Growing Matter Lab
Growing Matter Lab
We integrate physics and data-driven methods for predictive modelling of living and growing matter
Due to latest twitter update, it is (unfortunately) necessary to be logged into twitter to see the tweets.
Discovering the mechanics of eye growth and pathological myopia
Discovering the mechanics of eye growth and pathological myopia
The number of people with myopia in 2020 is predicted to be 2.6 billion globally, which is expected to rise up to 4.9 billion by 2050. About 10% of those with myopia are expected to go blind in their working lifetime. We wonder how engineering can be leveraged to help with early detection?
Modelling arterial transit times, a marker for neuro-vascular diseases
Modelling arterial transit times, a marker for neuro-vascular diseases
Flow-based mechanical biomarkers in the carotid and AA
Flow-based mechanical biomarkers in the carotid and AA
Tendon injuries and mechanics of remodelling
Tendon injuries and mechanics of remodelling
Tensegrities and novel biomedical implants for younger patients
Tensegrities and novel biomedical implants for younger patients
Uncertainty quantification forms the cornerstone of biomedical research
Uncertainty quantification forms the cornerstone of biomedical research
Physics-driven modelling of damage, growth, remodelling
Physics-driven modelling of damage, growth, remodelling