Machine Learning

Daniel 7 7 After this I saw in the night visions, and behold a fourth beast, dreadful and terrible, and strong exceedingly; and it had great iron teeth: it devoured and brake in pieces, and stamped the residue with the feet of it: and it was diverse from all the beasts that were before it; and it had ten horns. 8 I considered the horns, and, behold, there came up among them another little horn, before whom there were three of the first horns plucked up by the roots: and, behold, in this horn were eyes like the eyes of man, and a mouth speaking great things. 9 I beheld till the thrones were cast down, and the Ancient of days did sit, whose garment was white as snow, and the hair of his head like the pure wool: his throne was like the fiery flame, and his wheels as burning fire. 10 A fiery stream issued and came forth from before him: thousand thousands ministered unto him, and ten thousand times ten thousand stood before him: the judgment was set, and the books were opened. --- Send in a voice message:

Overview: 1. Leaders need to focus on what is relevant and important, and not get bogged down in details or distractions. 2. Leaders need to create an emotional climate that is positive and supportive, so that people can perform at their best. 3. Leaders need to be aware of the power of their words and actions, and how they can affect the thinking and emotions of those they lead. --- Send in a voice message: https://anchor.fm/david-nishimoto/message

Can the fusion reactor improve the performance of D+He3 or advanced aneutronic fuel reactors by utilizing plasmas not in thermodynamic equilibrium? No! --- Send in a voice message: https://anchor.fm/david-nishimoto/message

HATCH: I want to get into that. In other words, we're talking about Utah, Colorado and Wyoming. It's fair to say that they're not considered part of America's $22 billion of proven reserves. HOFMEISTER: Not at all. HATCH: No, but experts agree that there's between 800 billion to almost 2 trillion barrels of oil that could be recoverable there, and that's good oil, isn't it? HOFMEISTER: That's correct. HATCH: It could be recovered at somewhere between $30 and $40 a barrel? --- Send in a voice message: https://anchor.fm/david-nishimoto/message

The pB11 reaction is a potential way to achieve fusion without radioactive waste. The approach involves using a charged particle to compress boron into a plasmoid, which then undergoes fusion. The benefits of this approach include the fact that boron is abundant and there is no radioactive waste. 1. Hydrogen Boron pB11 = p+B11->3He4 + 8.9 MeV 2. Moving charged particle is electricity, no radioactive waste 3. High power transforms take the charged particles into electricity 4. Boron is adequate and abundant 5. Temperatures must reach 1 billion degrees and x-ray emission occurs 6. Three approaches to fusion: Dense plasma focus (DPF), Field reverse collision collider beam (FRC CB), inertial electrostatic confinement (IEC) 7. A current flows from the cathode and anode producing counter rotating filaments. The filaments focus into the focus region. The filaments compress into a plasmoid. When the plasmodia get dense enough, radiation accretes out of each end, the electromagnet field drops, and fusion occurs.

1. In Robert Bussards electrostatic fusion reactor the fusion fuel is confined by a spherical voltage potential well of 100,000 volts 2. The reactor use hydrogen and boron 11 as fuels. The fuel fuses without the release of radiation and neutrons 3. A Bussard fusion reactor with a radius of 2.5 to 3 meters burning hydrogen and boron 11 produces 4500 to 8000 megawatts. One megawatt could power 420 homes Reference Link 4. Weylend is developing the "raw lambda fusion" system. Weylend is predicting RLF will be the most wide spread source of power. The RLF reactor is capable of providing power to 23 million households and 15 million businesses. --- Send in a voice message: https://anchor.fm/david-nishimoto/message

The device uses bacteria to degrade organic matter and produce electricity, which is then used to split water using electrolysis to produce hydrogen. --- Send in a voice message: https://anchor.fm/david-nishimoto/message

https://listensoftware.com/spell_ticker/index.html#/ spell ticker - spell the four letter word in ten seconds or four tries --- Send in a voice message: https://anchor.fm/david-nishimoto/message

Jamsetji Tata built Tata Steel and Tata Power. Jamsetji offered workers pensions and paid accident compensation. Son, Dorabji Tata continued family leadership in the company. Dorabji established the Indian Institute of Science. In 1938, Jehangir R.D. Tata became the chairman of Tata and Sons. Jehangir and Dorabji completed the Tata Steelproject in Jamshedpur. Hormusji Tata was associated with the creation of Tata Airlines. In 1992, Jehangir received the Bharat Ratna award in recognition of public service to India. Ratan Tata graduated college with a degree in architecture and inherited chairmanship in 1991. Ratan Tata open India up to many foreign investments. Ratan contribute by reducing the groups hierarchy and standardizing for international commerce. Ratan seems to be a western CEO, friendly to foreign investment. I think his biggest contribution to India is his credibility. Western companies can do business with a stable Indian company called Tata. --- Send in a voice message: https://anchor.fm/david-

Tata thinks he can help India grow through industrialism, nationalism, and big business. Does big business help increase wealth and quality of life for the poor? Tata knows that he does not have the infrastructure to solve the basic problems of the poor, such as, food and water. Why not? Tata primary goal is too create great profits for his shareholders. He sounds like a Western CEO. The rich get richer, but do the poor get a better quality of life? If Tata will not attempt to help solve hungar and thirst in India and provide cheap financing for small businesses, who will? Who will help the small people? Empathy is different from direct impact. Microloans and financing could provide a surge of innovation and solutions for the poor. The poor people must start to self educate and solve their own problems. Looking to large nationalized corporations to solve problems will be a betrayal. Profits may force the big business away from vital services need by the poor. The poor must find innovate ways to increase food

Mattera has discovered Wal-Mart subsidies total $1 billion. Subsidies give Wal-Mart against other competitive retailers that do not receive a subsidy and not politically connected. In the past decade, Wal-Mart has collect $52 billion in sales tax from customers and paid a small fee for processing the money. Over the last decade, Wal-Mart paid $4 billion in local property taxes, 25 cents for every 100 dollars revenue. Walmarts revenue for ten years totaled more than $1.6 trillion. The company paid $192 million in income and unemployment taxes to local governments. Income and jobless taxes amount to a penny for each $100 revenue. In 2006, Wal-Mart tool in $348 billion in sales. --- Send in a voice message: https://anchor.fm/david-nishimoto/message

Why moving to the big city reduces quality of life and increases poverty . Strategies to help india --- Send in a voice message: https://anchor.fm/david-nishimoto/message

Chennai --- Send in a voice message: https://anchor.fm/david-nishimoto/message

Chennai is becoming the new Detroit 1. Indian government bureaucracy has been a barrier for foreign investment, a decrepit infrastructure architecture. In response to barriers in bureacuracy and volatile politics, the Indian government will invest 30 percent of the funding. India invested $218 billion in infrastructure between the years 2002 to 2007 and between 2009 to 2012, the Indian government plans to spend $514 billion. The public spending will not be enough and the Indian government needs private investment as a major investor in India’s redevelopment. 2. India has 454 airports and 16 have international status. Airports Authority of India aims at upgrading 97 of the airports. 3. Average rail passenger speed is 50 kph and freight is 22 kph. Railways are the backbone of Indian growth. India has the fourth largest rail network. India Railway had a cash surplus of $6.17 billion in 2007-08. India Railways has earmarked $7.91 billion in 2008-09 for the plan. The government will build dedicated freight corrid

Vnl building solar farms for 100s of Indian communities. 1. The Kamuthi Solar Power Project in Tamil Nadu, India occupies 2,500 acres, with 2.5 individual solar panels. 2. The Kamuthi Solar Power Project is a 648 MW (nameplate capacity) solar PV farm in Tamil Nadu, India. It initially cost US $710 million and became operational in 2016. 3. The Kamuthi Solar Power Project occupies 2,500 acres and can supply energy for about 150,000 homes in Tamil Nadu 4. The Kamuthi Solar Power Project is a massive structure, however, it was built in only eight months. This feat was accomplished through the dedication of 8,500 team members https://www.greencitytimes.com/the-biggest-solar-plant-on-the-globe-in-india/?amp --- Send in a voice message: https://anchor.fm/david-nishimoto/message

Farmers in India are increasing the value of their land and the amount of agriculture crop yield due to better seeds,pesticides, fertilizer, and drip irrigation. Agriculture in India is a $100 billion industry, but yields could double to reach global averages. (Reference Link) 2. India has created a large number of software and call center jobs in the last ten years. 3.The basic structure of India's economy is 17% agriculture, 28% industrial, and 55% services. Agriculture employs 60% of the work force, industry 17%, and services plus others the remaining 23%. 4. Agriculture in India has grown 3%. Factors inhibiting growth in India are low technology penetration, low per capita land holdings, lack of capital and dependence on subsidies and government aid. 5. India's manufacturing is stradefied between modern factories that are on par with global standards verses low producing companies with low capital yields. India free market drivers are inhibited by established oligopolies that control production and qualit

1. World energy consumption is projected to expand 50 percent from 2005 to 2030. 2. World energy consumption is expected to increasely strongly as a result of robust economic growth and expanding populations in the word. 3. OECD countries are more advanced energy consumers. 4. China and India are the fastest growing non-OECD economies. In 2005, China and Indian accounted for 18 percent of world energy consumption and strong growth projections are set for the next 25 years. 5. 2005 to 2030, 60 percent consumption increase is projected for the Middle East, Africa, and Central and South America; where 36 percent is expected for Europe and Russia. 6. World Energy use by fuel type according to rank: liquids, coal, natural gas, renewables, and nuclear. 7. China's projected coal consumption by 2010 will exceed the rest of the world combined. 8. Liquid consumption will increase 1.2 percent from 2005 to 2030. 9. Renewable energy and coal are the fastest growing energy sources increases 2.1 percent and 2.0 percent. 10.

Surviving deflation strategies --- Send in a voice message: https://anchor.fm/david-nishimoto/message

1. The Piceance Basin has 300 trillion cubic feet of natural gas, 25% of the liquid rich natural gas can be recovered. Mancos shales are located in the Piceance Basin. 2. The Dollar is a commodity and its value is determined by its strength of demand against other currencies. For example, as the dollar gains in strength over the euro then more investors take their euros and buy dollars. The demand for the dollar increases. 3. The high cost of gasoline make the extraction of shale possible. Horzontal drilling and shale oil extraction technology have increased the supply of oil to market. 4. China will develop localized shale oil extraction to meet their energy needs 5. Congress is supporting more development of synthetic oil from shale 6. The high price of oil has caused Shale oil too boom . As a result , the price of oil drop below $50 a barrel . The falling oil prices have strangled Russian oil profits 7. New Mexico is the largest oil and natural gas producer, generating over $15 billion in oil and natu

Hydrogen can be produced from water and sunlight in two ways: 1 Thermal, in a highly purified reactor, using electricity from renewable sources (solar, wind, or hydro) to split water into hydrogen and oxygen through electrolysis, and using the heat from this process to generate steam 2 Photoelectrolysis, a method for producing hydrogen by using sunlight to catalyze electrolysis of water In either process, the only waste product is pure water WHERE CAN WE FIND HYDROGEN? Hydrogen is the most abundant element in the universe It is not a fossil fuel and is not derived from any oil or natural gas There are several methods of extracting hydrogen from water: 1 Electrolysis This is the only method of producing hydrogen that is both energy efficient and non-polluting Hydrogenation When hydrogen is passed over a catalyst, it combines with carbon monoxide to produce a mixture of hydrocarbons The mixture can be used as a fuel 3 Steam reforming This process can be used to produce hydrogen from methane