A Cornell Uni meterologist in the USA actually has a similar opinion that compliments the IPCC assessment on what a cooling stratosphere can do to the Polar Vortex.
Looks like you might be out on your own with your baseless claims.
“A polar vortex is an upper level low pressure region, located about 60,000 feet above the Earth's poles. It was first described as early as 1853 as a ‘circular gale’ reaching the upper atmosphere. Underneath this vortex, at the surface, lies a large mass of cold, dense arctic air.
“The polar vortex weakens and strengthens from year to year. When the polar vortex of the Arctic is strong — due to stratospheric cooling — there is a single vortex, and the arctic air stays well north of 60 degrees north;when weak — due to stratospheric warming— it will break into two or more vortices; when very weak, the flow of arctic air becomes more disorganized and masses of cold arctic air develop.
