I don't believe in the quick money fix. Its all about long term investment. So bank stocks, oil and long term energy stuff is good.
As you go through things you see that apartments have none of these things.....
The 3 things people need to survive:
1. Oxygen
2. Food
3. Shelter
Air is free, Shelter most people have, but heating the shelter is needed.
So things related to heating technology:
1. Solar tech (home electricity production)
2. Heating tech (wood, mass furnace stone (rocket stove), fireplace (gas, need to add mass to make it more efficient), sand furnace (heated by solar panels)
You need food. So things related to food production and storage:
1. Root cellar (dug into ground) Your own.
2. Gardens in back yard. Your own.
3. Greenhouses to grow food in winter. An ICF house with south side only windows can act as a well insulated greenhouse even in -40F weather. So either government back or sometype of "Go Fund me" for greenhouse construction for farmers.
4. Food in the sources of chickens, Beef or Pork.
5. Companies that sell stuff in grocery stores.
Things you should be aware of:
1...... World is hitting its Top production in Oil between now and 2060. That means after that date oil will only get more expensive. So there is a very big search for alternate energy to replace fossil fuels... Ideally we get alternative now, and use fossil fuels for lubrication and plastic production.
2. Hydrogen is the most long term consistent clean environmental bet.... It just needs another energy source to break hydrogen atoms from water....Japanese companies are betting on a hydrogen fuel cell to power cars. So instead of gas you have a hydrogen tank and a fuel cell that uses hydrogen to make electricity. A hydrogen ICE needs better materials to withstand the heat; while a gas turbine is possible to control heat with bypass air for cooling. So hydrogen making stations and pipeline could be built.
3. Batteries of very large type to store solar energy. From electrical batteries to solid state batteries to heat batteries, to hydroelectric dams (2 reservoirs).
4. Nuclear Energy in the form of thorium and or Uranium.
5. Material technology- using rare earth metals, or just a new way to make or shape metals (eg foam metals).
6. Recycling of Materials. even plastics.
7. Fusion will be possible someday.
8. AI requires computers and computers need cooling. ONe project in Britain has the computer under water and that cools the wall and takes away the heat.
9. Alberta needs a refinery and so does Ontario/Quebec and the Maritimes. We need to get up to a 1-3 year supply for oil and gasoline, spread across the country for military and a separate civilian use. Need of system of rotating the stored fuel to be used and newer fuel stored. this way a bump in world prices don't hit us at the pumps right away.
10. Sell less than 50% of what we sell now as crude to the USA, they can use their own reserves. If this pipeline goes down now today, the world prices could go up to 160-200 a barrel, as the Strait of Hormuz and US is out of its supply of oil from Canada....
The way to the future will be a combination of Nuclear and Alternate (solar and wind) technology for immediate sourcing to get electricity. House should have a min of solar energy (the power company should pay you what it charges you for a KW) , while houses should be as efficient in heating and insulation and under net zero in the immediate future. See other thread on old technology.
The near and middle and far future will depend on Hydrogen, which means it needs electricity to turn water into hydrogen. In terms of employment it will still require people to make pipelines and storage places for hydrogen. Require steel for storage containers, which should be built deep in ground. This allow for any oil production to go to plastics and lubricants; not just to burn oil for heating and ICE.
The far future will depend on fusion. Still needs hydrogen.
AI will need computers and electricity.
Canada does have a problem. Its problem is when it runs out of natural resources. Today we mine without consequences and without reserving a % of metals and minerals mined for the future. Ideally between 4-6/6-8 % of minerals and oil should be conservedd every year. The thing is smaller countries will run out of resources before we will. So we will get invaded at some point for our resources without some kind of advanced technology. Our biggest threat of loss is in the Canadian Arctic where minerals are in abundance buried beneath in the rock under the permafrost.
Today we can refine oil sands but store certain types of oil in big oil tanks underground in used up mines (eg a potash mine) for future use in plastics. Making the biggest bomb in the world...if it leaks....
Store electrical energy in sand by use of heat in an insulated underground sand tank. The heat could be used in an heat engine near a water source....