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When he’s not busy with his day job as professor of computer and automotive engineering at Weber State University, [John Kelly] is a prolific producer of educational videos. We found his video tracing out the 22+ meters of high voltage cabling in a Tesla Model S (below the break) quite interesting. [John] does warn that his videos are highly detailed and may not be for everyone:

This is not the Disney Channel. If you are looking to be entertained, this is not the channel for you.

We ignored the warning and jumped right in. The “high” voltages in the case of an electric vehicle (EV) like the Model S is approximately 400 volts. Briefly, external input via the charge connector can be single or three phase, 120 or 250 VAC, depending on your region and charging station. This get boosted to a nominal 400 VDC bus that is distributed around the various vehicle systems, including the motors and the battery pack.

Is artificial superintelligence (ASI) imminent? Adam Ford will assess the evidence and ethical importance of artificial intelligence; its opportunities and risks. Drawing on the history of progress in AI and how today it surpasses peak human capability in some domains, he will present forecasts about further progress.

“Progress in AI will likely be explosive; even more significant than both the agricultural and industrial revolutions” — Adam will explore the notion of intelligence and what aspects are missing in AI now and how ‘understanding’ arises in biological intelligence and how it could be realised in AI over the next decade or two. He will conclude with takes on ideal AI outcomes and some recommendations for increasing the likelihood of achieving them.

BIO: Adam Ford (Masters of IT at RMIT) is an IEET Affiliate Scholar, a futurologist and works as a data/information architect, a data analyst and data engineer. He co-organised a variety of conferences in Australia, USA and China. Adam also convenes the global effort of ‘Future Day’ seeking to ritualize focus on the future to a specific day. He is a grass roots journalist, having interviewed many experts on the future, and is currently working on a documentary project focusing on preparing for the future of artificial intelligence.

Olipa Elisa said her 10-year-old son used to have to hike 5km (3 miles) every day to the nearest school, often arriving late and exhausted.

“I am very excited that we now have a school closer to my home, and my child will not have to take the long journey,” said Elisa, 38. “What we need is more of these learning blocks to accommodate other classes.”

Run by 14Trees, a joint venture between Swiss cement manufacturer LafargeHolcim and British development finance agency CDC Group, the project was faster, cheaper and less energy-intensive than conventional construction, said 14Trees managing director Francois Perrot.

Advocating enhanced international action on human rights of older persons — dr. claudia mahler, IE, united nations human rights, UNHCR.

The United Nations Human Rights Council (UNHRC — is a United Nations ( body whose mission is to promote and protect human rights around the world.

The Council investigates allegations of breaches of human rights in United Nations member states, and addresses thematic human rights issues such as freedom of association and assembly, freedom of expression, freedom of belief and religion, women’s rights, LGBT rights, and the rights of racial and ethnic minorities. In recent years, there have been significant advocacy efforts calling for enhanced international thinking and action on the human rights of older persons, and the four main challenges older persons are facing, in terms of human rights as discrimination, poverty, violence and abuse, as well as the lack of specific measures and services to remedy these issues.

Dr. Claudia Mahler ( currently serves as an Independent Expert on the human rights of older persons at the United Nations Human Rights Council.

Dr. Mahler has been working for the German Institute for Human Rights as a senior researcher in the field of economic, social and cultural rights since 2010. She is also a visiting professor at the Alice Salomon University of Applied Sciences Berlin.

From 2001 to 2009, Dr. Mahler conducted research at the Human Rights Centre of the University of Potsdam where her main fields were in human rights education, minority rights and the law of asylum. In 2000, she was appointed as Vice President of the Human Rights Commission for Tyrol and Vorarlberg.

Dr. Mahler has also worked as a lecturer in the field of human rights law and as a consultant to Office of the United Nations High Commissioner for Human Rights (OHCHR — in Geneva.

From 1997–2001, Dr. Mahler held the position of an assistant at the Leopold-Franzens-University Innsbruck, Austria in the field of Criminal Law and Criminal Procedures.

An editorial writer and columnist for the Washington Post wrote a screed attacking electric cars this week. His heavily slanted piece was filled with misinformation. Here’s the truth about driving an electric car in winter.

Last week, hundreds of motorists on I-95 in Virginia were stuck for hours when a blizzard closed the highway south of Washington, DC. Highway crews couldn’t spread ice-melting chemicals before the storm arrived because the rain that preceded it would have washed them away. But when temperatures dropped, the rain quickly turned to ice. Then the snow came and made the ice treacherously slippery. Tractor trailers trying to get off the highway lost control, blocking many exit ramps. Senator Tim Kaine was trapped in the tangled mess of stalled cars for 27 hours.

Afterwards, Charles Lane, an editorial writer and columnist for the Washington Post, wrote a blistering opinion piece entitled, “Imagine Virginia’s Icy Traffic Catastrophe — But With Only Electric Vehicles.” In it, he wails about the Tesla driver who banged on the door of a tractor trailer, begging for help because he was afraid his family might freeze to death if his battery ran out of power. “If everyone had been driving electric vehicles, this mess could well have been worse,” Lane writes.

He goes on to say even Tesla warns on its website the cold temperatures can reduce range. Charging a cold battery takes longer, and besides, he says, there aren’t that many charging stations anyway. And what happens if the power goes out? What then? Lane, a graduate of Yale law school, apparently lacks the mental capacity to realize that when the power goes out, gas pumps stop working as well.

0:00–21:02 : Introduction (Meaning of Life)
21:03–46:14 CHAPTER 1: Transhumanism and Life Extension.

ETHEREUM 0x1f89b261562C8D4C14aA01590EB42b2378572164
LITECOIN LdB94n8sTUXBto5ZKt82YhEsEmxomFGz3j.


46:15–58:52 CHAPTER 2 : Biological Aging a. “Programmed Cell Death” Theory of Aging b. “Intercellular Competition” Theory of Aging c. “Antagonistic Pleiotropy” Theory of Aging.


58:53–1:12:26 CHAPTER 3 : Cyborgs.
1:12:27–1:24:35 CHAPTER 4 : Artiforgs.
1:24:36–1:41:10 CHAPTER 5 : Prosthetics.
1:41:11–2:00:44 CHAPTER 6 : Bionics.

H-Tec Systems receives research funding to advance research project PEP.IN with PEM electrolysers expertise as part of the H2Giga hydrogen project.

Augsburg-based hydrogen technology company H-Tec Systems is now officially part of the H2Giga hydrogen project for research & development into the series production of PEM electrolysis stacks and electrolysers. The German Federal Ministry of Education and Research (BMBF) is supporting H2Giga with a total funding volume of up to 500 million euros. The aim is to identify and test novel processes for the competitive mass production of electrolysers in Germany to make green hydrogen affordable and competitive.

As an expert and visionary in green hydrogen technology, H-Tec Systems is receiving research funding for the H2Giga project “PEP.IN” to further advance series production. By spring 2025, H-Tec Systems will identify new production processes for PEM electrolysis stacks and electrolysers in the gigawatt range and develop corresponding test facilities to quickly set up and commence series production.

The H2Giga project PEP.IN stands for Industrialisation of PEM Electrolysis Production and aims to optimise processes and equipment to produce electrolysers and electrolysis stacks in mass production. Part of the research work within the project is the investigation of a production plant for electrolysis stacks and electrolysers. In addition, a central component of the project is the further development of the electrolysis stacks to make them as simple and cost-effective as possible to produce. For smooth, highly available and cost-effective production, it is necessary to align the corresponding supply chains to the needs of the production. In addition, the individual components of an electrolyser will be considered in order to implement automated production of electrolysers in the gigawatt range. By collecting smart stack and plant operating data, H-Tec Systems will also contribute to the further development of the plants.