Peter Wadhams: The Arctic is warming seven times faster than the rest of the planet! "very frightening"

 Peter Wadhams in new talk  starts about 55 minutes in.

um the ocean is warming very much faster than it used to um B uh in fact it says now uh reached a factor of seven compared to the speed at which um the you know the ocean surface waters were

warming so this is a huge acceleration an exponential growth in uh in CR seawater temperatures and um nobody knows why it's happening um it's but it's a factor it is a fact of the bus sudden in the Arctic compared to other other parts of the ocean so it used to be when when I was working in the Arctic a lot we'd have about two to three times the speed of of um warming the Arctic compared to other parts of the ocean uh and we'd uh we'd have to

work on that basis of what uh how fast the various other other parts of the

world were warming up but now that fractal has just gone up to seven

without any orange 

seven times as fast yeah if you look at the the Seas North of Europe that is the

balance sea uh currency um the season around spitsburg and that

that's seven times which is just incredible because that that's an amount

of warming which will get rid of all the sea ice very quickly and will make other

changes as well and then in fact the temperature changes have been incredible as well when you

look at those um the biggest warming has been in the

Seas North East of Europe uh so North Eastern America that is Canada at the

very the very Waters that we thought about uh being the place we should go to

to preserve sea ice um but instead in fact um is warming the

fastest of all there and there have been measurements of a warming of about 13

degrees uh in the Seas North of Newfoundland and Labrador and 13 degrees

uh is is simply not something that ever happens before you know you you get you

get changes in climate changes in in weather systems changes in in everything

now but it's always something measurable something you can

handle all right two or three degrees and then and that's it but this is now

if you're talking about 13 degrees this game over isn't it isn't anything

available that can possibly slow anything that's going

uh yes that's right it's a game

over situation but uh when we look at the uh oceanographers who are working

there it's only just been discovered how rapidless

growth is and and they're all they're sort of numbed like you you normally uh

when you look at an ocean scientists they're always very confident about they

measure something in the ocean which is a bit odd they'll say we have discovered that uh

such and such a c is now warmed up by one degree it's always we have

discovered because they really like to discover things that they can publish and get a promotions on

um but uh in this case we've got um they they they

has it incredibly hesitant to say we have discovered because if they if they

if people accept that that this is going on they have to try and explain it and

there's absolutely no explanation for why there should be such a rapid huge growth rate in temperature of uh

North Atlantic water this is something which can't be explained and so

therefore scientists say nothing about it until they can come up with some explanation so that it's mysterious

silence coming from the scientific Community about these extraordinary

warming rates of the ocean well

yes right there's no there's no known

way that um if you um if you look at say

Northeastern Atlantic and and it's warmed up by that amount what can you do

what do you do there's nothing that you can think of that you can actually do that will stop that

um it's a bit like the um in Siberia the

the the warming rates that are going on uh because of

um methane outbreaks a sort of methane explosions going on and um they're they're they

have huge amounts of heat involved there and not to mention the fact that a lot

of the the tundra is caught fire and is far burning away perpetually but there's

still not enough known about how you might possibly deal with it for people

to to talk about it so again there's a sort of a code of silence

  problems with with them

with Siberia and Siberian um methane outbreaks and that's another

forbidden this forbidden topics that the scientists don't like to talk about unless they can see some solution and if

they don't see the solution they just hope that nobody will notice that it's

happening

it depends if we if we're

talking about these uh um kind of fossil flows so to speak of

the way uh the world was uh in in June

uh into the last message that's one thing but things that are happening now

of an unprecedented and sudden and this this temperature rise is very sudden and

frightening for that reason that um you you you don't expect water

to warm up that quickly what what's warming it I mean you have to supply heat to to warm the water and if you if

you're looking at the Northeast Atlantic then you're you're dealing with a part

of the world that's where you you think you have some confidence about

um how warm it is uh how it changes with season

um you know you you if you're you know you think about all the people who've worked up there and sailed up there

and so on and uh they they know what temperatures the

water will reach um and so everything is uh you feel

confident and happy about it until suddenly you're going to take a thermometer out and and it gives you

temperatures 10 or 13 degrees warmer than it has any right to be

um it's it's a frightening Discovery and nobody knows how to explain it you'll

like him do you ever thought about it yeah yeah I've got a question for you

um 

well actually that's a good point um the uh in fact I I wrote a paper about that

with a colleague but I'm not quite sure that I remember the point we may but um

the the person who thought about that a lot uh was Walter Monk and he's he's a

kind of God well he actually died recently at the age of 102 but he's the

sort of God of oceanography um he he everybody acknowledges him as

as the person who who did more in oceanography than anybody else he's a

great man um and uh we we wrote a paper together on on uh changes due to Sea ice and what

he was doing and um he thought well look you're you're

you're dumping all this extra ice onto onto the ice sheets and uh you are

changing the the rotation of the earth because you're changing the the uh

um uh the what's the name of this am I

trying to remember my O-level physics uh it's the the

well when you have something rotating with a bigger moment

um then well the current coriolin Sports well it's it's moment of inertia

um but anyway the thing is you you will change the rate of rotation of the Earth

by a tiny amount if you uh alter the where you where you put the ice if you

melt the ice or you or you just redistribute it put it somewhere

um further away from the equator or closer to the pressure it's how far it is from the equator that matters

so we we wrote that up and um

that then he died soon after that and uh we

that was that was it uh as far as could they measure it I mean if if there had

been a change in the in the orbit or something I don't know what the word is but if there had been a change wouldn't

it wouldn't have been detected with some I don't know satellites or something

oh yes I mean I'm sure uh the day the time we wrote that was was

some time ago a few years ago but what you can do now

um is use this uh satellite called Grace

which means gravity gravity satellite uh you it is it's too it's very very clever

it's actually two satellites close together a few few kilometers apart

flying around the world together and uh as you fly and they're very heavy

deliberately heavy and when you fly over the edge of a continent like the edge of

Greenland one of the the satellite that's in the lead speeds up

um because of the change in the mass that's underneath it and then the second

satellite catches up on it so and they are very very accurate lasers to to work

out how far they are apart so these satellites slightly change their relative positions or through or through

the orbital period and and you can work out how uh how heavy it is well how

heavy is the ice underneath so it would tell you the the volume of eye the green

and ice sheet instance which you could never do before so that that ought to

also show what would happen if you altered the amount of ice

um due to this um this satellite orbit thing so I'm sure that that we can we

can measure it and somebody has measured it I'm sure uh so

it all in theory is can be solved and we we can see what's what's going on but um 

 

 the solar photons come in at high frequency and then radiate off Earth at infrared low frequency. The lowering of the frequency increases the entropy because in quantum physics the momentum of energy is directly proportional to the frequency. So as a particle goes towards the speed of light its frequency increases (and wavelength decreases) but also its time increases by slowing down, due to relativity. Logically, as Nobel physicist Louis de Broglie realized, this means since frequency is inverse to time, there HAS to be a time-reversed negative frequency signal that is a negentropy or negative entropy creating life on Earth from the gravitational potential energy. This is called the Law of Phase Harmony and was considered by Louis de Broglie to be his greatest discovery - unfortunately it's not taught in physics classes.

"Since heat capacity is always a positive value, entropy must increase as the temperature increases.Jul 20, 2022" 

You can read the book, "Life on the Edge" (2016 science award from the Royal Society" to learn more about negative entropy or Negentropy that was first discussed in Erwin Schrodinger's book, "What Is Life?" 1945 - as part of his quantum physics analysis.

So as the CO2 amount in the atmosphere increases this also increases the frequency range or wavelength range that resonates or absorbs and reflects back the infrared photon energy into earth from the atmosphere. This is why the top of the stratosphere is cooling while the lower atmosphere is heating up. The oceans absorb about 40% of the CO2 but over 90% of the heat. So there's over 250 Zettajoules of heat that have accumulated in the oceans since 1995, causing stratification of the oceans. This means the ocean temperature is no longer mixing correctly to drive the ecological dynamics for life on Earth since most of the oxygen for life on Earth is from the diatoms in the oceans. Again our current CO2 emissions is 100 times greater than in the past 500 million years.