I'm having a hard time seeing their value launching from any latitude. For $5m you could easily tag along as a secondary payload on a much larger launch. OneWeb is going to be launching up to 36 satellites per launch for their worldwide sat internet coverage (Rocket Lab's claimed target market). You could launch as many as 80 150kg internet sats on one falcon 9 for less than $70m. That's $870k per sat vs $5m.
Living bone awesome, they have their own independent neural network that can function without any help from the brain, (as does your gut). The neural network in your bones is responsible for the structural adaptations made in response to environmental stresses in individuals, it basically senses stresses in 3D and orchestrates bone building to compensate. It is light years ahead of our current materials science but not so much as to be totally implausible.
Disclaimer: Personally I dislike the federal treasurer on multiple levels and think he is guilty of many misleading headlines and public statements that have caused significant financial harm to millions over the last couple of years, but I consider myself a reasonable man and agree with the court's reasonable decision.
I don't think the article is suggesting aircraft carriers have a big fabber below desks that will print you out a new aircraft. I expect it will be used in the first instance to reduce inventory for all the spare bits and pieces, and it will be asked to make a new handle for the coffee jug. But I reckon this could go a long way...
The big drop forges are used to form and work-harden material in one blow. If you have a press that is big enough to whack out a whole aircraft bulkhead in one go, then you end up with a thin, light component without any heat-affected zones from welds. That is pretty good way of making tough microstructures provided you can chose your atoms so they form the right sort of microstructures by themselves. You can, in theory have aluminium alloys with carbon fibres in them, but you cannot get them by conventional techniques. But you might be able to lay down sprayed metal and fibres and design your microstructure from scratch. It will probably be slow because you haven't got the massive parallelism of all the atoms doing the right thing for themselves, but it will get us into places that drop forging has never gone.
The other thing we can do is to make complicated internal structures. Our bones have a lattice of tiny struts that are continuously broken and repaired, which is how they optimise their strength. People have made a similar structure for a car bumper. It took a day to print a bumper but it had millions of little struts that absorbed energy as the bumper hit something and crumpled, in a way that a bulk plastic product never could. I can imagine aircraft wings could be stiffer and yet fail in a controlled slow bending rather than buckling if they were made like this. One day we could even mimic the regeneration process of our bones.
I suspect the actual story is nothing like as exciting as this. But it is a beginning.
Commonwealth countries also do not elect unqualified judges from the general population, they are appointed on merit and experience, not popularity.
I use a VPN daily, as do many people I know here in Melbourne. Malcolm Turnbull (the federal communications minister and first heir to the Aussie throne) recently stood on the steps of parliament and strongly recommended their use as a privacy tool, his words were broadcast and dissected ad-nauseam all over the national MSM for days on end. I'm in my 50's, and sure, our current far-right government is the worst pack of amoral bullshitters I have ever seen in parliament but the "anti-piracy" legislation does not ban VPN's and was never intended to do so.
Pro tip: Might want to get someone knowledgeable to check that the "blockage" you are experiencing is not due to a malware infection.