Rojin Jafari, Author at Physics World

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Rojin Jafari

Rojin Jafari was a student contributor to Physics World from December 2018 to May 2023.

Rojin completed her Bachelor’s degree in physics at University of Massachusetts Boston, her Master's degree in biomedical sciences at Albert Einstein College of Medicine and her Master’s degree in physics at Johns Hopkins University.

Rojin enjoys communicating scientific discoveries and inventions to the physics community.

Contributor archive

Multitasking in biological networks: is there a limit?

Physicists develop a model that describes how biological systems can accomplish several tasks simultaneously

Fluidics and acoustics combine to reveal biophysical properties of single cells

A low-cost, flow-based acoustofluidic cytometer measures the biophysical properties of single cells, independent of cell size

Tiny light guides could enhance biomedical devices

Multiphoton laser direct writing creates smallest ever polydimethylsiloxane light guides without the need for a photoinitiator

Synthetic synapse uses light to contract artificial muscle

A synthetic optoelectronic synaptic transistor produces artificial muscle contraction when triggered by pulses of light

Fibre-based probe enables real-time deep-brain imaging

A single fibre-based endoscopic probe enables high-resolution and minimally invasive fluorescent imaging of neural network dynamics

Computational model sheds light on how multicellular organisms evolve

Model reveals how weak cooperative interactions influence the evolvability of multicellular organisms

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Rojin Jafari

Contributor archive

Multitasking in biological networks: is there a limit?

Fluidics and acoustics combine to reveal biophysical properties of single cells

Tiny light guides could enhance biomedical devices

Synthetic synapse uses light to contract artificial muscle

Fibre-based probe enables real-time deep-brain imaging

Computational model sheds light on how multicellular organisms evolve

Contributors network

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Contributor

Rojin Jafari

Contributor archive

Multitasking in biological networks: is there a limit?

Fluidics and acoustics combine to reveal biophysical properties of single cells

Tiny light guides could enhance biomedical devices

Synthetic synapse uses light to contract artificial muscle

Fibre-based probe enables real-time deep-brain imaging

Computational model sheds light on how multicellular organisms evolve

Contributors network