Force Metrology with Plane Parallel Plates
Comprehensive design review and roadmap for the Casimir metrology platform.
View publication →Research Archive
Tracing the Path of Quantum Force Discovery
A chronological view of experimental milestones, publications, and ongoing investigations across quantum force metrology, photonics, and biomedical modeling.
Recent Highlights
Active Stabilisation for Casimir Interferometers
Hybrid feedback combining optical levers and capacitive sensing to suppress vibrations.
Poster presented in ViennaMicro-Optical Cavities for Force Gradient Readout
Integration concepts to extend detection bandwidth for short-range force searches.
Draft in preparation for Optics LettersFinite-Element Modelling for TTF Therapy
Dielectric tissue modelling informing electrode placement for glioblastoma treatment.
In partnership with Masih Daneshvari Hospital2025
Quantum Vacuum Force Sensing with Cryogenic Plane-Parallel Cavities
Latest design iteration for the CANNEX platform featuring cryogenic actuation, sub-picometer interferometry, and in-situ calibration of residual electrostatic forces.
Status: Manuscript in internal review · Collaborators: TU Wien Quantum Force Metrology Group
Seismically Isolated Core for Plane-Parallel Force Metrology
Expanded description of the 1.8 m CANNEX instrument, covering plate alignment, thermal shrouds, ultra-high-vacuum infrastructure, and the inverted-pendulum/GAS seismic attenuation chain drawn from the Physics 2024 design review.
Read the in-depth brief →2024
Force Metrology with Plane Parallel Plates: Final Design Review and Outlook
Comprehensive review of the force metrology apparatus, outlining alignment protocols, thermal drifts, and roadmap toward detecting exotic vacuum interactions.
DOI: 10.3390/physics6020045 →2023
Active Vibration and Thermal Stabilisation for Casimir Interferometers
Introduced hybrid feedback combining optical levers and capacitive sensing to reduce residual vibrations below 20 pm/√Hz within the CANNEX interferometer.
Presented at the Quantum Frontiers Workshop, Vienna
2022
Integrating Micro-Optical Cavities for Force Gradient Readout
Explores coupling strategies between micro-fabricated optical cavities and Casimir probes to enhance readout bandwidth for short-range force searches.
Draft under preparation for submission to Optics Letters
2021
Finite-Element Modelling for Tumor Treating Fields (TTF) Therapy
Performed dielectric tissue modeling and electrode optimization for glioblastoma treatment, providing actionable insights to partnering clinicians.
Collaboration with Masih Daneshvari Hospital, Tehran
2020
1.8 W Green Laser at 532 nm via Passive Resonant Enhancement
Developed a continuous-wave green fiber laser through resonant second harmonic generation, enabling spectroscopy-grade power and stability.
DOI: 10.29252/ijop.14.1.67 →Tunable 1064/532 nm Fiber Laser for Spectroscopy
Presented a dual-wavelength fiber laser platform with rapid tuning for spectroscopy and precision sensing applications.
Conference proceedings available on request