269 karma · joined August 23, 2015
https://en.wikipedia.org/wiki/List_of_high-voltage_transmiss...
The new one going to France will probably have the most impact initially, the French love to sell their Nuke's surplus capacity. The new British ones by the time they're finished should have access to British's big wind energy generation, much of which will be online at that point.
The other slightly sad fact is that is also quite likely that any curative treatment will need to be started before you start to show symptoms, because the brain has already lost a lot of it's resilience by then.
Funny thing is something similar occurs in lab mice. Where a technician is selecting a mouse for cull the more aggressive mice are more likely to be the ones selected. Problem mice who kill their littermates can ruin experiments.
Also when you're snooping on a conversation between myself or one of my servers and one of your employees you are impersonating me and intercepting my communications too! I did not sign your AUP to agree to this. Also if I happen to be in a two-party consent state at the time, and you're intercepting a VoIP call/Teams/Zoom with me, that's a crime.
For evolutionary selection to occur the machinery for selection must exist. Specifically information storage (DNA/RNA), replication(polymerases) and actioning (transcription) all are needed, and must continue to be able to exist for long enough to matter.
Without selection pressure and inheritance you're just left with requiring a big enough universe and enough time for randomness not to matter.
A coal plant even with all of the modern upgrades is and always has been happiest as a baseload generator. It takes about 4-6 hours for a coal plant to come up from cold start, compared to about 5 mins for a gas peaker plant. This means you can use it for planned/predicted grid peaks but you'll have to run during some unprofitable times to do so.
Essentially coal has the same problem as wind, it's producing at the wrong times. If you want it to be really profitable you need pumped storage and batteries to hold that energy for peaks, something we're still short of in the UK.
And the stripper index is down because their market is oversaturated aka "onlyfans overload".
So now you have some willing participants you have to screen your initial group to filter it down to people who actually meet your recruiting criteria and consent them for your study. Finally you actually get to gather your data, if you need people to come in for sampling and have to cover their expenses.
Next you'll look at your data and realise there's some confounding effect which reduces your powers to infer anything (e.g. somehow you overrecruited a particular group and they turn out to do something which correlates with the thing you're studying). You'll cry a little and realise you need to recruit more people to have any statistical power to draw a conclusion.
tldr; medical and scientific studies are hard if you want them to actually have any validity.
See there's only 2 or 3 more obvious generations of obvious die shrinks available. Beyond those generations we'll have to innovate some other way, so whoever grabs the fab market for these modes now gets a longer period to enjoy the fruits of their innovation.
Meanwhile server CPU TDPs are hitting the 400W+ mark and DC owners are looking dubiously at big copper busbars, die shrinks tend to reduce the Watts per Calculation so they're appealing. In the current power market, more efficient computing translates into actual savings on your power bill. There's still demand for better processors, even if we are sweating those assets for 5-7 years now.
Before we understood the risks we used to do transfusions a lot more frequently than we do now and this led to a generation of anaesthetists who would basically treat with blood transfusion at the slightest sign of low blood count. More recent studies have suggested that a lower blood count can be tolerated than was previously realised and that you can often get away with guaranteed pathogen free (and much cheaper) volume expanders. There has also been developments in cell salvage to reinfuse suctioned blood and methods to avoid blood loss in the first place.
Medical practice has also changed to reflect this and the changed evidence base, especially given the relative costs (hospital managers love to save money). Hip and knee replacement surgery used to use blood routinely and were almost always done under general anaesthetic, but given we now want to get patients out within a day or two post surgery we do the surgery under spinal block and minimise blood loss as much as we can.
tldr; We still need transfusions for some things but we should be using them less than we do.
There is however one detail, what is passed must be internally consistent with other legislation otherwise it will fall at Judicial Review. For example if you want to pass legislation that contravenes the UK's Human Rights Act, you need to include a "notwithstanding" clause to show the courts you intended to override that law.
They could pass a bill to vacate these convictions quite easily but unlike the Buggery Act and Offences Against the Person Act 1828, they still want to be able to prosecute and protect the convictions of a subset of these people who actually did commit false accounting so the legislation is going to need to be more complex.
The problem with relying on post COVID passenger reductions is that whilst tube numbers are down 20% since COVID that just means they're at the level they were in 2009/10. Even if they don't bounce back fully this year, post COVID working hasn't cut out the peaky nature of tube travel. Even if people work from home Monday and Friday, they'll often all come into the office on Tues-Thurs making peaks on those days.
I agree the demand for capacity on other lines that is even more pressing. Last time I rode the tube regularly was 10 years ago and even then I recall the Victoria line during rush hour was literally cattle class, your face in someone else's armpit. The 2019 numbers put the Northern Central, Jubilee and Victoria lines are well over the 100% mark at peak time. Despite having the highest comparative fares compared to other cities the Tube is still woefully underfunded. There is so much technical debt because much of the system was built in the 1800's and early 20th century. First mover disadvantage, because we got to make all the mistakes.
The thing is TLS with certificates doesn't always achieve this and we know this because there have been real world successful attacks. E.g. intermediate CA certs being issued to bad actors, certificates for major domains being issued to people who don't control them, etc. The issue with the CA ecosystem is not that they're evil, it's just that they don't validate what regular users expect them to validate and that they are also subject to human error, governmental and commercial pressure.
The more common issue with the validation CA's can perform for DV certs is that it just tells me that you controlled a domain for a given moment in time at some point in the past (pretty much up to a year ago). To fix this we introduced ways to mitigate the vulnerabilities of TLS, watching CT logs for your domains, HSTS, CAA record restrictions. Unfortunately if you do secure your infrastructure in this ways you have added complexity and will likely discover how your infrastructure can break in new and interesting ways too.
GPS receiver systems are the classic there: Russia, China and Europe all have their own GNSS. China runs the semiconductor industry and is quite capable of producing whatever unrestricted GNSS devices they choose. Therefore why restrict US companies?
Same with satellite tech, there may be some US specific tricks but there is a reason ITAR free satellite designs already exist and are multiplying. ITAR tries to protect too much and is killing US market share by being stupidly annoying.