86 karma · joined September 22, 2008
Edit: Thank you for the detailed post. Learned a few things from it.
The first part is true, but not the second part. You use the thumb as a pointer to track the lines on the other 4 fingers. So you count up to 16 on each hand. Besides, the thumb has 1 line segment less than the other fingers.
To be fair, this usually crops up in entanglement discussions to deomonstrate how it can't be used for FTL communication and not to actually explain what entanglement is.
Not necessarily. Gravitational lensing may enable directed communication at much lower power levels : https://storkpaulo.wordpress.com/2010/04/26/gravitational-le...
Many models are deployed as restful endpoints, so a quick and easy ways to deploy models as services with containers or serverless providers will be very useful - although admittedly, you might not want that in the core project, could be a good sidecar project to this. Given your focus on model provenance, extending that beyond to model deployment and life cycle management tools such as MLFlow could also be very useful
- What does the future road map look like?
- Are you planning on adding more algorithms ?
- Any plans to bring in dataset and dataframe handling capabilities such as in numpy/pandas etc?
- What other interop features with other languages/platforms are planned?
- Any plans for AutoML features?
The organic compounds produced by the Miller Urey experiments were mostly amino acids and some sugars (http://en.wikipedia.org/wiki/Miller%E2%80%93Urey_experiment). These are the building blocks for most of the things that constitute a cell. This discovery may better our understanding of the origins of DNA and RNA - which are the blueprints for putting together the building blocks to make a cell.