Research Area(s)
- High mass X-ray binaries and astrophysical black holes
- Neuroimaging (functional Magnetic Resonance Imaging, fMRI)
- Development of novel pulse sequences for generating MRI image data
- Creation on an application of a math model of follicular dynamics to the problem of detecting ovulatory follicles by ultrasound in assisted reproductive therapy
- Re-inventing magnetic resonance imaging or MRI
- Mathematical model of formalin diffusion into the brain on the basis of MRI data for post-mortem brains
About me
Associate Member of:
- Medical Imaging
- Physics and Engineering Physics
- Obstetrics, Gynecology & Reproductive Sciences
Research
astrophysics fMRI imaging and modelling of ovarian physiology medical imaging neuroimaging physiological math modeling portable/space MRI
Portable/Space MRI, fMRI data analysis, High mass X-ray binaries and astrophysical black holes, Imaging and modelling of ovarian physiology.