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Joined 1 year ago
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Cake day: June 14th, 2023

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  • If your goal is to make things better, wouldn’t you be best positioned to do that in your own community? Moving to a new place with its own unique set of problems is challenging enough as it is. To hope to make a difference there is going to involve learning about local issues. Unless you mean something more generic, like volunteering in soup kitchens, homeless shelters, literacy programs, etc. which are everywhere and always can use extra help.

    I’d assumed that people worried about fallout from the US election are worried more about their own situation: their rights and freedoms, personal safety, and economic situation. Moving to Canada could definitely improve some of those issues while exacerbating others. Housing in Canada (especially in big cities like Toronto and Vancouver, but not at all limited to those cities) is generally much less affordable than the U.S. outside of the big cities there (New York, San Francisco, LA, Seattle). Many people who move here find it very challenging unless they already have a bunch of wealth saved up.






  • As a Canadian, I say this with the utmost sincerity: if you’re thinking of moving here because you’re a leftist, don’t. Canada is about to take a huge swing to the right in next year’s election. People are extremely sick of Trudeau and his refusal to withdraw from the upcoming election (he’s been in power for 9 years) will take his party down with him.




  • Here’s the thing: if you change the thickness of the layer then the colour will change along with it, but the material is otherwise the same. This occurs because the layers produce a phenomenon known as thin film interference. So it’s not the material of the coating layer that produces the colour, it’s the interaction between two layers.

    Anyway, you can see all of the colours of a light’s spectrum through a prism but you wouldn’t say the prism itself is any of those colours. It’s transparent and refractive. That’s all we have here with the glasses: refraction and reflection, with interference of certain wavelengths due to the exact thickness of the layers.