In the US the tax rate on the bottom 78% of earners taxes was less than 7%

England has a tax rate for the same income of 11.5%

The top 6% (Avg Adjusted Gross income 514,000) paid $840 Billion of the income taxes

The Bottom 49.1% (Earning less than 45k AGI) paid $97 Billion of taxes, but 27.4 Million Households filled for $66.7 Billion in EIC tax credits

If the taxes on the bottom 78 percent were increased 6% to a level similar to England the USA could have universal health care

The US Spends 3.4 Trillion on Healthcare.

Just 5% of Americans Account for 50% of U.S. Health Care Spending. So taking away the top 5% means the US spends about 5,500 per person. More than UK, but with a long term approach we can tackle that.

1. Saying no to covering all issues. See above. Total cost down to 1.8T

2. Accepting a tax increase

• Doubling the Medicare withholding will provide 500B
• Down to 1.3T

1. Reallocate state spending In 2015, state governments across the country spent a combined $605 billion on health care

• Down to 700 Billion

1. Increase taxes 6% across the board, like those of countries that provide healthcare. 600B in Funding

• Down to 100 Billion

1. 1/3 of expenses in 2017 was payable for hospital room rentals and 21% was to doctor's office billable hours

• Increase utilization to make hospitals & Doctors more efficient so cost can be cut
• 1% reduction in billable hours and room rates Down 100B
• Adjust pricing based on cost savings
• Repeat

If the US had higher taxes for gas we could have a better Infastructure. Using rough math we in 2017 underfunded the highway dept about $21.5 billion

• 40 Cents per Gallon vs 18.4 cents currently
• 33 Cents vs 17.5 cents for Highway maintenance at fully funded for at least the next 5 years
  * 1 Cent vs 0.9 cents Gas Safety and storage. Round it up to a full penny better saftey funds for better clean up
  * 4 cents a new Green energy tax for Green projects
• 2 Cent New Metro Projects tax

$5.5 Billion annual funding for projects, plus using funding not going to covering the underfunded highway dept means who doesn't want to announce a 10 year $250 Billion Green Deal Project. Get States to match it 40/60 and its a $600 Billion Project

$96 a person more and With this Major Cities can tackle major projects and Rural cities can apply for the Metro Funding. $1.5 Billion each state gets on average can be applied however but that's encouraging moving to a Green plan.

The U.S. combined gas tax rate (State + Federal) is According to data from the OECD, is the second lowest (Mexico is the only country without a gas tax).

The average gas tax rate among the 34 advanced economies is $2.62 per gallon. In fact, the U.S.’s gas tax a rate less than half of that of the next highest country, Canada, which has a rate of $1.25 per gallon.

We want to have the European advanced economy of our peers but we arent wanting to pay for it

We all have our fair share of precious moments during our time as weebs.

Mine was watching the final episode of Gurren Lagann when I was 10. Back then kid me was really hyped at the sheer scope of the final battle. I watched it in dub but the impact of it solidified my fanaticism in anime.

What is our policy about posting original contents (e.g. me submitting a blog post I wrote, which I just did a few minutes ago)?

IMO, if it is a personal blog, it should be okay, and not really different from submitting a text topic here. Especially if the blog is not tracking you.

I used to work as an artist full-time, and I've learned a few tricks over the years to help me create consistently, even when I don't feel very creative.
I recently read a book called "The War of Art" by Steven Pressfield that hit on a lot of what I've discovered and presented a lot more insight on the subject of creating and overcoming blocks.

So I'd love to hear what helps all of you out there stay creative and spark the muse. Are you willing to share your process and approach?

For the most part, I am a late-comer to anime. I'm in my 30s, and I didn't really get into anime until my late 20s when I started working as an artist and (occasionally) animator. My early exposure to anime before I was 25 was limited to Pokemon and Spirited Away (like most non-anime watching Americans). I enjoyed both, but just never really knew where to start with anime. It seemed like there was too much of it.

SAO was the first anime to really hook me. I binged it, and really enjoyed it. Since then, I haven't stopped. I've watched so many movies and series, and I love discovering new ones regularly.

So what about you? When did you start watching? And which have left a lasting impression on you?

I've recently started taking some IT and programming classes at a local college because I've always been interested in IT as a career but I've never had any sort of professional experience in the field. Are there any skills that I need to definitely know, or any sort of certifications that I can get in order to get my foot in the door and start applying for IT focused jobs?

So I stumbled upon this streamer, KRX_ and he plays Cities Skylines in the evenings, when I have time after work to check it out. And it is relaxing to see someone build a city. He's playing Sims 4 right now, and it's still, it's like watching Bob Ross.

I've been a self taught guitarist for about 10 years, but it turns out I'm not a fantastic teacher, so I've been taking jazz guitar lessons this year to fill in some of the blanks. It's forced me to sit down and actually practice specific skills, rather than just noodle around, play songs I know, and not stretch myself.
So I knocked together a pretty basic practice routine, and I was wondering if anyone else has a specific routine that they follow when practising?

Here's my routine:

7th Chords & Arpeggios
With root on the E, A, and D strings: Maj7, min7, Dom7, dim7 chords
With root on the E, A, and D strings: Maj7, min7, Dom7, dim7 arpeggios (1 octave)
With root on the E and A strings: Maj7, min7, Dom7, dim7 arpeggios (2 octaves)

Scales
Stepwise; 3rds; 4ths; 1-4-3-2 clusters; adding a chromatic note: Major, Dorian, and Mixolydian scales

Chord scales
(Not sure what this is called properly, but it's just learning the chords that apply to each note in a scale)
With root on E, A, D: 1 octave of chords and arpeggios
Staying in a major scale position: 1 octave of chords and arpeggios

ii, V, Is
7th chords around a ii, V, I
Alternate voicings around a ii, V, I
"Single note" riffing over a ii, V, I
Scale riffing over a ii, V, I
Arpeggio riffing over a ii, V, I
Unrestricted riffing over a ii, V, I

Standards
Pick a couple of jazz standards and have a play around with them. No need to get them perfect, just become comfortable looking at chord sheets and semi-sight-reading the songs.

As someone who is not mainly a web developer, I can barely grasp the immensity of options when it comes to writing a web application.

So far everything I've written has been using PHP and the Slim microframework. PHP because I don't use languages like Python/Ruby/JS that much so I didn't have any prior knowledge of those, and I've found myself to be fairly productive with it. Slim because I didn't want a full-blown framework with 200 files to configure.

I've tried Go because I've used it in the past but I don't see it to be very fit when it comes to websites, I think it's fine for small microservices but doing MVC was a chore, maybe there's a framework out there that solves this.

As for the frontend I've been trying to use as little JavaScript as possible, always vanilla. As of HTML and CSS I'm no designer so I kind of get by copying code and tweaking things here and there.

However I've started a slightly bigger project and I don't fancy myself writing everything from scratch (specially security) besides, ORMs can be useful. Symfony4 is what I've been using for a couple of days, but I've had trouble setting up debugging, and the community/docs don't seem that great since this version is fairly new; so I'm considering trying out something more popular like Django.

So this is why I created the post, I know this will differ greatly depending on the use-case. But I would like to do a quick survey and hear some of your recommendations, both on the backend and frontend. Besides I think it's a good topic for discussion.

Cheers!

A few people have expressed interest in my indoor, semi-automated growing setup so here's the lowdown.. In a corner of my workshop is a cupboard with a footprint of 1.6x1.2m, 2.2m high. This is insulated with a mixture of glasswool, foam board and expanding foam (depending on what I could install where), and lined with diamond pattern aluminumised mylar (the diamond pattern provides diffuse reflection to avoid hotspots).

Inside the cupboard I have 750W of full-spectrum LED lighting, a 500W oil-filled radiator, and a small fan to keep air moving around. There's a vent which pulls air from the outside and a extractor fan which also vents outside. Being able to pull cool air from the outside (even in summer) is extremely useful as the lights can put out quite a lot of heat.

My main growsystem is an Amazon low-pressure aeroponics system, and I've also got some airpots to do some soil-based growing in. Aero on the right, pots on the left. If you're not familiar with aeroponics, it's a system where the plants roots hang in open space and nutrient-rich water is sprayed or misted over them. High-pressure aero uses mist and low pressure uses sprayers. High pressure aero is currently one of the best known ways to maximise plant growth but low-pressure is pretty good too and you don't need anywhere near as much gear like pressure vessels and solenoid and so on. I just have an aquarium pump which drives the sprayers. In my experience aero is considerably more efficient than soil, non-soil media or other hydroponics - but on the other hand it's very twitchy. If your nutrient balance is off or your pH is wrong or worse, you pump fails - things can go wrong very quickly.

The airpots are totally new to me. People say they're good but I have no idea. I have a mixture of compost, perlite and coco coir to go into them so we'll see how that works out. I'm going to use organic nutrients only on them, I have some seaweed derived stuff which should be good throughout the entire grow process.

So that's the hardware, now on to the fun bit - the automation...

On top of the cabinet is a board hosting a Raspberry Pi model A - these days I'd use a Zero W but they didn't exist when I built this. In it's mostly-bare state the board looks like this. Quick explanation - the red board is mains-rated relays which let me switch the connections above it on and off using the Pi. This is where the lights, fan and heater are wired to. The small junction block left of the relays is connected to mains.

The block up and left of the Pi is 5V, which drives the Pi, the relay control electronics and provides power to the junction block on the right. There are various sensors wired in to that block and connected back to the Pi.

Wired up on my bench for testing it looks like this, and in situ it looks like this (this was on a previous iteration of the cupboard but it's basically the same now). The orange cables on the left are lights, fan and heater. The black cables top are the sensors.

Temperature is monitored using five DS18B20 sensors, which are cheap and reasonably accurate serial devices so you can run a whole bunch of them off a single pin on the pi. I monitor my water temperature, the temperature at the plant stem, at the wall, inside my workshop (but outside the cupboard) and outside temperature. The wall/stem temperature is the important one, that determines whether heating or cooling is engaged. I monitor the exterior and interior temperatures to know how effective my insulation is being. If water temperature gets too high I might add an agent which protects against microbial infections that like warmer water.

I do have a DHT22 humidity sensor but they're hella flaky and it's currently not working. I will replace it at some point but past experience suggests humidity is high whatever I do.

The Pi has a python script which runs every five minutes. It reads all the sensors, decides what (if anything) to do, then logs everything in a sqlite database. If it's 'night' (which is actually day outside, for temperature management reasons) it turns the lights off, if it's 'day' it turns them on. If it's cold it turns the heater on, if it's hot the fan. There's a bit of smartness where it actually aims for a midpoint of temperature because otherwise it's always aiming for highest temperature then immediately cooling again, then heating and so on - a stable temperature is better for the plants. At 'night' I tend to run the fan to drop the temperature: plants often like it cooler during darkness, get some fresh air in and attempt to lower the humidity a bit.

There is a web interface which lets me see what's going on - current temperature and status, plus some lovely lovely charts (who doesn't love a nice chart?). I can also turn the lights out from here in case I need to go in an do some maintenance for anything. 750W of LED light is painfully bright, it's much more comfortable (and safer!) to turn them off while topping up reservoirs or changing water or whatever.

It would be relatively trivial to add sensors for moisture or pH to add an auto-watering or auto-adjusting nutrient systems, but I haven't felt the need to do that yet.

Happy to do my best to answer any questions anyone has.