Trump threatened to invoking an 1807 Insurrection Act to mobilize the military around the country and “quickly solve the problem.”
“I will deploy the United States military and quickly solve the problem for them. I am also taking swift and decisive action to protect our great capitol, Washington, DC. What happened in this city last night was a total disgrace,” , “Those who threaten innocent life and property will be arrested, detained and prosecuted to the fullest extent of the law. I want the organizers of this terror to be on notice that you will face severe criminal penalties and lengthy sentences in jail.”
The Insurrection Act is brief. It allows the president, at the REQUEST of a state government, to federalize the National Guard and to use the remainder of the Armed Forces to suppress an insurrection against that state’s government. It further allows for the president to do the same in a state without the explicit consent of a state’s government if it becomes impracticable to enforce federal laws through ordinary proceedings or if states are unable to safeguard its inhabitants’ civil rights. The general purpose of the Insurrection Act is to limit presidential power, relying on state and local governments for initial response in the event of insurrection. The Posse Comitatus Act prohibits the use of the United States Army and Air Force (which has also been extended by executive direction to the Navy) for routine law enforcement. Actions taken under the Insurrection Act, as an “Act of Congress”, are exempt from the Posse Comitatus Act.
Read the Act. Or arrest the governors first, then move the troops in. Then again, the coup can go either ways.
Fear sweeps the land. Many businesses collapse. Some huge fortunes are made. Panicked consumers stockpile paper, food, and weapons. The government’s reaction is inconsistent and ineffectual. Ordinary commerce grinds to a halt; investors can find no safe assets. Political factionalism grows more intense. Everything falls apart. This was all as true of revolutionary France in 1789 and 1790 as it is of the United States today. Analogies between the first months of the French Revolution and our current moment are easy to draw. Fauci, the infectious-diseases expert whom Trump often sidelines or ignores, is Jacques Necker, the popular finance minister to Louis XVI. Necker’s firing in early July 1789 was viewed widely as a calamity: “It was like losing your father,” the mathematician and astronomer Jean Sylvain Bailly wrote in his memoirs. The recent spike in American gun and ammunition sales recalls the Parisians who stormed the Bastille Fortress in the hope of finding weapons and gunpowder. (They incidentally released a handful of individuals imprisoned there, but that was not the crowd’s original intent.) The conflict among city, state, and federal officials over coronavirus-related closures directly parallels 1789’s municipal revolutions, in which some cities had leaders who quickly proclaimed devotion to the new National Assembly, while the leaders of other cities remained loyal to the old structures of absolutist royal power and the mayors and aldermen of yet others were violently deposed. Much like the past 40 years in the United States and Western Europe, the 1700s were a period of remarkable economic, social, and technological transformation. Comparatively cheap mass-manufactured goods from Britain and China sparked what historians call the 18th-century “consumer revolution.” As sources of information proliferated, long-standing sources of authority (monarchy, aristocracy, and the established Church) feared losing power and turned reactionary. At the same time, the longer-term transformations on which these social and cultural innovations were built—the growth of European overseas empires and the emergence of settler colonialism, massive silver exports from South and Central America, the trans-Atlantic slave trade—continued, and in ever more brutal forms. More than 6 millionAfricans were sold into slavery in the 18th century—a time that some still call the “Age of Enlightenment.” In the summer of 1789, as peasants attacked chateaus and revolutionaries vowed to “abolish privilege,” many members of the elite felt that their world had suddenly fallen apart. In truth, it had been disintegrating for decades. Today, as in the 1790s, an old order is ending in convulsions. Even before the coronavirus prompted flight cancellations and entry bans, climate activists were rightly telling us to change our modes and patterns of travel. Even before nonessential businesses were shut by government orders, online shopping and same-day deliveries were rapidly remaking retail commerce, while environmental concerns and anti-consumerism were revolutionizing the fashion industry. The pandemic and resulting public-health crisis have caused an abrupt and salutary revaluation in which cleaners, care workers, grocery-store stockers, and delivery drivers are gaining recognition for the essential work they have been doing all along. Taken together, these changes may not look like a revolution—but real revolutions are the ones that nobody sees coming.
The men and women who made the French Revolution—a revolution which, in a few short and hectic years, decriminalized heresy, blasphemy, and witchcraft; replaced one of the oldest European monarchies with a republic based on universal male suffrage; introduced no-fault divorce and easy adoption; embraced the ideal of formal equality before the law; and, for a short time at least, defined employment, education, and subsistence as basic human rights—had no model to follow, no plans, no platform agreed upon in advance. As the UCLA historian Lynn A. Hunt has argued, they made it up as they went along. Yet for more than two centuries, elements of their improvised politics have been revolution’s signature features: a declared sovereignty, devised symbols, an anthem, war. At the junction Americans face today, however, we need to imitate not the outcome of the French revolution but the energy, creativity, and optimism of the French revolutionaries. Human beings are responsible both for much of what is wrong and for much of what could be right about the world today. But we have to take responsibility. In hindsight a revolution may look like a single event, but they are never experienced that way. Instead they are extended periods in which the routines of normal life are dislocated and existing rituals lose their meaning. They are deeply unsettling, but they are also periods of great creativity. As some Americans take shelter in their homes from a newly arrived threat and others put their health at risk to combat it, we can all mourn lost certainties, but we can also set about intentionally creating new possibilities. To claim this moment as a revolution is to claim it for human action.
A submarine pipeline at a depth of 1,542 meters on the south side of the E3-E2 sections of the Lingshui 17-2 gas field has been successfully completed, marking a breakthrough for China in deep water gas field exploitation in the South China Sea.
The Lingshui 17-2 gas field – the first deep water field established by a Chinese company – is located in the South China Sea near South China’s Hainan Province.
The operational depth of the field, which is also the China National Offshore Oil Corporation’s (CNOOC’s) first self-operated deep water field, is 1,220-1,560 meters with trillions of cubic meters of exploitable gas reserves.
The field is expected to be operational by the end of China’s 13th Five-Year Plan (2020). It will have an annual gas output of 3-5 billion cubic meters, which could promote the exploitation of deep-water gas resources.
Submarine pipeline is the main artery that transports oil and gas and is regarded as the lifeline of the offshore oil and gas production system.
Three hundred meters below sea level is considered to be deep water and 1,500 meters is known as ultra deep water. Due to the complex and changeable submarine environment, constructing an ultra deep water submarine pipeline is a challenge, it also has strict requirements on the pipeline’s quality and size.
Prior to the construction of the Lingshui field, ultra deep water submarine pipelines were mostly built by foreign countries.
Trump Suggests ‘MAGA’ Fans Gather at White House, while threatening to clamp down on demonstrations with military. Trump encouraged his supporters to rally at the White House, inviting a potentially dangerous mix of protesters from both sides.
He threatened “the unlimited power” of the U.S. military to clamp down on demonstrations, the military is “ready, willing and able” to assist, protesters would have been met by “the most vicious dogs” and “most ominous weapons” had they dared to breach the fence around the property.
He depicted Secret Services agents as eager to battle the demonstrators, and later issued an appeal to his supporters to assemble: “Tonight, I understand, is MAGA NIGHT AT THE WHITE HOUSE???” The Secret Service said that it arrested six people and that “multiple” personnel from the agency were injured when protesters assaulted them with “bricks, rocks, bottles, fireworks and other items.”
Trump said he had “no idea” if his boosters would assemble on Saturday night at the White House.“I heard that MAGA wanted to be there — that a lot of MAGA was going to be there,” Trump also tweeted that “ANTIFA and the Radical Left” were stoking protests against Floyd’s death, a day after saying he understood the “pain” that demonstrators were feeling.
Attack dog Bill Barr made similar comments, tying the protests to “groups of outside radicals and agitators exploiting the situation.”“It is a federal crime to cross state lines or to use interstate facilities to incite or participate in violent rioting. We will enforce these laws,”
Trump said he “watched every move” of Friday’s protests outside the White House, and couldn’t have felt more safe. Had protesters breached the complex’s fence, they would have faced “the most vicious dogs, and most ominous weapons,” Trump said. “….got too frisky or out of line, they would quickly come down on them, hard – didn’t know what hit them. The front line was replaced with fresh agents, like magic. Big crowd, professionally organized, but nobody came close to breaching the fence. If they had they would…..have been greeted with the most vicious dogs, and most ominous weapons, I have ever seen. That’s when people would have been really badly hurt, at least. Many Secret Service agents just waiting for action. We put the young ones on the front line, sir, they love it, and….”
Friday night’s protests came on a day after Trump appeared to threaten violence against certain demonstrators, tweeting overnight that “when the looting starts, the shooting starts.” The phrase echoed a remark made in 1967 by a white Miami police chief when announcing tougher policing policies for the Florida city’s black neighborhoods. In a rare reversal, Trump later said his tweet wasn’t intended as a threat, but merely meant to discourage looting that has historically coincided with violence.
The US Department of Commerce announced that any semiconductor chips made with equipment built by American companies cannot be sold to Huawei without prior approval and licensing from the DOC. This new regulation is unprecedented and in violation of normal sales contracts between the buyer and seller of such equipment. And it is difficult to know if the DOC has any legal ground to stand on. In effect, requiring a license in order to sell to Huawei is to threaten the supply of semiconductors to the Chinese company.
The 10 major semiconductor manufacturing equipment (SME) companies in the world: 1. Samsung (SK) 2. Intel (US) 3. Taiwan Semiconductor (TW) 4. SK Hynix (SK) 5. Micron Technology (US) 6. Broadcom (US) 7. Qualcomm (US) 8. Texas Instruments (US) 9. Toshiba (Jap) 10. Nvidia (US)
Chip designs by fabless companies, made by independent foundries such as TSMC and then sold to gadget makers such as Apple and Huawei. Advances in chip design take advantage of advances in semiconductor-manufacturing equipment that are then incorporated into new end-uses and novel applications. Each step on the chain goads the next to stretch and attain the next level of technological advances.
Digital currency, autonomous driving and applications on the drawing board based on artificial intelligence are all waiting for the introduction of the next generation of semiconductor devices.
Trump’s dirty tricks
TSMC agree to locate a fab in Arizona in exchange for the goodwill the company would be allowed to protect its business with Huawei. Just the day after TSMC signed the agreement to invest $12 billion and build a fab in Arizona, the DOC made the announcement that could force TSMC to stop selling to Huawei. Less than two weeks earlier, the DOC also gave Huawei a head fake by signaling that American companies would be allowed to participate in organizations along with Huawei to set industry standards for 5G.
The US has remained the world’s leader and biggest supplier of semiconductors and China has been America’s largest customer. In 2018, the US sold 36% of the US semiconductor chips to China. When China buy less from the US, the trade surplus will shrink. Lower sales mean less profit and less money to spend on R&D, and that will erode America’s leadership.
Chip suppliers in Japan and South Korea will be happy to fill the void left by the US, and China will be more determined than ever to invest in the development of semiconductor technology that will break the dependence on the US.
The short-term outcome is lose-lose, but the long-term consequences will be disastrous for both sides. The virtuous circle where everybody gains will be replaced by vicious competition and market fragmentation.
China’s retaliation will be directed to where it would cause most pain, soybeans and Boeing aircraft and more. Such as Sands China, owned by Adelson, Trump’s supporter.
The long-term driver of Asian growth is China’s emergence as a tech superpower. Certain members of the US Congress along with Trump seem to think that China desperately needs to send students to the US to steal American technology. They probably don’t know that China is already first in the world in supercomputing, quantum computing, 5G telecommunications, hypersonic weaponry, civil engineering, high-speed rail, electric vehicles, self-driving cars and buses, along with myriad other disciplines.