Translated… Great Johan! I talked to Josh a half hour ago and mentioned you. I’ll be going there in January.

Hi! Cool! Hope you are able to get help from the treatment! Came back from my me and my families a few weeks ago, will share more about as soon as I find time. Have some intensive weeks with my energy house before the Christmas Holidays! Enoy your trip and the beautiful Bucerías in Mexico, lovely food and people!

Just came back from my first treatment at DMC and had a nice chat with Josh, loved it! Will share more on me and my families expereice at the Dream Body Clinic as soon as my energy house project permits :) Cheers! /Johan

Hi! I don´t know for sure but they treat different cognitive injuries, check out the different treatments Dream Body Clinic provides, link below and contact them for more info. Fingers crossed! Cognitive treatments at Dream Body Clinic: dreambody.clinic/brain-and-nerve-stem-cell-treatment-prices-and-info/ General Treatments/all treatments at Dream Body Clinic: dreambody.clinic/stem-cell-therapy-cost-and-treatments-for-2024/ Cheers, Johan

Hi! I've written a 300 page book (2015) on peak oil:s impact on the global economy and the ridiculous but dominating narrative/idea of infinite economic growth on a finite planet. I left the 5 stages of grief/denial more than 10 years on this issue. Me and Art just have somewhat different approaches to adaption and short term mitigation or well survival of the local economy... ;) :) Cheers! Johan

Hi! Extremely well insulated walls with for ex Wood fibre, windows and yes smart ventilation reusing 80 % of the outgoing heat/air can take you far on the road to energy self sufficiency (my energy house is designed with this in mind) but a 100 kWh battery storage is unfortunately extremely expensive at the moment. Hans-Olof Nilsson have 110 kWh battery storage if my memory serves me well but he also have huge hydrogen storage to generate heat and electricity on demand which is more reliable if there is insufficient solar/energy available in the batteries. My suggestion is to start with insulation, windows and ventilation like you alude to and make step by step improvements from there on. I also highly recommend considering a masonry oven/stove as an alternative heat source during fall/winter time, it is extremely reliable, almost no emissions and super efficient. You only need a burn in the morning and one in the evening even in a large house to keep it warm and you can cook and bake pizza/bread in it too! :) As soon as my masonry oven is ready I will make episodes about it! :) Cheers, Johan

@@EvolutionShowNr1 it is possible to buy cells and build a pack yourself. 100 kWh = 80 000 sek. Kind of cheap. You don't need more. 15 kWp solar will give you about 230 kWh in December. 330 kWh all together is more then enough for heating, hot water and household electricity

@@apkungen89 80 000 SEK!!? You wont get a 16 kWh pack fo that... Would love to know more where to get one and also how to make it safe in terms fire etc Cheers, Johan

Hi! Glad you liked it, sure we will too! :) Cheers! Johan

Hi Doug! I will definitely let you know when part 2 is ready! :) An athlete like you could very likely benefit from a mesenchymal stem treatment! All the best! Johan

Here is part 2 of our talk: kzbin.info/www/bejne/mom1eX1vas6gha8&t Cheers, Johan

@@MrHerbNorcott thanks for those kind words, much appreciated! Cheers! /Johan

@@MrHerbNorcott Glad you liked it! I will invite back mr Berman again as I have time! My energy house is taking all my time at the moment :)

Well this is to an extend right, but missing the boat on the other side.. People and it seems you re in this group seem to account for energyressources only by thinking about money. But the real issue is not money, but declining Energy return on investment. 100 years ago you had to invest the equivalent of one barrel to earn about 100 barrel.. now.. we are down to about what `20 to one? problem is, we need an energy surplus of about minimum 500% to be able to go on with a technical civilisation. (EROEI usualy gets calculated in the boundaries of the energy sector). the problem is, that EROEI is declining while efficience goes up.. still.. and will be also in the future.. This is nearly self explanatory, because we allways get the good stuff first. fürtheremore.. if you listen carfuly to experts like Arthure Behrman, you can learn, that allready the Energy Agencys account vast amounts of liquid Hydrocarbons as Fuel, that realy are not.. refinery gains, Propane i think too.. and furtheremore, these unconventional stuff even while acounted as fuels, embeds about 20% less usable energy as the good old cruide oil. So.. the stuff is getting worse in Quality. And thats nothing that you can fix with money.. You also have to account to econimic tippingpoints. Energy is integrated in all productions in all products and when prices go up youll find whole industries imploding due to economical tippingpoints with cascading effects. Economists realy dont understand economy.. because the never developed models integrating the biggest production element.. which is energy.. so changes here are far far more important as most models (exept of those from ecological economies) predict.

It's what always happens. All we can do is tighten the seatbelts.

Sadly it is already done, just not noticed yet

It is likely possible to produce synthetic lubricants but it will come at a much higher energy cost, could probably be useful in some high tech applications thugh. But I am no expert in the how far this development has come and if even with abundannt solar power, it would make economic sense. Future will tell! Cheers, Johan

Well we did not run out of stones, the Stone Age in fact never ended. We use more stones than ever before in fact, just in many more sophisticated ways and yes with exponential growth of the global population, came an exponential growth in the use of stones. But to your point. Firstly, far from all total world oil reserves are ever going to be extracted, due to geological and economic constraints. Secondly, the US Shale boom is a much more costly, read lower energy return on energy invested than conventional oil extraction in say Saudi Arabia or Russia. If the world were to run on shale oil extraction we would live in a total different, extremely poor economy. As Art Berman has pointed out many times, the shale oil boom is built on extracting the low hanging fruit first, with loans/the financial system based on a future of continued energy growth linked to the fossil energy sector. Yet that will not happen at today´s level due to geological and followingly, economic constrains. Thus we will stop drilling for oil long before "we run out" of oil, it simply wont make economic sense. Also remember, the shale oil numbers are very flawed as they include NGL:s and other substances derived from Natural Gas that are not crude oil. US Shale oil often lack the same properties as conventional oil so it must be mixed to be used in wider applications. That said, US Shale oil production has bought the world some time to find alternatives and adapt to a world with declining fossil energy availability, if it is 5 years or 10 years or more is hard to say but 50 years, not a chance. But I worry more about the exponential AI development than our energy predicament at the moment, yes they are linked but I would not count on a Super AI to solve our energy needs, at least not with Humanity still being around to enjoy it... Cheers! / Johan

@@EvolutionShowNr1 Coal reserves will last for at least one hundred years if not a lot lot longer.

@@OldScientist Coal reserves may indeed last longer but they will not replace oil at today´s economy of scale and every process that involves transforming a solid based energy form to liquid form has alot of transformtion losses/lower energy return on energy invested. Coal is indeed powerful to genereate electricity and heat and kick started the industrial revolution with the steam engine, whether we like it not. But the future involves thinking different how we use energy and how we combine different energy sources, inbedded energy in materials already produced etc. The problem is that most people think linearly,, as if a business as usual scenario is necessary or even possible. To quote Einstein "The measure of Intelligence is the ability to change", or adapt to a new energy reality in this case. Will it be hard? Yes. Will everybody survive or flourish in the transition, very unlikely no. But it does not mean we should not prepare and make the best of it. I have great hope in humanity, when we work together we can achieve almost anything! :) Cheers, Johan

Hi! Interesting! I have designed my own energy house that is being built in central Sweden now with south facing solar roof and wall mounted solar panels on south facing wall and east facing wall of the house. The wall mounted solar panels hopefully will provide a few hours of charging of the batteries during winter time. Perhaps you could mount some panels on a wall to get more of the sun winter time?/different angle from the sun. Cheers! /Johan

Thanks Stewart! Glad you liked our talk! I plan to invite Art back for a talk on nuclear power later, stay tuned for that! :) Cheers! /Johan