glass obtained from low concentration 3-aminopropyltriethoxysilane using reflectance FTIR and Raman confocal in-depth measurements

Understanding the role of the evanescent field in Attentuated Total Reflection (ATR) spectroscopy

2T2D-Correlation Analysis of Infrared Specular Reflectance and Ratio-Reflectance Spectra for Investigating Siloxane Nanofilms on Silicate Glass Substrates

A Simplified, Effective ATR Correction Method for Spectral Identification

A Systematic Analysis of Microstructured Silicon ATR-FTIR Reflection Elements: Operating Parameters, Performance and Underlying Phenomena

Alcoholic Compounds–Physical Properties and Classification Categories, Including Monohydric, Dihydric, Polyhydric and Carbohydrate Derivatives

Attenuated Total and Internal Reflection Correction Based on Fresnel’s Equations: Beyond the Low Absorption Assumption

Dr. Thomas Mayerhöfer

Forschungsabteilung Spektroskopie / Bildgebung

Publikationen des Autors

A pathway to versatile, point of care and wearable photonics in the mid-infrared and fingerprint region based on Quantum-cascade lasers and analytical and computational advances [Invited]

Chiral SURMOFs for Vibrational Circular Dichroism: Multiscale Modeling and Experimental Insights

Complex-valued Chemometrics for Analyzing Absorbance or Raman Spectra

Complex-valued Chemometrics in Spectroscopy: Partial Least Squares Regression

Complex-valued Chemometrics in Spectroscopy: Principal Component Regression

Investigation of thin siloxane films on silicate glass obtained from low concentration 3-aminopropyltriethoxysilane using reflectance FTIR and Raman confocal in-depth measurements

Understanding the role of the evanescent field in Attentuated Total Reflection (ATR) spectroscopy

2T2D-Correlation Analysis of Infrared Specular Reflectance and Ratio-Reflectance Spectra for Investigating Siloxane Nanofilms on Silicate Glass Substrates

A Simplified, Effective ATR Correction Method for Spectral Identification

A Systematic Analysis of Microstructured Silicon ATR-FTIR Reflection Elements: Operating Parameters, Performance and Underlying Phenomena

Alcoholic Compounds–Physical Properties and Classification Categories, Including Monohydric, Dihydric, Polyhydric and Carbohydrate Derivatives

Attenuated Total and Internal Reflection Correction Based on Fresnel’s Equations: Beyond the Low Absorption Assumption

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