My new Bessel beam paper in JOSA A https://t.co/XnOyJ7ps7j
From my twitter post: The type of school you went to could matter more than A-levels for your degree http://t.co/YwBO8eudwe
The type of school you went to could matter more than A-levels for your degree http://t.co/YwBO8eudwe
From my twitter post: Finally a (tiny) hologram that you can actually touch: http://t.co/k8cJVUcB8s
Finally a (tiny) hologram that you can actually touch: http://t.co/k8cJVUcB8s
From my twitter post: This whopping 16-bit computer processor is being built by hand, transistor by transistor http://t.co/eULLtiAQSV via @theregister
This whopping 16-bit computer processor is being built by hand, transistor by transistor http://t.co/eULLtiAQSV via @theregister
The new spam: interactive robo-calls from the cloud as cheap as e-mail. This isn’t good http://t.co/mvL3Ro2mcV
The new spam: interactive robo-calls from the cloud as cheap as e-mail. This isn’t good http://t.co/mvL3Ro2mcV
Zoomable contact lenses. Look a bit clunky but as proof of principle these are future http://t.co/IpqYDtMpLq (via @papersapp)
Zoomable contact lenses. Look a bit clunky but as proof of principle these are future http://t.co/IpqYDtMpLq (via @papersapp)
PhD Scholarship Projects : Funding and Scholarships : … : Engineering : University of Sussex
A PhD opportunity, The closing date is 23 February 2015.
Holographic Lensless MicroscopeProject Supervisor – Dr Phil Birch
One of the primary goals of many research biologists and medical doctors is to understand the mechanisms within a cell to aid the understanding and diagnostics of diseases. They require the imaging of ever-smaller objects in the biological specimens such as cells, nuclei, organelles and even individual molecules. Ideally these are imaged with extremely high resolution, in 3D and with an acquisition time of a few milliseconds. This is not currently possible and it requires extremely expensive equipment to even come close to achieving this. This puts a great strain on organisations such as the NHS and making it impossible for developing world health care systems. This project will investigate mechanisms to build a low cost alternative microscope that fulfils the requirements stated but using low cost equipment. The microscopes lens can be replaced with a hologram enable near instantaneous 3D imaging, the illumination laser can be replaced with high powered LEDs. Computer simulations will be used to optimise the design of the system.
via PhD Scholarship Projects : Funding and Scholarships : … : Engineering : University of Sussex.
New site
This is a new site designed to reflect some of my interests in object tracking and identification. I hope to make this a useful source of research papers and code – but there’s a lot of work to do yet.