Give the USA its Proper Name – CounterPunch

Lets call this country, the U.S.A., for what it really is, the United States of Apartheid.

I was reminded of this recently in a story about McFarland a farming town south of Delano. The people of McFarland, half of whom are said to be undocumented systematically denied legal status and basic civil rights with no realistic means to change that status mobilized to oppose the opening of a private run ICE detention center in their town.

The lock em up for lucrative profit prison companies are being forced by a recent California law AB32 to shut their private state prisons across the state. The law, which went into effect in January, also mandated closure of private immigration prisons. But anticipating the law, Geo Groups and Immigration and Customs Enforcement (ICE) signed long term contracts, skirting, and subverting the laws intent. Determined to sustain its profits, Geo moved to replace the loss of its money-making state prisons by converting them, including several in McFarland, to prisons for refugees and immigrants rounded up by ICE.

As word got out about Geos plan, the people of McFarland began a movement to stop the conversion. Among the organizers were farm workers and their children. They went door to door asking residents to sign cards opposing the detention center. And they persisted despite threats that the loss of prison tax money would cripple their towns basic services. When the McFarland planning commission met on February 20, hundreds of McFarland residents rallied to denounce the camp. The Commission then blocked the conversion from going forward, much to the relief and joy of the community.

A recent New York Times article on this conflict described McFarland, located in the middle of a grape and fruit growing area of Californias Central Valley, as impoverished. But this poverty is not a natural endowment and hardly applies to grape and other fruit growers, and the many companies that thrive off an enormously wealthy and productive California agriculture system. (For example, two thirds of this countrys the nut and fruit crops, and one third of its vegetables are cultivated and harvested by Californias 800,000 farm workers). As many as 90% of those workers are Mexican and half are believed to be undocumented. The poverty of the farm working people of McFarland, and generally across the state and country the vast majority of whom are Mexican, and undocumented is not wrought by nature but by the nature of the social system in which all this production takes place.

250 years of slavery baked racial oppression into the economic, social and political foundation of this country where it remains well entrenched to this day. It is here that U.S. apartheids historical roots lie.

Apartheid is defined in the Miriam Webster dictionary as a policy of segregation and political and economic discrimination against non-European peoples. This system fosters racist views and racially biased laws, but apartheid is anchored in the deeper needs of the economic system where it persists and constantly renews itself, even as attitudes change and struggles explode in opposition to the injustices it creates. For example there was a decades long union struggle to organize farm workers that began in nearby Delano in 1965. It gave rise to a prolonged and hard fought movement with massive farm worker strikes that swept California in the early part of the 1970s. These eventually led to the passage of the Agricultural Labor Relations Act, granting farm workers the right to union elections. While these struggles and legal changes pushed up wages and improved working conditions to some degree they made no dent in the fundamental social relations of an apartheid labor system.

The determination of the people of McFarland to stop the Geos ICE camp comes from deep well springs of history and life experience. Californias grape and fruit workers and those across the southwest and across the country have long lived with low wages, harsh and dangerous working conditions, environmental hazards like polluted drinking water and pesticide poisoning, poor housing and schools. Their conditions are enforced by the immigration system, and related legal and social practices. While raids by la migra, once a regular part of life in the fields, have diminished over recent decades in deference to growers needs for a year round labor force, the threat of ICE and deportation remains a constant presence in peoples lives. In recent years incarceration in ICE prisons has become a growing source of fear.

Jailing immigrants has evolved in recent decades into a profitable multi billion dollar business. But it is not mainly profit that spurs its growth. As the dependence on immigrant workers has spread beyond the fields and across the country, beyond farming and dairy, to construction, meat packing, and service industries of all kinds and along with that, a growth in the size of immigrant and non white communities the apparatus of immigration enforcement has grown in size and harshness.

The Clinton, Bush and Obama governments of the 1990s and early 2000s saw the rise of border walls, the militarization of the border region, and laws criminalizing immigrants. These administrations carried out a calculated and cold blooded policy to drive NAFTA and others seeking refuge from countries devastated by U.S. exploitation and domination, into the desert where thousands died attempting to immigrate. In these decades weve witnessed massive increases in deportations while immigrant detention camps have sprouted like diseased deformities on the landscape. According the Freedom for Immigrants, an organization that aids immigrants in detention and advocates for the end of the detention system, there were just 30 immigrants incarcerated in immigration jails in 1980. Today that population, on any given day, stands at about 50,000. And all this has been normalized to an alarming degree!

Even as the apparatus of repression becomes more robust and brutal, the promise of immigration reform and a path to legalization is dangled out at intervals. It serves to keep the populations most impacted by these anti-immigrant policies, or those sympathetic to immigrants, believing there is a solution within the present order of things. But because U.S. capitalism admits to no apartheid labor, nor racial caste system, and yet cant function without workers deprived of basic rights . . . we have had unending discussions and endless promises of comprehensive immigration reform a convoluted and hypocritical debate over policy, so entangled in its own contradictions that a dweller in Alices Wonderland would find it beyond the pale . . . And with no end in sight!

The rise of Trumpian fascism represents a change in a dangerous direction. Both Republicans and Democrats have long publicly opposed illegal immigration (while steadfastly maintaining large undocumented populations by closing off any path to legalization for 34 years!), as an affront to law and order, a threat to national security and a violation of the U.S.s sovereign borders (even as it violates the sovereignty of other countries with impunity). Both parties in power have defended and strengthened the apparatus of subjugation of immigrants but without a lot of overt racial animus. With Trump things have taken a different turn by linking the fortunes of the nation, overtly, to its racial composition.

Hitler in the 1930s rode to power by linking Germanys national fortunes to its racial composition. These racial views were popularized in the trenches of World War I where millions of German soldiers were being slaughtered to advance the fortunes of German imperialism against powerful imperialist rivals. The German military command, to bolster the flagging morale of their troops, insisted that Germans, due to their superior racial status, deserved a more prominent position in the world and would triumph over their supposedly inferior enemies, particularly the Russians and other Slavic peoples. Hitler, himself a WWI soldier, absorbed these views and adapted the racial arguments he embraced as the core of Nazi ideology. He went on to develop the view (in Mein Kampf and elsewhere) that nations were racial entities and the success or failure of a nation depended on its racial make up. Nazism held that German national success hinged on a correct racial policy. Racism and racial exclusion of unwanted and inferior groups were not only acceptable under Nazi rule, they were required of a true German patriot.

Trumps support and encouragement of this outlook (adapted to U.S. conditions) has drawn white supremacist and Nazi groups around him. As fascist racial views have gained traction among a broader section of society influenced by this regime, Trump has positioned himself as a racial leader whose faults are deemed unimportant in the eyes of his cores followers as long as he remains the most powerful and committed defender of the race.

Make America great again, for the true believer in Trumps base, justifies violent acts and heartless repression against racial enemies. Atrocious actions, even against children, are acceptable, even admirable, in order to achieve the necessary change in the countrys racial make up. Marchers chanting Jews will not replace us and shooters who attack Mexican Americans as invaders, are front line fighters for this Trumpian vision of the U.S. And Trump, who has surrounded himself with like- minded fascist ideologues, has sought to prove he is at least moving in that direction.

Yet this Trumpian racial ideology runs up against immediate reality and necessity. The U.S. has always relied on non-white and immigrant labor and can not function without it.

Trump, like Hitler, is first and foremost a defender of the capitalist / imperialist order and its corporate elite. Germanys elite, at a certain point, threw their weight behind the fascist program, including its racial program, as the most effective way to advance their interests. Those who disagreed kept quiet or were suppressed.

In the U.S., there is a more open, overt split in the power structure, with a section that sees the Trump program as a danger to maintaining the cohesion of an increasingly diverse society, especially at a time when there is a growing dependence on an apartheid labor system.

For example, the devastation caused by a changing climate has increased the demand for cheap, vulnerable labor. In the wake of hurricanes in New Orleans (Katrina), Houston (Harvey), No. Carolina (Florence) and South Florida, (Michael and Irma) large numbers of immigrants were recruited for clean up and reconstruction under conditions that other workers, not living under the threat of deportation and detention, would have refused to accept. This includes wretched living conditions, poor wages, outright wage theft and other abuses. Enforcing these kinds of conditions has always required special laws and special institutions, with ICE always looming large.

An aging population and a declining birth rate are additional factors that favor immigration. For example, there were large influxes of immigrant workers in 1986 with the Simpson Rodino Act and in the mid 1990s in the wake of the North American Free Trade Agreement (NAFTA) when millions of small farmers and others in Mexico were driven off their lands and livelihoods by a flood of cheap U.S. corn and investment capital, and some headed north across the border. But those are now decades in the past. I was in Salinas last summer visiting a strawberry field during the harvesting. It was apparent that the crews, in this physically demanding work, were fairly old. The supervisor of the crews confided that finding young workers has become a critical issue for their company and he predicted that if that didnt change they would be out of business in a few years. Stories like that are not that difficult to find. Dairy farmers, for example, have been very explicit in their insistence that without an influx of immigrant workers their businesses can not survive.

Trump has sought to assure some wary business groups that he is heeding their concerns. For example, in a meeting with a farmer group at a White House round table last April, Trump promised that their labor needs would be met. Under Trump the H2A contract labor program (once called the Bracero Program) has expanded from 165,000 to 242,000 workers. But some growers expressed distaste for that program as cumbersome, bureaucratic and too costly. Trump assured them he had their backs in words that caused one farmer to remark, He (Trump) has a much better understanding of this than some of the public rhetoric we have seen (sic).

There are reports that the rules in the H2A program that is supposed to guarantee certain basic working conditions and wages for H2A workers are being eased. There are also indications that recruitment of workers, outside the H2A program, is going on in Mexico, and perhaps elsewhere. This would be nothing new since U.S border policy throughout its history has had this duplicitous character pronouncements on defending sacred borders proceeding along with less public measures to ensure that needed cheap labor is ushered across the border.

This past December a bill, The Farm Work Modernization Act passed the House with some bi-partisan support. The bill is designed to stabilize the farm workforce by holding out the promise of legalized status in exchange for years of farm work.

It remains to be seen whether bill makes it into or through the Senate and whether Trump would sign it. But the bill signals to farmers a willingness to take measures to satisfy their desperate need for labor.

Meanwhile Trumps 2021 budget proposal calls for a dramatic expansion of immigrant detention and the governments capacity to take migrant children into custody a $3.1 billion increase to bring detention center capacity to 60,000 at any given time.

The expansion of detention camps, the separation of families, the encaging of children, the threat to flood the streets of Sanctuary cities with elite ICE Bortac (border tactical) units, and moves to punish those cities economically for refusing to fully cooperate with ICE, all serve a dual purpose: They signal Trumps white supremacist base that he is taking care of business, moving to fulfill their ethnic cleansing dreams while fortifying the apparatus of fear and terror among immigrant workers, their families and communities. There is an implicit threat in all this that those who stand in solidarity with immigrants, with the alien race, will be considered traitors to the favored, ie, white race.

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Give the USA its Proper Name - CounterPunch

Nanotech said to boost the bioavailabilty of curcumin – New Atlas

If you like spicy foods, then you're probably aware of the claimed anti-inflammatory qualities of turmeric. Scientists have now developed what they say is a more effective way of biologically delivering turmeric's active compound, curcumin.

Among other things, curcumin is said to help in the treatment of chronic health problems such as heart disease, cancer and Alzheimer's.

However, when turmeric is ingested in its regular powdered form, only a limited amount of the curcumin in it gets absorbed by the body. Working with colleagues from Texas A&M University and Canada's McMaster University, researchers at the University of South Australia therefore set out to create an alternative.

The team ultimately developed a new process for producing minuscule curcumin-loaded nanoparticles. In lab tests, these were reportedly found to increase the oral bioavailability of curcumin by 117 percent, delivering the compound directly into human cells.

Subsequent animal trials suggested that ingestion of the nanoparticles was effective at preventing and even reversing cognitive deterioration. The curcumin is claimed to do so by suppressing oxidative stress and inflammation, and by helping to remove Alzheimer's-associated amyloid plaques in the brain.

Now, in the latest phase of the study, the curcumin nanoparticles are additionally being tested as a means of preventing the spread of genital herpes.

The research is described in a paper that was recently published in the International Journal of Molecular Sciences.

Source: University of South Australia via EurekAlert

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Nanotech said to boost the bioavailabilty of curcumin - New Atlas

If Sanders is Robbed of the Nomination, It’s Time for the VotePact Strategy – CounterPunch

Right now, the entire Democratic Party apparatus and allied corporate media are working to ensure that Sen. Bernie Sanders does not get the Democratic nomination even if he gets a plurality of delegates and votes in the primaries.

The Democratic Party establishment seems to be gearing up for a brokered convention which will anointan establishment candidate with the nomination.

This risks fracturing the party and effectively paving the way for a second term for Donald Trump.

Obviously progressive forces will try to stop these eventualities, but a plan is needed if they arise.

There are two obvious responses:

Burn it Down: The impulsive thing to do would be to want to burn down the Democratic Party. Its possible that the establishment of the Democratic Party would be OK with this they seem to fear a President Sanders more than the fear another term of Trump. So, people would stay home or vote for a third party or independent candidate who openly states that they have virtually no chance of winning.

Cave In: Others might insist that no matter how badly the Democratic Party establishment treats its voters, they need to get in line come November and vote for whoever the nominee is. This is euphemistically referred to as hold your nose and voting. People have done this for decades and its typically resulted in the corporate wing of the Democratic Party becoming more and more powerful.

The first of these will be disastrous because it will help Trump.

The second will be disastrous because it effectively surrenders control of the Democratic Party to the corporate wing, probably for the foreseeable future.

But there is a third choice: The VotePactstrategy.

With theVotePact strategy, in the general election, disenchanted Democratics team up with a disenchanted Republicans. They pair up: spouses and friends and coworkers and neighbors and debating partners and ex-facebook friends. Instead of the two of them voting for candidates they dont want, they pair up and vote for the third party or independent candidate of their choice.

If theres an anti establishment ticket that appeals to both left and right think something like Dennis Kucinich and Ron Paul it could bring together a transpartisan united alliance from across the political spectrum against the establishment candidates. (Yes, Trump is and always has been an establishment candidate, his rhetoric to the contrary.)

Thus a shrewd thing for Sanders supporters to do in the short term is to reach out to anti establishment Republicans: To try to get them to vote for Sanders if he does get the nomination and to get them to pair up and vote independent with them if he doesnt.

The great thing about this is that putting it on the table now lessens the chances that it will have to happen. That is, the Democratic establishment, by trying to stop Sanders, is effectively saying to Sanders supporters: You have to vote for the Democratic nominee no matter who it is. Otherwise, youre helping Trump.

The truth of course is that the Democratic establishment is effectively helping Trump by undermining Sanders in this way.

But having VotePact on the table now makes it clear to all concerned: Sanders supporters do have another path. They dont have to attack the party or capitulate to its establishment. They can make a VotePact with a Republican and vote in a manner that is both principled and super strategic.

Sam Husseini is the founder ofVotePact.org.

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If Sanders is Robbed of the Nomination, It's Time for the VotePact Strategy - CounterPunch

How Tulsi Gabbard Became the Last Woman Standing in the 2020 Presidential Race – Vogue

It's been a turbulent election season for female candidates, from Kamala Harris's relatively early exit from the 2020 presidential race to Amy Klobuchar's more recent withdrawal and ensuing endorsement of Joe Biden.

As more and more female candidates exited the field, many voters who hoped to see a woman in the White House rallied around Massachusetts senator Elizabeth Warren, only to see her suspend her campaign this Thursday. That leaves just one woman in the raceHawaii congresswoman Tulsi Gabbardand a whole lot of questions about how she's made it this far.

Gabbard's campaign has always been something of a slow burn, with many voters seemingly unaware that she's actually still in the race; after all, she hasn't been present at recent Democratic debates, and she walked away from Super Tuesday with only two delegates. So what is it that keeps Gabbard's campaign going, when far better-funded candidates like Tom Steyer and Michael Bloomberg have dropped out?

It's unlikely that Gabbard will manage to overtake frontrunners Joe Biden and Bernie Sanders, although she does share some political views with the latter; she backs Medicare for All, though not to the extent that Sanders does, and believes in free college and reducing defense spending.

However, progressive voters have been slow to rally behind Gabbard, in part because of her ties to anti-Muslim Hindu nationalists, controversial past stances on LGBTQ+ rights, and support from conservative figures like Steve Bannon and Ron Paul. Gabbard is currently polling at roughly 1%, but the support she does command seems indefatigable even in the face of near-certain defeat.

Who are the people that make up Gabbard's support base, and what are they thinking as the race narrows? When asked what sets Gabbard apart from other candidates remaining in the field, Michelle Hunter, a cosmetologist and Gabbard volunteer based in Oklahoma City, praised Gabbard's leadership skills: "The message of peace and love and respect that [Gabbard] shares is really important to me. I pay close attention to her interviews and I have never seen her interrupt anybody or let anybody interrupt her."

Hunter is one of what she describes as a "handful" of volunteers for Gabbard in Oklahoma City, and she notes that on Super Tuesday, Oklahoma polled twice as high for Gabbard as any other state. "If we can get that done with just five, six, seven volunteers, imagine what we could do with more resources," Hunter told Vogue on Thursday.

Hunter points to a "media blackout" as one of the reasons Gabbard hasn't performed better, but even in an increasingly tight race, she feels a connection to a candidate she sees as a fellow outsider: "My whole life I've been told that I don't have a voice," said Hunter, adding, "If I gave up every time someone told me I would fail, my life would suck."

Now that Elizabeth Warren has left the race, Bernie Sanders's campaign is the most high-profile example of a political nonconformist corralling widespread support with the American public; nonetheless, Gabbard has thus far resisted the temptation to follow Marianne Williamson in exiting the race and endorsing Sanders.

A clue as to why Gabbard is still in the race may be found in a 2019 speech she gave, telling a crowd, "Im not running for president to be president. Im running for president to be able to bring about this sea change in our foreign policy that is so necessary for us and for the world, and Im most qualified to do that."

While Gabbard might not yet have effected the kind of "sea change" she might have hoped for, her sheer determination to stay in the race even as more widely popular candidates pack it in certainly sends a clear message: Don't count her out, because she's in it for the long haul, and so are her supporters.

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How Tulsi Gabbard Became the Last Woman Standing in the 2020 Presidential Race - Vogue

Forget the headlines, millennials are just fine with capitalism – Washington Times

ANALYSIS/OPINION:

Super Tuesday is in the rearview mirror, and former Vice President Joe Biden is on track to snatch the nomination from Sen. Bernie Sanders. But try as he might, Amtrak Joe cant seem to get millennials on board with his campaign.

In every entrance and exit poll known to man, Mr. Sanders leads handily among twenty- and thirty-somethings. Commentators have bemoaned this persistent youth support for Mr. Sanders as the death knell of moderate Democratic politics, and the start of a noisy, disruptive division within the partys ranks. But contrary to popular speculation, this is more fealty to brand loyalty than it is the ultimate triumph of socialism.

In fact, the youth are fickle on the hammer and sickle. Political prognosticators and future presidential candidates: Take note.

By now, nearly everyone has seen the headlines proclaiming that millennial socialism is on the rise. This received wisdom just feels right. Most of us can conjure images of latte-sipping, hipster-glasses-wearing Marxists who feel the need to deconstruct everything, including their Dr. Praegers California veggie burgers.

Millennials are indeed hip to the s word, and according to the widely reported results of a 2019 YouGov/Victims of Communism Memorial Foundation survey, 70 percent of the age cohort is at least somewhat likely to vote for a socialist candidate. Compare that to 44 percent for Gen Xers and 36 percent for boomers, and the generational disconnect appears quite jarring. The polls other findings, however, paint a completely different picture. An encouraging 50 percent of millennials have at least a somewhat favorable view of capitalism, not far removed from the 58 percent approval or 63 percent approval granted by Gen Xers and Boomers, respectively.

These seemingly irreconcilable findings are actually pretty normal. According to this 2014 Reason-Rupe survey, 56 percent of 18- to 24-year-olds and 53 percent of 25- to 34-year-olds approve of capitalism compared to 51 percent among 45- to 54-year-olds. At the same time, 58 percent of Americans ages 18-24 back socialism, nearly double the 30 percent approval afforded by those in the 45-54 bracket.

And when you dive into the questions in the survey, it seems many of these millennials are just superficial socialists without a thorough understanding of the ideology. When Reason-Rupe asked millennial respondents which system capitalism or socialism they liked better, the former edged out the latter 52 percent to 42 percent. And when the words capitalism and socialism were subbed out for free market economy and govt managed economy respectively, the pro-capitalism response jumped to a respectable 64 percent, while socialism shrank to just 32 percent. Drilling down further, theres just not much evidence to suggest that Americas young adults are sold on class warfare.

When asked on a scale from 0 to 100 whether government in Washington ought to reduce the income differences between the rich and the poor via redistribution, Americans ages 18-29 have held remarkably steady at around 60 (moderately in favor of the proposition) over nearly 50 years. Meanwhile, the average for all Americans hovers in the mid-50s, making young Americans just slightly more woke than the typical citizen. And in 2018, just 22 percent of Americans ages 18-34 took the strongest possible position that the government should reduce income differences, compared to 21 percent of 35- to 49-year-olds and 20 percent of 50- to 64-year-olds.

Turns out, your oat-milk-sipping hipster friends have plenty of mundane, boomer-esque views about the economy once the veneer of socialism is stripped away. In fact, they have the very understandable, capitalistic impulse toward brand affinity. As famed political prognosticator Nate Silver points out, the support bases of Bernie Sanders and Ron Paul are very similar: young, white, male, secular and poor-ish, despite the two candidates embracing polar-opposite ideologies.

The brand appeal of two rambling old dudes with simple, consistent messages cannot be overstated, regardless of message. As a former campaign worker actively involved in the good doctors 2012 presidential bid, I see a great deal many similarities between Dr. Paul and Sen. Sanders campaigns. Some of Dr. Nos most steadfast supporters paid heed to maybe one or two of Dr. Pauls cherished beliefs, but were mainly there for the ride. And I dont blame them. It was fun screaming Ron Paul Revolution! Give us back our Constitution! and doing battle with smug, sweater vest-clad Rick Santorum supporters.

This thrill up the leg not ideological rigor best explains why millennials and college kids are so pumped about Bernies candidacy. Adulting may be hard, but it doesnt take reading thick ideological tomes to recognize the many benefits of capitalism. And by all indications, Americas young adults get the basic, big picture: Free markets and limited government deliver the good stuff. Boomers neednt be deluded by scary headlines proclaiming otherwise.

Ross Marchand is a Young Voices contributor.

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Forget the headlines, millennials are just fine with capitalism - Washington Times

Here’s How You Can Help Kickstart the Next Bitcoin Bull Run – newsBTC

Whilst Bitcoin (BTC) awareness is slowly growing around the world, were still a long way from most folks understanding even basic information about the cryptocurrency. First impressions can be hard to break and early associations with the dark web and scams cast BTC in a bad light from the off.

Fortunately, evidence suggests that Bitcoin education is remarkably effective at creating interest in the digital asset. A recent survey shows that even a small amount of knowledge can be enough to change someones perception of the cryptocurrency.

A recent survey has revealed more about the average Americans feelings towards Bitcoin. Inspired by the annual Windfall Game former Texas Congressman Ron Paul plays, the survey sought less biased data from that which Paul receives.

The problem is that Paul asks Twitter users for their opinions. As author of the survey and BTC podcaster Brad Mills points out:

Its more a measure of how engaged Bitcoin evangelists are online we vote Bitcoin & share the poll to our Bitcoin loving networks.

This has led to Bitcoin emerging on top for the last three years. Bitcoins market capitalisation alone versus the size of the other asset classes suggest that Pauls results are not representative of wider US society towards BTC.

Noting this bias, Mills worked with market research specialists Hotspex to create the recent survey. It asked each participant to give information about their age, gender, and economic background, as well put the same question from the Paul Twitter survey to them, twice.

Between the two identical questions, participants received information about Bitcoins supply, its lack of correlation to other assets, its performance over the last decade, and other details relevant to its monetary policy. They also learned about dollar creation by the Federal Reserve and how much purchasing power had dropped over even recent history.

Of the surveys findings, perhaps most interesting is the impact a small amount of Bitcoin education can have on someone previously lacking interest in it. Initially, only 13.1 percent of participants answered that they would take Bitcoin as a ten-year position over any of the other listed assets.

After reading about BTCs monetary policy and scratching the surface of how the Federal Reserve works, a massive 38.4 percent said they would rather take Bitcoin. The results showed interest grew across all demographics too. For example, just 5.9 percent of boomers wanted the crypto when first asked. This rose to 27.2 percent by the end of the survey.

Evidently, Bitcoin education can be pretty effective at changing peoples opinions towards the digital asset. Any single individual with an interest in Bitcoin can be an educator, just as the podcasters, bloggers, or speakers at events can. Just be aware that theres a fine line between spreading useful knowledge and being dismissed as that guy who wont stop banging on about Bitcoin.

Related Reading: Top Trader: Recent Crypto Collapse Is Just Turbulence Before Takeoff

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Here's How You Can Help Kickstart the Next Bitcoin Bull Run - newsBTC

Vote pact – The News International

Vote pact

Right now, the entire Democratic Party apparatus and allied corporate media are working to ensure that Sen Bernie Sanders does not get the Democratic nomination even if he gets a plurality of delegates and votes in the primaries.

The Democratic Party establishment seems to be gearing up for a brokered convention which will anoint an establishment candidate with the nomination.

This risks fracturing the party and effectively paving the way for a second term for Donald Trump. Obviously progressive forces will try to stop these eventualities, but a plan is needed if they arise.

There are two obvious responses:

Burn it Down: The impulsive thing to do would be to want to burn down the Democratic Party. Its possible that the establishment of the Democratic Party would be OK with this they seem to fear a President Sanders more than the fear another term of Trump. So, people would stay home or vote for a third party or independent candidate who openly states that they have virtually no chance of winning.

Cave In: Others might insist that no matter how badly the Democratic Party establishment treats its voters, they need to get in line come November and vote for whoever the nominee is. This is euphemistically referred to as hold your nose and voting. People have done this for decades and its typically resulted in the corporate wing of the Democratic Party becoming more and more powerful.

The first of these will be disastrous because it will help Trump. The second will be disastrous because it effectively surrenders control of the Democratic Party to the corporate wing, probably for the foreseeable future.

But there is a third choice: The VotePact strategy.

With the VotePact strategy, in the general election, disenchanted Democratics team up with a disenchanted Republicans. They pair up: spouses and friends and coworkers and neighbors and debating partners and ex-facebook friends. Instead of the two of them voting for candidates they dont want, they pair up and vote for the third party or independent candidate of their choice.

If theres an anti establishment ticket that appeals to both left and right think something like Dennis Kucinich and Ron Paul it could bring together a transpartisan united alliance from across the political spectrum against the establishment candidates.

Excerpted from: 'If Sanders is Robbed of the Nomination, Its Time for the VotePact Strategy'.

Counterpunch.org

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Vote pact - The News International

Afghanistan: ‘Thank Allah We’re Out of That Quagmire’ – Consortium News

The U.S. has been in deep denial. The war is over, it has been for a long time, and the U.S. lost, for all intents and purposes, writes Danny Sjursen.

Cadets assemble for President Barack Obamas Afghanistan policy speech at West Point, N.Y., Dec. 1, 2009. (White House, Lawrence Jackson)

ByDanny SjursenAntiwar.com

Happy Afghan War surrender day, fellas! So began my flippant group text (which was actually about a whole other topic) with the nine lieutenants who worked for me when I commanded a cavalry troop in Southern Afghanistan.

Now these guys, some still in the army, most long out, run the political gamut from centrist conservative to libertarian (verycommon among military officers) to mainstream liberal. None are as radical, or full-throated antiwar, as I am. Nonetheless, instructively, most responded with some albeit often sarcastic level of tacit support for any and all plans to (eventually, and hopefully) get the troops out of Afghanistan.

Furthermore, the fact that nearly all of them lost soldiers directly under their command in one of the wars most dangerous years, within one of the most dangerous provincesof the country, hasnt diminished this pro-withdrawal sentiment.

My artillery officer who Iprofileda couple years back in theAmerican Conservative responded first, with: Victory or loss, thank Allah were out of that quagmire. Then my first executive officer (XO), my second in command, made a joke about the artillerymans use of the word quagmire, asking, What would Rumsfeld say? (Bushs former secretary of defense famously eschewedthis descriptor for the Iraq War)

XOs thoughtful successor then wrote: Im really glad we are getting out. I hate that it will take 14 months, but Im thrilled. That former lieutenant of mine raised an important point. Much of the critical (and fair) response to my cautious social media support for Trumps peace deal centers around either the rather protracted withdraw timeline or, more generally, skepticism about the sincerity of the U.S. position.

To the first point, Adam Wunische at the Quincy Institute accurately noted:

President Trump will likely sell the U.S.-Taliban deal as a peace agreement and a U.S. military withdrawal. It is neither. The deal only reduces troop strength to 8,600 from 13,000 [for now], and Trump has said even minor complications will serve as justification to halt or reverse this reduction.

As to the second matter, the probity of the American commitment to meaningfully leave Afghanistan, there are other valid concerns. Not least of which are the secret annexes that appear to imply the U.S. will keep special forces soldiers, and, one assumes, CIA-backed militias, on the ground long after the combat troops are all out.

Added to the questionable mix is the minor fact that thepresidentof the ostensibly sovereign, Kabul-based state of Afghanistan wasnt evenpresentat the deals signing, and has alreadyreneged (an early, if predictable, first snag) on releasing some 5,000 Taliban prisoners as the U.S.-negotiated agreement called for.

Whats more, given the linguistic gymnastics that former President Barack Obama seemingly perfected about what, precisely, constitutes combat troops or, even what counts as a boot, or as the ground, it is increasingly difficult these days to believe much of what Trump or the national security state is pronouncing.

Finally, given the reportedlyvast, and coveted, mineral resources under Afghanistans undeveloped soil, its importance as a thoroughfare for keynatural gas pipelines, and its historic position of geopolitical import, many (rightfully) doubt whether Washington is really prepared to walk away from the region. All of that is fair, and crucial to parse out.

U.S. Secretary of State Mike Pompeo addresses Taliban peace deal gathering, in Doha, Qatar, Feb. 29, 2020. (State Department/ Ron Przysucha)

A Referendum on Trump

Also worrying is the likelihood that in this age of Trump-worship, Trump-hatred, and/or Trump-derangement syndrome, the situation in Afghanistan where American men and women are stillbeing killed, mind you will revert to just another public referendum on the competence and character of the president himself.

That would be a huge mistake. To wit, let me plea: please, MSNBC-Obama-squad liberals, dont make this critical moment all about bashing The Donald and thereby reflexively defaulting to a stay-forever, status quo position. Odds are they will, of course.

The really salient questions are twofold: could/would a different president (say Hillary the hawk, or Iraq War-cheerleader Joe B.) do any better with such a decidedlyweak military hand? And, what other option, besides eventual withdrawal, does Trump have with respect to this inherited war? Id submit the discomfiting answers are no and none, respectively.

Truth be told, I, like the crew over atQuincy, think the U.S. ought to have ditched the Afghan debacle long ago, and that a more rapid immediate, even comprehensive withdrawal is in order. Never trust the hyper-interventionist establishment when it whines about the inefficacy and supposed danger of a sudden troop exodus from a failed war. Thats never anything more than a sleight-of-hand canard for indefinite occupation.

Count me sympathetic to the plain, earthy logic of Ron Paul, when heasked, Why the dilemma? [regarding Iraq] and when he asserted, We just marched in, and we can just march out.

That was back in 2007! As in Iraq, so in Afghanistan, and as always: thats unlikely. Uncle Sam rarely, if ever, leaves a purportedly conquered country of his own volition. That just aint Sammys style. More often than not, the U.S. military requires an insurgent bouncer to toss it to the proverbial curbyou know, like the Vietcong, for instance.

Like it or not, this is where matters stand: Look, one way or the other, folks, the Afghan War is over, and has been for a long time. We lost, for all intents and purposes, by not achieving the governments (always fantastically) stated goals.

As a nation, but especially so for the bipartisan foreign policy establishment, weve just been in deep denial about that inconvenient truth. Bottom line: theres little left that the U.S. canaccomplish in Afghanistan, and thats been the case for at least a decade.

So, sure, theres lots to criticize about the worlds greatest dealmakers deal. Some will say it doesnt go far enough (it doesnt). The interventionist hawks on the other side will counter that it amounts to surrender (it kind of does). Still, theres scant alternative available other than for Uncle Sam to tuck his tail between the ole legs and beat feet out of the Afghan graveyard of empires.

To channel Ron Paul: why all the dramatic hoopla about this? After all, rumor has it, that in war, thelosersdont get to dictate the peace terms. Its time todealwith it

Danny Sjursen is a retired U.S. Army officer and contributing editor atantiwar.com. His work has appeared in theLA Times, The Nation, Huff Post, The Hill, Salon, Truthdig, Tom Dispatch,among other publications. He served combat tours with reconnaissance units in Iraq and Afghanistan and later taught history at his alma mater, West Point. He is the author of a memoir and critical analysis of the Iraq War,Ghostriders of Baghdad: Soldiers, Civilians, and the Myth of the Surge. His forthcoming book,Patriotic Dissent: America in the Age of Endless Waris now available forpre-order. Follow him on Twitter at@SkepticalVet. Check out his professionalwebsitefor contact info, scheduling speeches, and/or access to the full corpus of his writing and media appearances.

This article is from Antiwar.com.

The views expressed are solely those of the author and may or may not reflect those ofConsortium News.

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Afghanistan: 'Thank Allah We're Out of That Quagmire' - Consortium News

First female robotics team in Indiana showcase robot for competition – wlfi.com

LAFAYETTE, Ind. (WLFI)The first female robotics team in Indiana hosted their annual reveal on Saturday. The all girl group call themselves the "Girl Gang Robotics." They showcased their robot for competition season. In just seven weeks the Girl Gang Robotics created their robot.

By promoting integrity, acceptance and teamwork the girls hope to represent women in the STEM field. President of Girl Gang Robotics Liz Jones said this will prepare these young girls for their future education and careers. It will also show that girls can do this too.

"I'm hoping more so that we can get guys to realize that girls are just as capable as boys in STEM," said Jones. "Because I don't want these girls to have to leave their team. I want them to feel comfortable with whatever team they are on."

Their first competition will be in Mishawaka, Indiana next week.

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First female robotics team in Indiana showcase robot for competition - wlfi.com

Robots Instead Of Forklifts? Fetchs Melonee Wise Debuts Fully Autonomous Ones That Can Carry Up To 1,100 Pounds – Forbes

Fetch Robotics' Melonee Wise with her new fully autonomous bot and cart.

For more than a century, factories and warehouses have depended on forklifts to move heavy objects from one place to another. Roboticist Melonee Wise, founder and chief executive of Fetch Robotics, thinks fully autonomous robots could do a better job. In a conversation with Forbes, she shared a sneak peek of a new version of her giant Freight bots that has the ability to pick up items from one place and drop them off at another with no humans involved.

Fetch intends to debut the new Freight 500, called CartConnect500, which can lug up to 500 kilograms (or 1,100 pounds) at the Modex 2020 trade show in Atlanta on March 9. A fully autonomous version of the Freight 1,500, which can haul up to 1,500 kilograms (or 3,300 pounds), is in development and likely will launch later this year. The robots have attachable, industrial-grade carts that can carry bins and totes for efficiency and organization.

While San Jose, California-based Fetch has offered its Freight lineup of pallet movers since 2017, making them fully autonomous and attaching carts to them is a big step forward. For carts, its completely new for the industry, says Wise. The robot has to find the cart, detect it and pick it up.

As with self-driving cars, these giant robots rely on Lidar sensors, 3D cameras and mapping software to navigate safely around objects and people. Fetch ties its robots together with a software program, called WorkBuilder, that can manage their operations. Fetch typically offers the Freight 500 under a service plan, for $3,500 to $5,000 a month, depending on the robots configuration and accessories.

Wises idea comes at a time when warehouses and factories are increasingly looking to automate in order to operate more efficiently with fewer people, at a time when hundreds of thousands of jobs remain open. It also comes as the forklift industry itself has been shifting to incorporate more automation into its products, as Forbesdetailed in a recent profile of Crown,the countrys largest forklift manufacturer. What weve built is pretty complementary to autonomous forklifts. Most of their value is in lifting things up and putting them down. Its not really in the transit, says Wise. Were talking with some automated forklift manufacturers about bringing our two products together.

Fetch Robotics' robots have detachable carts, which allow them to get right up to the assembly line.

But for some customers, eliminating forklifts is a goal. GE Appliances, one of Fetchs early customers, plans to use Fetchs robots to help it slash the number of forklifts it uses across its nine U.S. factories from some 350 to 175 by the end of 2021. Shifting from forklifts, which require human operators, would cut costs, while also improving safety. The new Fetch robot with its connected cart allows GE Appliances to move items from where theyre stored to the assembly line. We can take things to the line side, which helps us get rid of forklifts, says Harry Chase, GE Appliances director of advanced materials. Nothing going to the assembly lines will have forklifts.

Today, GE Appliances, which started with the smaller Freight 100 robots and helped developed the Freight 500 as a beta customer, has nearly 20 Fetch robots across five plants. It might ultimately roll out a few hundred robots across its facilities, though Bill Good, the companys vice president of supply chain, notes that the company could choose to use a mix of robot manufacturers. Toyota teaches us that inventory is waste, and moving that inventory is waste, Good says. So I want to put people in adding value to the product, and not just moving waste from point A to point B.

Today, Fetch is one of a number of companies that make robots for warehouses, including Amazons Kiva Systems though Wise argues that her robots are very different than Kivas because they can operate with people and dont require extensive changes to a companys existing warehouse space. One of its main competitors in the warehouse market is Mobile Industrial Robots, a Denmark-based industrial robotics company that was acquired by publicly traded industrial giant Teradyne in 2018. Fetch has raised $94 million, at a valuation of $221 million, according to venture-capital database PitchBook.

[Fetch] is a quite impressive player in an increasingly saturated field, which is robotics platforms for logistics and manufacturing, says ABI Research analyst Rian Whitton. Melonee is one of the more charismatic CEOs.

Wise is one of the few high-profile women robotics entrepreneurs. As a child, she wanted to be a photographer, but she also tinkered with building blocks. She studied engineering at the University of Illinois Urbana-Champaign, where she built robots in her spare time, including one called Zippy that Wired described as an autonomous bot that wasnt much more than a few motors tied to a piece of plywood.

She stayed at University of Illinois to study for a Ph.D. in engineering, where she worked on building an autonomous car as part of the DARPA Urban Challenge. After a trip to California as part of that project, she dropped out of her Ph.D. program, and moved west to join Willow Garage, a robotics lab founded by Scott Hassan, as its second employee. It was random in many ways, Wise says. I had no idea [Willow Garage] would become one of the most famous places to do robotics of the past 50 years.

Willow Garage shut down in 2013. Wise founded a short-lived startup, called Unbounded Robotics, then launched Fetch. Her plan: To develop fully autonomous, mobile robots for use in warehouses and logistics operations. The Freight line of robots includes a rolling base that can autonomously follow a warehouse worker. A variety of carryons enable it to be immediately incorporated into a factory line without needing to be reconfigured.

Over time, Wise made her robots and carts larger and larger. What we kept hearing from customers is, Can you just make it bigger? she says. The big challenge going from our small robots to our big robots is that the big ones are closer to the size of a car in terms of their weight so the safety standards are a lot different.

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Robots Instead Of Forklifts? Fetchs Melonee Wise Debuts Fully Autonomous Ones That Can Carry Up To 1,100 Pounds - Forbes

Robotics team kicks off Mohegan reading campaign – Shelton Herald

Mohegan School students got to play catch with the Shelton High robotics team's latest creation during a special assembly Monday.

Mohegan School students got to play catch with the Shelton High robotics team's latest creation during a special assembly Monday.

Photo: Brian Gioiele / Hearst Connecticut Media

Mohegan School students got to play catch with the Shelton High robotics team's latest creation during a special assembly Monday.

Mohegan School students got to play catch with the Shelton High robotics team's latest creation during a special assembly Monday.

Robotics team kicks off Mohegan reading campaign

Mohegan School students got quite a boost as they began a month-long reading extravaganza. And what better day to start than Monday, March 2 which also happened to be Read Across America Day and the birthday of the ever-popular Dr. Suess.

Students gathered in the gym and were greeted by Principal Kristen Santilli, who announced the kick off of I Love to Read month with the schools Bolt Into Reading-themed campaign. The program is designed to cultivate an enjoyment of reading by the students.

Among the special guests helping to open the months campaign were Board of Education Chair Kathy Yolish, Board of Education member Amy Romano, the award-winning Shelton High Gaelhawks robotics team and newly appointed school Superintendent Beth Smith.

Santilli said the robotics team, with coaches Michele Piccalo and John Niski, were more than happy to lend a helping hand.

The team brought a robot to demonstrate the importance of reading, science, technology, engineering, and math, said Santilli.

Some of the robotics team remained in the gym with fourth graders to discuss what the team does in its competitions. Other SHS students visited classrooms and read to the younger children.

The books they read were related to STEM, said Santilli, adding that, as part of the reading incentive, all students will read eight books in different genres fiction, nonfiction, fairy tale or fable, biography, poetry, history, science, geography and one free choice.

Students will log their reading on the reading log that is sent home. Book logs will be turned into the Media Center to track their progress. All students who participate will enjoy a reading celebration to culminate the reading incentive.

brian.gioiele@

hearstmediact.com

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Robotics team kicks off Mohegan reading campaign - Shelton Herald

Robotics team’s win sends them to world competition – Norfolk Daily News

Rebel Robotics wasnt expecting to win, let alone for a second year in a row.

The Norfolk-based robotics team won first place at the Nebraska FIRST Lego League recently, which qualified it to attend the FIRST Robotics world championship on April 28 in Detroit.

Rebel Robotics, which consists of five homeschooled students, also attended the world competition last year after qualifying at the state competition, co-coach Amber Haake said.

We didnt really expect it because we thought it would be hard to qualify again since there were a lot of really good teams, Haake said. We were hoping to do well, but were thrilled.

Its an exciting experience for the kids to go and meet and compete at that level.

Haake and her husband, Rob, coach the robotics team, which includes their son, Emmett. The group has been competing for the past four years. Members range from ages 12 to 15.

My son had an interest in robotics and there was nothing in the area that we could sign him up for, so we decided to start our own team, Haake said. From there, we really reached out to people in our homeschool community (to join).

Rebel Robotics took home the winning trophy out of 56 teams at the state competition Feb. 22. This year was the fourth time the group competed at state, according to a previous Daily News article.

The team also was named the Nebraska nomination for global innovation at the state competition for its research project. Teams can compete in a research component, where they have to come up with a solution to a prompt that changes every year.

This year, the competition prompt is to solve a problem that occurs in cities, Haake said. Members met with the city engineering department to discuss current issues and decided on the topic of roundabouts.

The team created pedestrian mats that address the issue of how pedestrians can navigate roundabouts safely.

The ADA-accessible mats are solar-powered and light up when they are stepped on, which helps increase the safety at a roundabout.

Rebel Robotics was named the Nebraska nomination for this product.

Last year, Rebel Robotics received third place at the world competition for its research project, which was a special cap to address the issue of washing hair in space.

It was obviously a completely new experience and our goal was to learn and have fun, Haake said about the 2019 world competition. When they took third place for their research project, it was pretty exciting.

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Robotics team's win sends them to world competition - Norfolk Daily News

Gator robotics teams advance to playoff rounds at Great Northern Regional – East Grand Forks Exponent

Holding a controller, Badger Robotics drive team member Kennedy Truscinski focuses in on the action during a match at the 2020 FIRST Robotics Great Northern Regional at the Alerus Center in Grand Forks. (photo by Emily Wicklund)

GMR Robotics human player Olivia Brazier focuses in on the action at the Great Northern Regional, as GMR mentor John Langaas (background) looks on. (photo by Emily Wicklund)

The Badger Robotics team poses for a team photo with its robot named Eclipse at the Great Northern Regional. Pictured are (L-R): Standing: Jandi VonEnde, Jedd VonEnde, Jasmine Christianson, Hannah Rud, Aulona Jasiqi, Lexi Rud, Kennedy Truscinski, Talon Hilligas, Jack Burkel, Jasmyn Rud, Avdyl, Jasiqi, Alex Truscinski, Valerie Truscinski, Bryza Rud, Alan Truscinski, and Olivia Hamann; Kneeling: Brooke VonEnde, Talisha Hamann, Katerina Nubson, and Liesl Aarhus. (submitted photo)

The GMR Robotics team poses for a team photo with its robot at the Great Northern Regional. Pictured are (L-R): Front: Christian Wahl, Elizabeth Gust, Sarah Stanelle, Wyatt Whitchurch, Lauren Kvien, and Piper Sondreal; Middle: Michael Diaz, Ray Tarala, Diana Wang, Max Utter, Olivia Brazier, Ryan Hlucny, Landon Kvien, Paris Sondreal, and Cari Swenson; Back: Mary Anderson, Aaron Kvien, Kyle Stauffenecker, Thor Anderson, Dennis Brazier, John Novacek, John Langaas, Teresa Hlucny, Doug Hlucny, Riley Sovde, Vern Langaas, and Russ Anderson. (submitted photo)

Two Gator Robotics teams, Team #3750 out of Badger High School, and Team #5172 out of Greenbush-Middle River High School, opened their competition seasons at the Great Northern Regional from the Alerus Center in Grand Forks, N.D., February 26-29 a Week One FIRST Robotics event. Both Gator teams would get the opportunity to compete in the playoff rounds, but both fell short of capturing that regional title.

As for the Badger team, after day one of qualification matches, it stood in the second ranked position, climbing to first at the beginning of the first day. The team would remain in this position until the final qualification match of the regional one that the Badger team lost. The Badger team would finish qualification matches which ran February 28 and 29 with an 8-1 record and in the fifth ranked position.

Captain of the fifth ranked alliance heading into playoff rounds, Badger selected Team #5653, the Iron Mosquitoes from Babbit, Minn., and Team #7858, the Warriors from BOLD High School in Olivia, Minn, to form its alliance.

In quarterfinal playoff actiondone in a best-of-three series format the Badger-led alliance would fall to the fourth ranked alliance, made up of Team #2883, F.R.E.D out of Warroad, Minn., Team #3082, Chicken Pot Pie out of Minnetonka, Minn., and Team#2847, The MegaHertz out Fairmont, Minn. The Badger-led alliance lost by scores of 150-132 and 187-129. Although its regional run ended sooner than hoped, Badger Team Coach Val Truscinski was proud of her teams efforts.

The Badger teams next regional event, the Iowa Regional, takes place March 27-28 in Cedar Falls.

The Greenbush-Middle River team would finish the two days of qualification rounds with a 6-3 record and ranked twelfth in the 60-team field, including both students and engineering and technical mentors from North Dakota, Minnesota, Colorado, Wisconsin, South Dakota, and Manitoba, Canada.

Not earning a top eight spot needed to become an alliance captain, the GMR team would accept an offer to join the top-ranked alliance captain, Team #3293, the Otterbots from Fergus Falls, Minn. This alliance also invited Team#4198, Robocats from Waconia, Minn., to join it.The GMR alliance would win its quarterfinal match-up over the eighth ranked alliance made up of Team #8002, The Knack from Hartland, Wisc., Team #3007, the Robotitans from Oakdale, Minn., and Team #5638, LQPV Robotics from Madison, Minn., by scores of 262-162 and 238-80.

Advancing to the semifinals, the GMR alliance defeated the fourth ranked alliance of Team #2883, Team #3082, and Team#2847, by scores of 233-100 and 206-122.

One series win away from a regional title and an automatic trip to the FIRST Robotics World Championshipheld in Detroit, Mich., April 28-May 2 the GMR alliance would take on the second ranked alliance made of Team #1619, Up-A-Creek from Longmont, Colo., Team #876, Thunder Robotics from Hatton-Northwood, N.D., and Team #4593, Rapid Acceleration from Rapid City, S.D.

The GMR alliance would fall short, dropping the best-of-three series by scores of 254-230 and 228-184.

The GMR teams next competition is the 10,000 Lakes Regional held at Williams Arena on the University of Minnesota campus in Minneapolis, March 25-28.

To see the complete story, read the March 4 issue of The Tribune in print or online.

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Gator robotics teams advance to playoff rounds at Great Northern Regional - East Grand Forks Exponent

Fun with robotics at SCA – The Suffolk News-Herald – Suffolk News-Herald

Students at Suffolk Christian Academy were treated to fun Robot Day demonstrations on Feb. 28, and the school also received a donation from SuperDroid Robots Inc.

The demonstrations were given by Aaron Cockrell, who assists in shipping and logistics for SuperDroid Robots Inc., which is based in Fuquay-Varina, N.C. The company specializes in custom robotics and builds robots in-shop for tactical and inspection purposes. According to Susan Payne, owner and chief financial officer of SuperDroid Robots Inc., the company has sold more than 10,000 robots and parts over the past 20 years.

Aaron Cockrell was in SCAs first graduating class in 2010, and his sister and fellow SCA graduate Abby Cockrell teaches STEAM and computer classes at the school. Abby Cockrell spoke to her brother last fall about introducing robotics to the schools newly-formed STEAM class this year, and his company was happy to oblige.

Aaron Cockrell was able to bring a few of their advanced robotics for the demonstrations on Feb. 28. Furthermore, the company donated Tamiya Robot Kits to the school, which will be used by second-through-fifth-graders in STEAM class, Abby Cockrell said.

As the paradigmshiftsto acceptance of more robotic applications in industry and personal use, students need to develop basic skills in manual dexterity and critical thinking, Payne wrote in an email Monday. By donating robot kits to Suffolk Christian Academy, we hope to spark interest in robotic concepts. Donations like this help to secure an educated and trained workforce for the future.

More than 200 SCA students were wowed by the machinations in store for them at the demonstrations throughout the school day.

Students were excited to watch the movements of the arm on an LT2/F Bulldog tactical robot. This one-armed bot carefully grabbed pencils out of their hands, with Aaron Cockrell manning the advanced controller for the machine.

The students were also impressed by the sleek inspection bot, painted silver and black and small enough for crawlspaces and other tight spaces.

They were just super stoked, Abby Cockrell said. You could see it on their faces. They were bright smiles and wide eyes, and super curious.

Aaron Cockrell also had the students draw their own robot designs on pieces of paper. Some of them may have been far-fetched, like a robot that would do their homework, but that creative spark is the start of a lifelong interest in robotics.

It all starts with a creative mind, he said. I think a lot of times people think, I cant do this, but when you are creating you start realizing, Hey, what Im learning in school actually means something.

He said he had a great time coming back to his old Suffolk stomping grounds to show the students at SCA how their STEAM lessons can be applied to an exciting industry thats constantly growing, and his sister was very pleased with her students enthusiasm.

STEAM is all about just exposing kids early to the different parts of STEAM to science, technology, engineering, art and math and how that is incorporated in everyday life, Abby Cockrell said.

Its all about showing them how they can get involved and what they need to do to get there, and lessons like Robot Day are the building blocks for that foundation, Abby Cockrell said.

Its just exposing them to the subject, inspiring them and showing them what could be, she said.

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Fun with robotics at SCA - The Suffolk News-Herald - Suffolk News-Herald

Robotics team on to the next contest – Beaverton Valley Times News

The group of more than a dozen Newberg High students has a new challenge before it this year

Hear ye, hear ye all hail the Knights of the Round Cable.

This merry band of engineering whizzes has been working around the clock over the past few months to compete in various robotics competitions and now they are preparing for "super qualifiers" in the next month. In the back rooms of Newberg High School, the group led by senior captain Paul Sperling is preparing for a trip to state competition.

"We've been competing as a program in this league for the last 10 years," he said. "We're given a challenge and try to build a robot to complete it. The last few months since September we've been working on our bots for that challenge."

The challenge sounds simple but requires a deft touch and depth of knowledge when it comes to engineering a robot. It also takes a small army of engineers, machinists and coders to put the device together.

Teams from around the globe all have the same challenge this year: Build a robot that can stack four-inch by eight-inch Lego pieces on top of each other, along with a handful of other feats.

"We build the robot to stack those and there's some other stuff like vision targets that we'll be doing," Sperling said. "So basically we're just stacking Legos."

The Newberg team dubbed the "Knights of the Round Cable" had four competitions in league play during November and December. They followed that up with a strong performance at qualifiers in January, then won the Super Qualifier tournament last week against a field of 25 teams. Now they prepare for state on March 14 and 15 with an eye on making it to the international competition in April.

"The qualifying tournament in January is a lot like a district track meet," Dan Sperling, the team's faculty advisor and Paul's father, said. "With track you have your meets during the season and if you do well at districts you get to move on. That's how this works for us.

"Robotics has a good history here at Newberg High School. There are over 200 teams in the state of Oregon and it's in the thousands internationally. This has been going on for more than 10 years like this locally with a different competition each year."

Between 12 and 15 students are actively involved with this year's team and that's a lower number than usual. Newberg used to have enough participants for four different teams, but participation has dwindled.

Still, this passionate bunch of future engineers is proud of the robot they put together. It has spinning wheels to grab onto the Lego brick, an arm to reach down with a grabber and pick up the brick, and the engineered ability to move around and stack the bricks with ease.

The younger Sperling and many of his teammates have been passionate about robotics for years. Much of the team wants to study some form of engineering in college primarily electrical engineering.

"I've always had a lot of fun tinkering around with stuff," Paul Sperling said. "In seventh or eighth grade I got a 3D printer and started messing around with it. My brother was on the team and it seemed to make sense, so I joined."

Farm Bureau scholarships available

The Yamhill County Farm Bureau will award two separate $2,000 scholarships to students this year.

The scholarships are being offered to students who have finished at least one year of college pursuing a degree related to agriculture.

Those who apply for the scholarships must have a college grade-point average of 2.5 or better and be graduates of a Yamhill County high school, or their family must have lived in the county during their senior year of high school.

Application materials must include an official transcript and two references and more information is available at http://www.OregonFB.org/scholarships.

PNMC offers scholarships

Providence Newberg Medical Center will award six $1,500 scholarships to area high school students this spring and those students are being invited to apply.

Seniors who plan on continuing their education to pursue careers in the healthcare industry can apply by visiting http://www.providence.org/newberg and filling out an application, with the deadline for mailing it to PNMC set for March 22.

Students who live throughout Yamhill and Washington counties are welcome to apply for the scholarships, which have been distributed since 2003.

You count on us to stay informed and we depend on you to fund our efforts.Quality local journalism takes time and money. Please support us to protect the future of community journalism.

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Robotics team on to the next contest - Beaverton Valley Times News

Top 10 Robotics Engineering Universities and Courses in 2020 – Analytics Insight

Today, robots as the automated machines, have become a huge part of our lives in an effort to help people in an assortment of settings, from assembling processes to working in complex conditions, unsatisfactory for human life. Moreover, robotics as a field has penetrated a number of industries to accomplish assorted tasks by structuring mechanical devices. The upsurge in technological advancements and demand for robotics professionals in the market has mandated the applicable education of budding tech-enthusiasts. Robotics has been undergoing rapid development, so studying wont be easy as you may think. However, significant universities are offering innovative and all-inclusive robotics programs to train the future of technology.

Here is the list of top 10 robotics engineering courses and universities that are redefining the face of robotics education.

Course: Master of Science in Engineering in Robotics

Department: Mechanical Engineering and Applied Mechanics

Description: The masters program in Robotics is a unique program administered by Penns General Robotics, Automation, Sensing and Perception (GRASP) Laboratory, recognized as one of the nations premier research centers. Multi-disciplinary in scope, the program provides an ideal foundation for what todays experts in robotics and intelligent systems need to know from artificial intelligence, computer vision, control systems, dynamics, and machine learning to design, programming and prototyping of robotic systems.

Course: Master of Science in Robotics Engineering

Department: Robotics Engineering

Description: WPIs MS in Robotics Engineering program is a leading, first-of-its-kind graduate program in the nation and an internationally lauded academic program. And for all the serious research that goes on here, the institute encourages imaginative and creative work with robots. On a campus located in the heart of New Englands robotics industry, youll work on innovative robotics projects from the get-go alongside influential and renowned faculty in its state-of-the-art labs.

Course: Master of Science in Robotics Systems Development

Department: The Robotics Institute

Description: The MRSD curriculum provides a broad education in the sciences and technologies of robotics, reinforces theory through hands-on laboratory projects and exposes students to practical business principles and skills. The unique curriculum allows students to work as a team towards practical system-level robotics development and integration projects. Key business concepts and practices in the curriculum include technology planning, product conceptualization and development, team management, project management, prototyping, production, marketing, and sales.

Course: Mechanical Engineering with Robotics MEng

Department: Engineering and Robotics

Description: The Master of Engineering (MEng) degree lets you specialize your degree with a range of options and provides you with the educational requirements needed to become a Chartered Engineer. On this course, you have the opportunity to develop specific expertise in robotics alongside skills in mechanical engineering; making you employable by various sectors, from robot design and development to autonomous cars, robotics, automation, mechatronics, automotive, aerospace, and renewable energies. The institutes world-class research in robotics, dynamics and control, space systems, sensors, and flexible electronics informs its degrees to give you the best start in your career.

Course: MSc in Engineering Robot Systems (Advanced Robotics Technology/Drones and Autonomous Systems)

Department: Engineering

Description: As an MSc in Engineering in Robot Systems you can take part in the development that occurs within drone- and robot systems. You can, for example, develop robots with artificial intelligence that recognizes different people and adapt to their needs in hospitals, in industry, and in private homes. Or you can work with drones (Unmanned Aerial Systems) which inspects powerlines or buildings, helps in agriculture, delivers blood samples to hospitals or find people who have been injured in natural disasters.

Course: Master of Engineering Sciences in Mechatronics

Department: Faculty of Mechanics

Description: To prepare high qualification graduates with deep comprehensive and up-to-date knowledge in mechatronics including mechanical engineering, information technologies, mechatronic systems, and mathematical modeling. To prepare specialists with analytical, modeling and projection skills in manufacturing and process management of mechatronic systems with their parameters optimization as well as the specialists having mechatronic problem-solving skills applicable to research. To provide students with the knowledge which is required to accomplish not only the tasks of projecting, researching and performing technologic-manufacturing jobs but also needful for executing the expert-consultative or supervisory functions in the mechatronic companies and organizations.

Course: Masters Degree in Robotics

Department: Robotics

Description: This program provides education on the theory, technology, and practice of intelligent robots, such as mobile robots, wearable robots, robotic manipulators, autonomous and brain-interfaced robots. In addition to classes spanning from electromechanical systems to advanced artificial intelligence, the program offers a large set of hands-on activities where students learn by designing, prototyping and validating robotic systems. Both core and optional classes include hands-on exercises aimed at applying theoretical aspects to real systems. In addition, for the semester and interdisciplinary projects, as well as the final masters thesis, students work with researchers on challenging problems within EPFL robotics laboratories or in the industry.

Course: Materials Science and Engineering (M.S.)

Department: Materials Science and Engineering (M.S.)

Description: Materials Science and Engineering (MSE) research is aimed at educating and training the next generation of out-of-the-box thinkers to solve the biggest global challenges. By fostering a multidisciplinary approach, MSE degree programs strive to endow students with the tools to strategically question current design paradigms and drive innovative materials and manufacturing solutions across a diverse range of technological sectors. Motivated by modern materials challenges in energy, computing, transportation, impact protection, robotics, and global health care, MSE programs comprehensive, experiential training is designed to arm graduates with a modernized skillset tailored to confront those challenges head-on.

Course: Master of Science or Doctorate in Robotics

Department: Robotics

Description: Michigan Robotics offers Masters and Ph.D. degrees. Both programs are built on a common set of course requirements, with Ph.D. students also completing research published in leading journals in the field of robotics. The Michigan Robotics program consists of three main technical areas, which converge as students produce functioning robots: Sensing of the environment, external agents, and internal body information to determine state information; Reasoning with that information to make decisions for guidance, control, and localization; and Acting upon the body and environment to produce motion or other outputs that enable the robot to locomote or interact with the environment. Each of these areas may be considered a sub-plan for coursework and research study.

Course: Master of Engineering and Graduate Certificate in Engineering programs

Department: Office of Advanced Engineering Education

Description: As one of the fastest-growing fields within technology and engineering, a graduate degree in robotics offers you career opportunities in diverse industries, including aerospace, manufacturing, defense, and even healthcare. The University of Marylands Master of Engineering and Graduate Certificate in Engineering programs bring together engineering professionals who have a passion for discovering robotics potential to benefit society. The institutes curriculum is designed to build understanding and expertise in robotics design, modeling, control systems, autonomous robotics, machine learning, computer vision, and human-robot interaction.

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Top 10 Robotics Engineering Universities and Courses in 2020 - Analytics Insight

Conroe ISD robotics teams heading to state finals competition – Chron

By Jamie Swinnerton, Staff writer

From left to right, Diego Zarur, Stone Meng, Mateo Martinez and Lauren Hamel practice driving their robot at The Woodlands High School, Thursday, Feb. 27, 2020. The Woodlands High School will be competing in state finals in Dallas on March 14, 2020.

From left to right, Diego Zarur, Stone Meng, Mateo Martinez and Lauren Hamel practice driving their robot at The Woodlands High School, Thursday, Feb. 27, 2020. The Woodlands High School will be competing in

Photo: Gustavo Huerta, Houston Chronicle / Staff Photographer

From left to right, Diego Zarur, Stone Meng, Mateo Martinez and Lauren Hamel practice driving their robot at The Woodlands High School, Thursday, Feb. 27, 2020. The Woodlands High School will be competing in state finals in Dallas on March 14, 2020.

From left to right, Diego Zarur, Stone Meng, Mateo Martinez and Lauren Hamel practice driving their robot at The Woodlands High School, Thursday, Feb. 27, 2020. The Woodlands High School will be competing in

Conroe ISD robotics teams heading to state finals competition

The future is here, and Conroe ISD students are ready and eager to be a part of it. This year, two robotics teams from the district will be heading to the state competition on March 14 in Dallas and are hoping to work together.

Caney Creek High School and The Woodlands High School robotics teams will both be competing later this month at the FIRST Tech Challenge UIL State Championship competition. What theyre hoping for is the opportunity for an alliance. They spent Wednesday afternoon running through the set task with both robots, learning how the other team works and how they may be bale to work together.

Being able to work together in the competition is not a guarantee, but if they do get paired together theyll be ready.

The Woodlands High School final team is an amalgamation of five different teams that started at the beginning of the school year. Now, the best parts of all teams have come together to form team Rigatoni Pastabots. Come competition day, 15 students will be traveling to Dallas. most of the members are students in the robotics class, but some are just members of the club, or too young to take the class.

This is the first year for the robotics class at TWHS, and the second year for the robotics team on campus. Before forming a campus team interested students used to have to travel to College Park High School to participate in their team.

Its something The Woodlands has always tried to do but we struggled to get kids to do robotics because they had to go somewhere else to do it, said Lauren Hamel, a science teacher at TWHS and the team sponsor. Hamel was the one who lobbied to get the robotics class at TWHS.

Anything above district level competitions gets funding through the district, but before that the team was on their own, raising funds mostly through sponsorships (including a grant from Google).

Ignacio Gonzalez, a senior at TWHS, joined his sophomore year after looking for more activities to get involved with. This year, hes President of the team.

It wasnt a very big club at that point, we had about eight members on a good day, he said. I stayed because I thought the team had potential.

Gonzalez said that some of the design, construction, and coding for the robot they are taking to states is his. But his favorite part is driving. After graduation he wants to major in computer or electrical engineering and plans on continuing to work with robots, a plan solidified by joining the team.

Matthew Kozlowski was one of the main programmers for the team and had been interested in robotics and programming before he joined. He saw the team as a good way to put those skills to the test in a real-world situation. Its a much more involved process than he had been expecting. He estimates that he spends somewhere between 15 and 30 hours a week programming.

I thought it would be very simple, you know, just tell the robot to go forward, he said. Theres a lot of stuff that has to occur at the same time.

Its not just robotics that all competing teams have to work on. along with building a robot, the team has to create presentations and marketing materials for their robot and team. For TWHS, those materials were created by team member Jennifer OConnell. She started working on the robot but transitioned to brand management, and created all of the art for the team.

We needed someone to do the notebook and have art for the team because we couldnt get sponsors without having a good image and a good presence within the community, she said.

Her favorite part is going to the competitions and seeing the whole team come together to work on the robot.

This will be Caney Creeks second time heading to states, their first time being the 2017-18 school year when they came back with second place. This years team is made up of four seniors. For Darren Lindon Kelley, the teams main programmer, this isnt something he plans on quitting anytime soon.

We half joke about just going into the Battlebots thing after this, or just making bots for fun, either one, really, he said.

After graduation he plans on studying computer science. his advice for anyone interested in joining robotics is to get involved before your senior year, unless you join a college team no one will be paying for it after that.

Shemar Allen-Thomas got into robotics because his friends were participating, and like Gonzalez his favorite part is driving the robot.

Its amazing, especially when you get to build it from random parts and see how it works, he said.

While he doesnt plan on going into computer science or engineering after graduation (he wants to become a police officer some day), he can see himself working on robots as a hobby.

This is Caney Creek robotics teacher Angela Crawfords third year with the team. Each year the competition gets tougher, she said, but her team has kept their eye on the prize.

I cant say enough about these guys, she said. We struggled a lot during the regular season but these guys did not let it get the best of them. They kept moving forward.

jamie.swinnerton@chron.com

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Conroe ISD robotics teams heading to state finals competition - Chron

These companies are spending billions so robots can perform surgery without a doctor in the room – MarketWatch

The same sorts of detection and emergency-braking features that have helped make cars safer may soon be coming to the operating room. These could show surgeons things they cant see with their eyes, such as real-time blood flow, and enable them to avoid tissue damage as they operate.

Advancements in artificial intelligence and sensing technologies are breathing new life into the market for robotic-assisted surgical devices, making it easier for surgeons to navigate small incisions, understand changes to the body and limit strain on joints.

Performing a robotic procedure today can look a bit like playing a video game, but as the technology progresses, some futurists think well reach a day when surgeons wont even need to be in the operating room at all during a procedure.

We want to remove surgeons from doing the fine precision work, which is really about how good you are with your hands, and move them into a more supervisory role of how and where you treat disease, said Michael Yip, an assistant professor of electrical and computer engineering at the University of California, San Diego.

Part of Yips research involves ways for a robot to explore the body and give the doctor several courses of action from which to choose. Once the doctor picks, the robot could execute the procedure while the doctor supervises.

The concept of autonomous robotic surgical machines can seem straight out of science fiction, and theyre admittedly many years from ever becoming reality. But Yip thinks the technology could broaden access to top surgeons and specialists, making it so patients in rural hospitals or on battlefields can get the same treatment as those in big metropolitan areas with a wealth of nearby specialists.

Robotic surgery has long been part of American operating rooms, driven primarily by Intuitive Surgical ISRG, -2.32%, which dominates the market for soft-tissue robotic-assisted devices. But a crop of new entrants that happen to be some of the largest health-care companies in the world Johnson & Johnson JNJ, +0.01%, Medtronic MDT, -1.11% and Stryker SYK, -1.96% are investing billions of dollars into a new wave of surgical robots.

We want to remove surgeons from doing the fine precision work, which is really about how good are you with your hands, and move them into a more supervisory role of how and where you treat disease.

After robotic-assisted devices broke on to the scene with fanfare near the beginning of the millennium, excitement plateaued amid questions about whether machines were actually contributing to better patient outcomes compared with traditional laparoscopies, or minimally invasive procedures.

Now, scientists are excited about the potential for artificial intelligence, improved connectivity, and other technological advancements to make robotic surgery more accurate and accessible, giving a boost to a surgical phenomenon that still makes up a sliver of procedures done today.

In robotic-assisted surgery, doctors sit behind a controller and operate computerized instruments as they perform minimally invasive surgery. The technology is meant to let doctors perform these procedures with more precision and control than they might achieve by standing above a patients body and maneuvering the surgical instruments by hand.

The market for robotic-assisted surgery is $4 billion, according to estimates from Medtronic, already half the size of the market for traditional minimally invasive surgery.

Thats striking because robotic procedures currently only make up about 2% of all procedures, by the companys estimates, while traditional minimally invasive surgery accounts for 30% to 35%. More than 60% of procedures are traditional open surgeries done with larger incisions.

Both [open and traditional minimally invasive surgeries] will be drawn into robotic-assisted surgery, said Robert White, Medtronics executive vice president for minimally invasive therapies, at an investor briefing in September according to a transcript. The company plans to launch a soft-tissue robot soon.

Hospitals tend to view robotic machines as marketing vehicles that can make their facilities stand out from rivals. Yet adoption varies depending on procedure type, and the scientific literature is mixed on whether robots provide benefits over more conventional procedures.

Technological enhancements could help the machines more uniformly bear out their early goals of improvements in patient outcomes and cost.

One key issue the surgical industry is looking to solve is visibility. Doctors can only see so much inside the body under regular white light, but some are upbeat that sensory improvements can help them detect in real time what cant be seen with the naked eye.

Merged with 3-D scans of the body taken before a procedure, this information can help surgeons plot a course of action and adapt as a procedure unfolds.

By converting CT scans into three-dimensional models of the body, Stryker claims it can develop a more precise plan for where to place a knee or hip implant. The companys Mako surgical robot takes that blueprint into account during joint replacements, which can allow a machine to set boundaries at the outset and restrain the saw blade before it hits nearby tendons or ligaments, said Robert Cohen, the chief technology officer for Strykers joint-replacement group.

Preventing damage to surrounding bodily structures is one benefit that orthopedic surgeons say they get from robotics. Patients are experiencing less trauma to their joints and that leads to early recoveries, said Dr. Charles Craven, who conducts hip and knee replacements with the Mako at Novant Health Clemmons Medical Center in North Carolina. He sees patients ditching their crutches and narcotics more quickly.

Intuitive Surgical is also drawing on 3-D scans by enabling doctors to create deeper models based on preoperative CT scans. The company fuses this information with fluorescent vision systems and intraoperative images like ultrasounds to give doctors a better real-time portrait of the body even as matter shifts in the middle of an operation, said Brian Miller, who oversees systems and vision at Intuitive.

The future of surgical visibility is starting to parallel the kinds of safety features that have recently made their way to cars. Side mirrors cant technically reflect a drivers blind spots, but newer models add little lights that indicate when another car is next to yours. They also cause the wheel to vibrate if you accidentally drift out of your lane.

The same type of signals can be applied to surgical robotics, said Todd Usen, the chief executive of Activ Surgical. His Boston-based startups software looks at the reflection of wavelengths to detect where veins, vessels and arteries are without the use of traditional dyes. It can also show things surgeons cant see, such as a real-time portrait of blood flow.

Give these details to a surgical robot and the machine could make precise decisions about how far to push an instrument, taking into account information that didnt show up on a pre-op scan. Get within a millimeter of an unexpected bodily landmine and the surgical instruments could automatically freeze without penetrating any further.

Today, only a doctor can make that decision, Usen said.

Right now, even though robotic arms are doing the cutting, surgeons still sit in the room and control the action. Usen sees a world where robots could eventually be working on one part of a surgery while a human surgeon controls another.

Intuitives Miller, however, is skeptical that surgeons could hand control over to a machine when conducting soft-tissue procedures, meaning those that dont involve joints or bones.

With soft tissue, when things can move around, the surgeon still needs to be in full control and make the final determination, he said. With knees, youve got the site fixed and its immobilized, but in soft tissue its a different story.

Remote surgery is already coming up in conversation as hospitals begin to think about 5G connectivity, said Chris Penrose, an AT&T T, -0.40% executive focused on business applications for the new wireless standard that promises faster data speeds and a quicker lag time between when someone executes a command and sees it actually play out.

Youre going to be able to have that same type of reaction time when youre physically present but be able to do that from afar, said Penrose. As that lag time shortens, doctors may be able to do more things remotely, like monitoring patients after surgery or even conducting procedures from another location.

Intuitive Surgical currently has a lock on the market for soft-tissue robotics. The company counts more than 5,500 da Vinci surgical robots in its installed base of devices and has notched a $70 billion market value by selling its machines, which can cost about $2 million apiece depending on features. Players like Stryker, Smith & Nephew SNN, -2.08% and Zimmer Biomet ZBH, -3.94% operate in the orthopedic-reconstructive space.

The field is about to get more crowded in the coming years, with Medtronic, the No. 1 player in the medical-device market, planning an international product launch that could provide some competition for Intuitives da Vinci. Dow Jones Industrial Average stalwart Johnson & Johnson is stepping up its efforts in the space as well, buying up Auris Health for $3.4 billion last year to gain access to the companys Monarch robot for bronchoscopies. It also took control of a former soft-tissue robotics partnership with Verily, Googles life-sciences arm, that focuses on merging robotics and health information.

The emergence of new players could bring down prices for surgical devices and help break Intuitives monopoly in soft-tissue robotics, said Dr. Conrad Ballecer, a general surgeon at Dignity Health St. Josephs Hospital and Medical Center in Phoenix.

Ballecer helps train surgeons outside the U.S. on how to use the da Vinci machine for hernia repairs, and hes found interest overseas, even if limited financial resources hinder how quickly international medical centers can add robots to their hospitals.

Competition will not only drive costs down but also make it more accessible to surgeons on a global basis, and thats ultimately not just a benefit to surgeons but also to patients, Ballecer said.

While heightened competition may help lower the cost of surgical machines, it wont reduce administrative complexity. For hospitals its tough to manage all the logistics of each of these systems, said Ryan Zimmerman, a former surgical director who now covers medical-technology stocks as an analyst for BTIG.

The ultimate winners, in his view, will be companies that can offer a complete universal system for everything from urology to orthopedics to the ears, nose and throat.

Another raging debate centers on whether robotic surgical machines can be compatible with the growing focus on value-based care in medicine, which says that health systems should deliver better quality care at a lower cost. Its a shift from the fee-for-service model that has dominated American medicine.

Whether the devices actually provide an improvement in patient outcomes is still a contentious topic in scientific literature, though doctors like Novants Craven are optimistic that future research will bear out the positive results theyre seeing anecdotally with their patients.

The second part of the equation is the cost side. Automation usually makes things cheaper, but thats not necessarily the case so far, at least in terms of direct costs, said Zachary Landry, the vice president of orthopedics and sports medicine at Novant Health. He cites the additional scans required for robotic procedures as one reason they could be costlier.

Looking at the broader array of medical costs shows a more complex picture. New research indicates that robotic surgery can lead to shorter hospital stays as a result of lower blood loss and less bodily trauma, factors that make the procedures more economically effective. One recent study found that patients also incurred lower out-of-pocket costs after robotic oncological procedures when compared with traditional laparoscopies.

After years of muted excitement over the robotic-surgery industry, the field looks due for a burst of enthusiasm as new players enter the space and technologists dream up ways to enhance the machines.

Emily Bary is a reporter at MarketWatch.

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These companies are spending billions so robots can perform surgery without a doctor in the room - MarketWatch

Wilton robotics team heads to world championships – The Wilton Bulletin

Members of Singularity Technology Wilton Librarys award-winning robotics team are, from left, Navod Jayawardhhane, Alex Cameron, Ria Raniwala, Rishabh Raniwala, Aarushi Agrawal, Christopher McCann, Shayna Wilson-Spiro and Rishab Ohri. Not pictured are Rohit Singhal and Edwin Gregory. Wilton, Conn. Feb. 29, 2020

Members of Singularity Technology Wilton Librarys award-winning robotics team are, from left, Navod Jayawardhhane, Alex Cameron, Ria Raniwala, Rishabh Raniwala, Aarushi Agrawal, Christopher McCann,

Photo: Jeannette Ross / Hearst Connecticut Media

Members of Singularity Technology Wilton Librarys award-winning robotics team are, from left, Navod Jayawardhhane, Alex Cameron, Ria Raniwala, Rishabh Raniwala, Aarushi Agrawal, Christopher McCann, Shayna Wilson-Spiro and Rishab Ohri. Not pictured are Rohit Singhal and Edwin Gregory. Wilton, Conn. Feb. 29, 2020

Members of Singularity Technology Wilton Librarys award-winning robotics team are, from left, Navod Jayawardhhane, Alex Cameron, Ria Raniwala, Rishabh Raniwala, Aarushi Agrawal, Christopher McCann,

Wilton robotics team heads to world championships

WILTON For the past seven years, Wilton Librarys robotics team, Singularity Technology, has inched closer and closer to the FIRST Tech Challenge World Championships and this year the team not only clinched a spot but it came in first at the state competition and will be heading to Detroit next month.

How does it feel? It feels pretty fantastic, Rishabh Raniwala, a Wilton High School senior, said last Friday at the librarys Innovation Station where the group meets regularly.

For the last two years, weve come close. Last year, we came in third and the year before that, we came in fourth, he said of the state competition.

Teammate Alex Cameron noted that each of those years the team got nipped by the rules. When they came in fourth, three teams advanced, and when they came in third, the rules changed to allow only two teams to advance.

But when you come in first, thats it, theres no holding back.

Singularity Technology as a whole won the Inspire Award at the state competition, which is the highest award a team can win, making it the top team in Connecticut.

In the FIRST Tech Challenge, students in grades 7 through 12 compete head to head by designing, building, and programming a robot to compete against other teams.

Another team member, Navod Jayawardhane, explained that when the season starts in September, each team receives a video that explains what the challenge is and how a team may score points by programming its robot to complete certain tasks.

This year, the teams robot had to collect yellow plastic blocks from one end of a 12-foot-square field and then carry and stack them at the other end. Using two smartphones and an Xbox controller, the team was able to direct its robot to collect and stack blocks and place them in the designated area. What team members are working on now is improving the robots performance so they can collect and stack blocks more quickly and efficiently.

We have an intake system, Navod explained that employs spinning wheels that draws the block in. Then a claw mechanism grabs it and can lift it up and deposit it.

That task is known as a driver-controlled challenge. There is also whats known as an autonomous challenge.

In the competition the autonomous challenge involved six stones that were actually plastic blocks. Two of them are specially marked sky stones. The stones are positioned based on the roll of the dice by a referee. The robots phone takes a picture of the layout and then sets out to find the sky stones.

At the state competition the team successfully collected one sky stone and is hoping to collect two for the championship.

The teams robot, which does not have a name, is built from scratch beginning in September. The main builders were Navod and Alex.

We did a redesign Oct. 15, which is not unusual, Rishabh said, and had the basics completed in January.

Of their design, he said, the dual slide system is unique. It goes horizontally and vertically.

They also did something new this year with the panels on the robots drive train. Sacred Heart University allowed them to use its water jet cutter to make a more intricate design.

For the world championships, where some 400 teams will compete from April 29 through May 2, the team is working on installing new wheels that are smoother and grippier. We hope it will move faster and more accurately, Rishabh said. The wheels allow the robot to not only move forward and backward but also from side to side.

They are also making coding changes to the robots internal GPS to help it better determine its position on the field.

To say we are proud of these kids is an understatement, said Susan Lauricella, Makerspace and teen services manager. They meet twice a week throughout the school year, they work together as a team, and some of them have been together for years. Their diligence, tenacity, perseverance and dedication have been evident throughout their time together. Theyve worked really hard for this accomplishment and it has paid off.

The Inspire Award is presented to the team exhibiting dedication and professionalism. The FIRST judges take into account not only the teams technical achievements, such as producing a superb engineering notebook, but it also acknowledges the teams overall development working with other teams, empathy, leadership and respect for others.

That fits into Singularity Technologys mission.

A lot of what we do is community outreach, promoting STEM, Rishabh said. Weve done presentations at the Cider Mill and Middlebrook science fairs. Any group that wants to hear from a robotics team, we would love to do that.

Singularity Technology is made up of two divisions, the main team and the Test and Prototype (TAP) team, which is made up of younger students who will eventually move up to the main team. In fact, last Friday members of the main team spent the afternoon mentoring the younger students on various aspects of robotics.

Wilton Library first formed Singularity Technology in 2013 and to date it is still the only library-based team in the state of Connecticut. This years main team members are seniors Rishabh Raniwala, Rohit Singal, Navod Jayawardhane, and Alex Cameron. Navod, Rishabh and Rohit are seniors who have been on the team together since eighth grade, so this is a particularly special time for them.

The TAP members are Aarushi Agrawal, Edwin Gregory, Chris McCann, Rishab Ohri, Ria Raniwala, and Shayna Wilson-Spiro.

Besides Lauricella, the teams other mentors include Tom Abend, Paul Lauricella and Thomas Kozak, who have been with the team throughout its seven-year development.

The idea of a library robotics team came to fruition when Susans husband, Paul, a software engineer and former commercial pilot, lamented that there isnt a library program for teens who liked engineering nerd stuff.

Singularity Technology will be going to Detroit mainly on the funds raised throughout the year with bake sales and its Destroy Your Hard Drive fundraiser held each November. Anyone wishing to support their effort and spur the team on may send donations payable to Wilton Library to Susan Lauricella at Wilton Library, 137 Old Ridgefield Road, Wilton, CT 06897, marked for robotics team.

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Wilton robotics team heads to world championships - The Wilton Bulletin

Minimally Invasive Medical Robotics Market Increasing Demand with Leading Player, Comprehensive Analysis, Forecast to 2026 – News Times

The report on the Minimally Invasive Medical Robotics Market is a compilation of intelligent, broad research studies that will help players and stakeholders to make informed business decisions in future. It offers specific and reliable recommendations for players to better tackle challenges in the Minimally Invasive Medical Robotics market. Furthermore, it comes out as a powerful resource providing up to date and verified information and data on various aspects of the Minimally Invasive Medical Robotics market. Readers will be able to gain deeper understanding of the competitive landscape and its future scenarios, crucial dynamics, and leading segments of the Minimally Invasive Medical Robotics market. Buyers of the report will have access to accurate PESTLE, SWOT, and other types of analysis on the Minimally Invasive Medical Robotics market.

The Global Minimally Invasive Medical Robotics Market is growing at a faster pace with substantial growth rates over the last few years and is estimated that the market will grow significantly in the forecasted period i.e. 2019 to 2026.

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Minimally Invasive Medical Robotics Market: Segment Analysis

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Minimally Invasive Medical Robotics Market: Regional Analysis

This section of the report contains detailed information on the market in different regions. Each region offers a different market size because each state has different government policies and other factors. The regions included in the report are North America, Europe, Asia Pacific, the Middle East and Africa. Information about the different regions helps the reader to better understand the global market.

Table of Content

1 Introduction of Minimally Invasive Medical Robotics Market

1.1 Overview of the Market1.2 Scope of Report1.3 Assumptions

2 Executive Summary

3 Research Methodology of Market Research Intellect

3.1 Data Mining3.2 Validation3.3 Primary Interviews3.4 List of Data Sources

4 Minimally Invasive Medical Robotics Market Outlook

4.1 Overview4.2 Market Dynamics4.2.1 Drivers4.2.2 Restraints4.2.3 Opportunities4.3 Porters Five Force Model4.4 Value Chain Analysis

5 Minimally Invasive Medical Robotics Market , By Deployment Model

5.1 Overview

6 Minimally Invasive Medical Robotics Market , By Solution

6.1 Overview

7 Minimally Invasive Medical Robotics Market , By Vertical

7.1 Overview

8 Minimally Invasive Medical Robotics Market , By Geography

8.1 Overview8.2 North America8.2.1 U.S.8.2.2 Canada8.2.3 Mexico8.3 Europe8.3.1 Germany8.3.2 U.K.8.3.3 France8.3.4 Rest of Europe8.4 Asia Pacific8.4.1 China8.4.2 Japan8.4.3 India8.4.4 Rest of Asia Pacific8.5 Rest of the World8.5.1 Latin America8.5.2 Middle East

9 Minimally Invasive Medical Robotics Market Competitive Landscape

9.1 Overview9.2 Company Market Ranking9.3 Key Development Strategies

10 Company Profiles

10.1.1 Overview10.1.2 Financial Performance10.1.3 Product Outlook10.1.4 Key Developments

11 Appendix

11.1 Related Research

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Minimally Invasive Medical Robotics Market Increasing Demand with Leading Player, Comprehensive Analysis, Forecast to 2026 - News Times