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Nuclear arms control SALT treaties expire Feb 2026 - need for new negotiations as the treaties were obsolete, did not include China, smaller nuclear weapons, and weapons from space. The SALT arms limitation treaty was first signed in 1972 by Brezhnev with Nixon. These treaties went through a second version and were renewed. The US no longer thinks this is relevant as China is not included, and smaller nuclear weapons, ones from space are not included and new negotiations are the best way to conduct true arms limitation. An accompanying video in NYT by David Sanger goes into these aspects of talks. Rafael Gross, head of IEA International Atomic Agency, says- You wouldn’t negotiate the same treaty again. There are new technologies that are not covered by the treaty — hypersonic missiles, undersea nuclear weapons, space weapons. And there are many other countries that, for one reason or another, feel now as if they may need a nuclear arsenal of their own.” This is the reason. It also happens that in 2026 US and Russia could coordinate their efforts, so that new US weapons may be needed as other risks could emerge from other places. There are smaller nuclear powers and new nations that might develop nuclear weapons as the US nuclear umbrella may be seen as not fully dependable. This new thinking would be that US and Russia may not see themselves as adversaries but work together to prevent nuclear risks from other sources. This is also why the US (and Russia) may want to wind down smaller regional conflicts, reduce their reliance on their own alliances, so that nuclear cooperation between nuclear powers US, Russia, China, and India may lead to control of nuclear weapons in a larger sense from space and from smaller countries that might develop nuclear weapons as has happened in Iran, which might create new risks that cannot be managed. A belligerent North Korea could lead to South Korea and Japan developing a nuclear weapon. This is also why the Ukraine conflict has run its course and it is in no one's interest to let the Nordics or Britain continue the conflict. The US, Russia, China, India, Brazil should not let middle or smaller powers continue regional or historical conflicts, and promote settlement through peace talks of such conflicts, as it inevitably leads to damaging the interests of billions of people around the world in peaceful cooperation and tackling challenges that affect the quality of life. ...

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India is a frugal innovator producing satellites for space at a fraction of the cost. NASA sent Maven, a probe to Mars for $671 million, it cost India $74 million to send an orbiter to Mars. Yet India as one of the few space exploring nations has only 3% of the market. Invest India, India's investment promotion agency says this will increase to 10% by 2030. In March India's NewIndia state owned space agency sent three dozen space satellites for OneWeb into space after launches by Russia were stopped. In 2023 the US is the largest by far in the space sector economy. China and Russia are also in this space.

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The head of ISRO, India's Space Agency, is an unassuming man of simple needs and simple living. He studied in the Tamil medium, doing his Bachelors in Science from Kanyakumari Hindu College. He comes from a farming family in a village of Kanyakumari.  Used to walking barefoot, wore a dhoti, and only wore slippers when he went to Engineering college. Even with modest rural means, helping his father in his fields, he got his Masters in Aeronautical Engineering from Indian Institute of Technology in Madras, pursued Aerospace Engineering at Indian Institute of Science in Bangalore, and PhD. from IIT, Bombay. He is meticulous about details, and would cancel a meeting till errors found were corrected. Behind the unassuming simple manner is a extremely diligent person who has worked in every phase of rocket design and technology for 36 years at India's Space Agency. India achieved a world record by sending 104 satellites into space with one flight of PSLV, a third generation satellite  launch vehicle with liquid stages, in February 2017- Sivan was a key scientist in this endeavor. He is in every sense a vindication of Gandhi's idea in Hind Swaraj written in a steamship coming back from London to South Africa in 1910 that India would have to go back to its own language, culture, bring opportunity to the mass of rural India, before adopting new technologies from all places. He is also a vindication of the idea that the most diligent and dedicated scientists and engineers willing to persevere over decades are the key to progress for Asia's developing nations, and similarly for a bright future in Africa and Latin America. ...

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The new head of India's Space Agency ISRO, Kailasavadivoo Sivan, talks to DW.com about the Space Agency's plans for the future. ISRO launched a mission to Mars which went into Mars orbit, at a very low cost.  The Mars Orbiter Mission vehicle is orbiting the planet Mars since 2014. In 2008 ISRO sent an unmanned spacecraft to orbit the moon. The future missions include a second mission to the moon, and a mission to the Sun. The solar mission Aditya-L1 will study the properties of the Sun. Mr. Sivan says his focus includes use of High Throughput Satellites(HTS) for providing high data-rate transmission. This is now available in cities, and the HTS will enable this for remote regions of India. Other focus is in agriculture with information on crops increased from 8 to 15 crops so that farmers have more information on fertility of soil, crop yields. Sivan says progress can be made with more international cooperation and sharing of technology, particularly with India leading the way with low cost high tech applications that benefit education, agriculture, and bringing space applications to people it never reached before. Sivan comes from one of India's villages, which are now experiencing change through India's rapid modernization efforts. ...

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Over 100 women scientists are part of the Chandrayan moon missions of Indian space agency ISRO. Many are leader of project teams and head key parts of the scientific efforts of ISRO. Prime minister Modi says the moon mission shows the strength of women or 'nari shakti' and the potential of the younger generation of women for careers in science and technology. About 25% of the 16,000 employees of ISRO space agency are women, and Modi says "they will inspire women for generations to come." Women make up 43% of graduates in STEM scientific fields, yet when it comes to being part of scientific institutes or universities this drops to 14%, an imbalance that prime minister Modi and ISRO women seek to address. DW.com looks at the work of women in the moon, mars and solar missions including Ritu Karidhal, Nidhi Porwal, Reema Ghosh, Kalpana Kalahasti. Kalahasti is deputy project director and has overseen the satellite imaging that will be done from Chandrayan 3. Reema Ghosh worked on the "Pragyan" rover that is now exploring the moon's surface. ...

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EIA says half of the benefit of higher fuel efficiency standards for Automobiles 2010-2020 in US was lost because of SUV's and the incentivizing of SUV's in the 2006 CAFE standards have made things worse. The first SUV's came in the 1980's. By 2004 SUV's made up half of car sales and by 2025 outsold cars 2 to 1. What if we took all SUV's and large cars off the roads, or even some of these SUV's by deincentivizing of SUV's in the US CAFE corporate fuel efficiency standards? What would be the savings in crude oil and in carbon footprint? Would it be about the same as releasing an additional 400 million barrels of oil into the markets in addition to the 400 million barrels that are now released through EIA and member countries? This New Yorker essay touches on this idea. During the Iran war the volatile Middle East as a source of oil supplies is a major problem for countries. Some are rationing supplies and in one country 40 million children are not going to school for 2 weeks starting this week because of the sources of oil are so precarious, government offices will only have half of the employees, the rest working from home (almost like Covid pandemic). Many other countries face that situation. The International Energy Agency recently reported that, if “SUVs were an individual country, they would rank sixth in the world for absolute emissions in 2021, emitting over 900 million tonnes of CO2.” The agency says governments must redesign their CAFE standards and their policies so that it would reduce S.U.V. sales, tax gas guzzling vehicles. EIA cites governments in the EU doing this- “Some governments have already started introducing relevant measures, such as France and Germany, which have put a tax on large and high-emissions cars.” Within SUV's also there is an opportunity to reduce the size and make more efficient space utilization designs. Small savings also add up. One has to realize that the current freedom to use energy freely in places like the US with self sufficiency in oil comes with a sense of responsibility for using it wisely so that it can be exported to cut the trade deficit, precisely what the president is doing with India, to cut a trade deficit of $58 billion before it gets to $100 billion. Section 301 is already in place for investigations by the US of 18 countries for a new basis to use tariffs after the Supreme Court decision. A similar approach is taken with EU for hundreds of billions of reductions in trade deficit that will only strengthen the US dollar and the US economy in the long run , and be good for stock markets and jobs as it reduces oil prices and increases the manufacturing capacity/cost for the Nation. Europe, India and China can do the same. Remember that in 2010 SUV's made up 17% of total world sales, and by 2025 SUV's made up 46% of world vehicle sales. This would create another 400 million barrels for the oil markets, which would triple what was released through EIA  this week to 1.2 billion barrels and this would create 120 days of supply replacement for the 10 million b/d lost from Straits of Hormuz, and effectively end the Iran War as it would be clear that prices can be kept low even in the $50's. Essentially buying time till the SU can get more production in Venezuela and other parts of the world to replace much of the Middle Eastern oil that is ending up in a quagmire. This is the best way for the US and Europe, India, China to ensure jobs growth, economic growth with low cost crude oil in the $50 range and ensure much of the poorer countries like Egypt and Indonesia, Vietnam, Sri Lanka, Pakistan, Bangladesh, have access to oil at prices they can afford and eliminate poverty. ...

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India's ISRO Space Agency officials say the Orbiter Chandrayan 2 which is circling the moon and collecting data, has taken pictures of the Vikram lander. The lander did make it to the lunar surface though it lost contact because of a rough landing.

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Continuity and stability mark the choices for the new cabinet in India of PM Modi. Retaining their Ministries are-Jaishankar at the Foreign Ministry, Nirmala Sitharaman at Finance Ministry , Amit Shah at Home Ministry, Rajnath Singh at Defense, Narendra Modi at Atomic Energy and Space Agency and the Personnel, Public Grievances Pensions Ministry, Also continuing are Nitin Gadkari at Roads, Transport and Highways, Piyush Goyal the Commerce Ministry. Prahlad Joshi formerly in parliamentary Affairs is now at the New and Renewable Energy Ministry plus the Consumer Affairs, Food public distribution ministry. Hardeep Singh Puri retains the Ministry of Petroleum and Natural Gas. Sa Newcomers to Cabinet-Shivraj Singh Chouhan three term Chief Minister of Madhya Pradesh in central India is the new Agriculture and Farmers Welfare Ministry a critical ministry in a still rural country. Ram Mohan Naidu (TDP &NDA Andhra Pradesh) is the new Aviation Minister Jyotirao Scindia was placed with the Telecom Ministry. Kishan Reddy was given the Coal and Mining Ministry. Lalan Singh close associate of Bihar chief minister Nitish Kumar is the new Fisheries, Animal Husbandry, Dairying and of Panchayati Raj village local government. Sarbananda Sonowal is new Minister of Ports, Shipping and Waterways with the job of building modern shipping logistics for exports in the way China has done. Ram Vilas Paswan from Bihar at the Ministry of Food Processing. ...

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The next mission for ISRO is the one next year, a joint space flight with NASA to the International Space Station. This will take Indian astronauts into space for the first time. Following this there will be a followup to Chandrayan 3 called LUPEX with the Japanese Space Agency JAXA in 2024-2025 for lunar exploration of the dark side of the moon that does not face the sun. For this the lander will be from ISRO, the Rover and spacecraft from JAXA. Gangayan mission will put Indian astronauts in space on Indian spacecraft next. The sample return mission is next in the Chandrayan missions similar to Chang'e 5 for China in 2020 bringing a sample of lunar rocks back to the earth.

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Which European port is at the center of Europe's wind energy project. Answer: Esbjerg, Denmark. On May 18, 2022 the heads of state of Denmark, Germany, Netherlands, and Belgium came together to sign the Declaration of Esbjerg. Together the countries want to increase wind energy production in the North Sea to 65 gigawatts (GW) by 2030 and rising to 150 GW by 2050. Esbjerg is one of the few ports in Europe and the key port serving the offshore wind industry. Industry leaders Vestas and Siemens Gamesa ship wind turbines from here, and Orsted provides spare parts that weigh several tons.  German ports such as Bremerhaven lack the infrastructure and it is tied up in disputes ending up in court. Dutch port of Eemshaven is much smaller. The harbor was recently expanded in Esbjerg by 0.5 million square metres to 4.5 million square metres or 45 million square feet. Environment groups are also part of this and there is no dissent in the planning. Here are some useful facts on wind power- Environment cost is 70 times less than that of coal fired power according to Germany's Federal Environment Agency. Within 3  to 11 months wind turbines generate the energy required to build them. No CO2 is produced in the electricity generation process but they do alter the landscape. The future of wind power giants is in the sea where the wind is reliable and strong. One such modern turbine can have an output of 10 to 15 thousand kilowatts to provide electricity for 40,000 people. Pioneers in wind energy are Denmark and Germany. Denmark gets 50% of its energy from wind power, for Germany this is 25%. Jobs are generated installing and operating these wind energy turbines. 1.3 million people are employed in it today. With additional wind propulsion energy consumption of freighters carrying most of the world's freight would be reduced by 30%. Wind and photovoltaic solar can combine for providing most of India's energy because of its sea coastline and having a lot of sun. To get an idea of what is doable in India - in Germany 41% of electricity demand is met from renewables mostly solar and wind. German farmers get 25% of their income from solar energy. Where Germany lags is in use of renewables for transport which falls to about 9% and for heating and cooling where it is about 18%, and it is making great strides to correct this. A big change is technology and how people use transport (more train than airline or automobiles), which will change the entire picture of how energy is created and used in the future. Energiewende the  term for this change is only beginning to take place with urgency in Germany in 2022. India needs to work closely with Denmark and Germany to stay in front of these developments.   ...

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The astounding fact in this French FR24 report on the Paris Climate Change Agreement and country carbon emissions show that China's emissions accelerated to rise 3 fold in 2015 to about 12 billion tons of carbon emissions from about 4 billion in 2000. US remains at about 6 billion. India is at about 3 billon tons of carbon emissions, about where China was in 2000 when it had about 4 billion tons of carbon emissions. This is shown in the graph on carbon emissions from FR24. The US, European Union graph curves on tons of carbon emissions since 2000 are all flat or declining, India rising slowly from a small base, China's curve is rising straight up from a large enough base at an unbelievable and dangerous rate. What has happened and is it getting worse? China's economy expanded too quickly as globalization was accelerated by banks, and business in the US and Europe, and by the Chinese governments at the local level and the state level. This had negative consequences for US, Europe and China. The too fast growth in China at rates of 10-15% based solely on False GDP indicators that did not take into account damage to the environment and workers was that it hurt manufacturing and working class in US and Europe and contaminated the environment. This was not like growth of Japan in 1960-1980, a smaller country in the way it affected the US and European working classes. Hyper Growth at 10-15% of a large country with 1 billion people compressed over a short period, is cited by Greg Ip in the WSJ as the cause of the negative impact on America.  It hurt China through pollution of rivers and land at an accelerated pace. It hurt China as trade with US and Europe became unsustainable with the loss of manufacturing in the US and Europe leading to a trade war. From these graphs of emissions it now appears that the 3 fold rise in carbon emissions from about 4 billion tons in 2000 to about 12 billion tons in 2015 is the result of unregulated business activity of all those who preferred to push hyper growth in China purely for reasons of profit such as investment banks and corporations in US, Europe, and state or local companies in China.  This has also aggravated inequality in US, Europe and China, and hurt rural populations. Xi Jinping is attempting to correct this in China, Biden is trying to correct this in the US, and Scholz will now attempt to correct this in Germany and the European Union. It is also to be noted that China in 2000-2015 did not have the benefit of the newer technologies that India now has access to, which is why India says it is able to reduce carbon emissions per each unit of GDP by 35% from 2005 levels by 2030. It is this efficiency in producing units of GDP with newer and newer technologies that China lacked in its period of hyper growth 2000-2015 that now looks to have hurt China- with overflow of highly polluting steel mills and other factories which it would prudently and wisely have cut back on. Looking back at this period one sees the wholesale transfer of highly polluting plants in Germany being sold and put up in China, a poor developing country in 2000. Was this a good decision for Germany or for China? In this way the banks and large corporations in the US and Europe who use economic indicators that are limited such as dollar profits, without overall indicators that include negative effect damage to the environment that requires huge investments to correct, problems of trade wars leading to political conflicts, are acting like a person walking blindly in one direction.  With some foresight China and all its trading partners would have done better with slower but more careful Chinese growth of 7-8% that would have better met societal goals in US, Europe and China, avoiding high carbon emissions segments of industries from Day 1. Jinping is doing this in China, and Biden is doing this in the US- cutting out highly polluting factories and segments of industries- but in a climate of mutual distrust, which could have benefitted the world when conducted in a climate of cooperation and trust. The pandemic made the situation even more difficult. Power shortages in factories and blackouts in Chinese cities have led to a reversal of policies on use of coal in China months before the COP26 Glasgow conference and G-20 summit leaving a huge gap. Without the presence of Xi Jinping at COP26 in Glasgow and with Chinese participation uncertain significant progress on climate change is elusive. Estimates by US Renewable Energy Agency is that it would cost $131 trillion to pay for limiting emissions to global warming of 1.5 degrees Celsius. Some major share of this cost can be attributed to the increase from about 4 billion tons in 2000 of carbon emissions in China to about 12 billion tons in 2015, increase by 3 times. One can clearly see from this sudden jump in carbon emissions in China that policies of hyper growth with unregulated polluting industries adding to GDP growth figures was bad policy for China, bad policy for US, and Europe, even if it offered temporary profits for individual companies. India has the advantage of learning from this experience and charting its own wiser course as a partner with US, Europe and Japan and by Modi's vigorous efforts in renewable energy. The lesson- look at all indicators of progress, including climate and society, not just economic indicators in profit or dollar terms, take the tough decisions early in regulating polluting companies and industry segments, and bring full and active public participation with transparent access to data on climate damaging activity in real time because climate and the environment we live in free of polluting substances belongs to all the people, belongs to all life on the planet from trees to animals and birds, not companies that can choose to ignore it. ...

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A formal lifting of economic sanctions takes place in Jan 2016 with the implementation of the nuclear deal with Iran, a landmark event.

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Israel's ambassador to the U.S., Michael Oren, describes Iran's efforts to make weapons grade nuclear material, escalating the enrichment process from 3.5% to 20%. He says Iran now has 225 pounds of 20% uranium and 11,000 pounds of 3.5%, enough for 5 nuclear bombs, and points out that 20% uranium can be enhanced to weapons grade in weeks. During the initial negotiations the P5+1 nations demanded suspension of enrichment acitivites at a time when the enrichment process was at 3.5%, and transfer of stockpiles abroad. As negotiations dragged on Iran escalated to 20% enrichment. current demands of the P5+1 are for cessation of 20% enrichment and removal of the 20% stockpile, and closing the facility at Qom, as a first step. This has been rejected by Iran. In this op-ed Oren says Israel alerted the world about the Iranian nuclear program 20 years ago, and as this has continued to what it is today, Israel's view is that much of that time was wasted and the window for international efforts to cease and dismantle Iran's nuclear program is almost shut. ...