Combining this technique with an automation website like Jenkins and a "no code" programing language could be an interesting product. I imagine having a UI where prompts can be specified and predefined components like send X an email can be dropped into the workflow. Acknowledgments that steps and complete can be tracked, and long running workflows could be shared between users.
Cells might be worth transporting. Although the DNA can be sent as data and reconstructed, de novo reconstruction of the rest of the cellular machinery needed to run the DNA might not be practical.
I would like to see a split screen mode applied to trails. Seeing the current page along side the page I visited to get to it would work well on a lot of the sites I visit. For instance, it would be useful to see the main page of HN along side pages I reached from it and be able to click on the HN links to alter the content of the other panel similar to the way side navs work in many apps.
I've been working on a graphical command-line for manipulating webpages with natural language queries (https://contextscript.com). So far I've been using a bookmarklet, which has the benefit of working across browsers, but it has a lot of drawbacks too. If I go the browser extension route, this looks like it would be very useful for developing the UI.
Thanks for trying it out! I haven't noticed problems with cors enabled sites in general, so I'm curious what you tried to do. The bookmarklet doesn't with with websites that use headers to block scripts and css from unknown domains. Github is one example.
> The particles pile up behind the slits not in two heaps as classical objects would, but in a stripy pattern like you'd expect for waves interfering. At least this is what happens until you sneak a look at which slit a particle goes through - do that and the interference pattern vanishes.
Could any of the physicists here verify whether it is the case that detecting the slit the particle passes through destroys the interference pattern. I had the impression that the path of the photons could be determined without destroying the pattern.
Defining commands and their corresponding actions is something I think an open source could actually do much more effectively than companies. When everyone in the world can contribute commands rather than a single team of software devs it is possible build up a much larger collection of them. I would really like the ability to add commands to a natural language command system when a command I use doesn't work. Also, I think that a reprogramable command system would open up an interesting programming paradigm where one could define new commands and actions in terms of other commands in the system. For example,
What's new?
> Unrecognized command
When I say "What's new" read the "In the news..." section of Wikipedia's main page.
The way people classify hybrid images is a function of how far away they are. I wonder if these are essentially hybrid images for neural nets. It seems like the noise being added is very high frequency. Given that, I would bet that neural nets classify typical hybrid images the same way as they would the sharper image component.
I would like to know if electromagnetic flux pinning is strong enough to use instead of a cable. I'm imagining a scenario where pairs of rotating superconductor panels in orbit lift a giant solenoid into space by flux pinning its magnetic field as they rotate upwards.
For the problem of filtering out false alarms, this paper seems to have made some significant advances over the fscore for baseline nearest neighbor approach: http://citeseerx.ist.psu.edu/viewdoc/summary?doi=10.1.1.221....
They report an average f-score of 0.541 on a standard TDT corpus. For comparison, their implementation of the NN algorithm had an f-score of 0.450. There's still a long ways to go on this problem.