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Research
Latest papers
The effects of degraded spatial coherence on ultrafast-laser channel etching.
Optics express · 2008 · senior author
Transverse coherence measurement using a folded Michelson interferometer.
Journal of the Optical Society of America. A, Optics, image science, and vision · 2007 · senior author
Latest funding
- $180,000
Ultrashort pulse laser-matter interaction: intense foundations to practical applications
NSERC · 2017 · Principal investigator
- $534,113
Multi-GHz 'Smart' Burst-mode ultrafast-laser processing of microfluidic structures, biological/medical materials and difficult industrial materials
NSERC · 2016 · Principal investigator
- $378,613
Orthopaedic surgical platform which uses burst-mode ultrafast laser pulses delivered by high-power fiber-optic catheter for less-invasive surgery with ultrafine control
NSERC · 2015 · Principal investigator
2 publications.
The effects of degraded spatial coherence on ultrafast-laser channel etching.
Dean J, Bercx M, Frank F, Evans R, Camacho-López S, Nantel M, Marjoribanks R
Transverse coherence measurement using a folded Michelson interferometer.
Dean J, Bercx M, Nantel M, Marjoribanks R
Ultrashort pulse laser-matter interaction: intense foundations to practical applications
Principal investigators: Marjoribanks, Robin
Multi-GHz 'Smart' Burst-mode ultrafast-laser processing of microfluidic structures, biological/medical materials and difficult industrial materials
Principal investigators: Marjoribanks, Robin
Orthopaedic surgical platform which uses burst-mode ultrafast laser pulses delivered by high-power fiber-optic catheter for less-invasive surgery with ultrafine control
Principal investigators: Marjoribanks, Robin
Orthopaedic surgical platform which uses burst-mode ultrafast laser pulses delivered by high-power fiber-optic catheter for less-invasive surgery with ultrafine control
Principal investigators: Marjoribanks, Robin S; Akens, Margarete K; Betz, Vaughn; Lilge, Lothar
Keywords: Bone Graft; Burst-Mode; Fiber Optic Catheter; Laser Surgery; Orthopaedic Surgery; Plasma-Mediated Ablation; Tissue Ablation; Tissue Debridement; Tissue Necrosis; Ultrafast Laser
Potential of compact diode-pumped lasers as ultrafast burst-mode systems for materials-processing and surgery
Principal investigators: Marjoribanks, Robin
Ultra-intense and ultra-fast laser-matter interaction: foundations and applications
Principal investigators: Marjoribanks, Robin
Canadian Institute for Photonics Innovation Inc./Institut canadien pour les innovations en photonique inc.
Principal investigators: Fedosejevs, Robert
Laser pulsetrain pulse-picker for subharmonic frequencies
Principal investigators: Marjoribanks, Robin
Ultr-intense and Ultra-fast laser-matter interaction physics
Principal investigators: Marjoribanks, Robin
Canadian Institute for Photonics Innovation Inc. (CIPI)
Principal investigators: Fedosejevs, Robert
From CIHR, NSERC and SSHRC funding decisions: CIHR since 2008, NSERC since 1991 and SSHRC since 1998, including their latest published competition results.
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