The Book-Length Critique of Jordan Peterson Isn’t Perfect, Either – Merion West

The authors have done well in providing the substance for a critique of Jordan Peterson, but they need someone to spice up their style, which is precisely what Jordan Peterson, himself, did in his own career.

After Jim Posers Savage Messiah: How Jordan Peterson is Saving Western Civilization (a ridiculously laudatory portrayal of Jordan Peterson), some critical engagement with Petersons ideas is urgently needed. (See my review of Prosers book here.) Authors Ben Burgis, Conrad Hamilton, Matthew McManus, and Marion Trejo provide just that with Myth and Mayhem: A Leftist Critique of Jordan Peterson.

They acknowledge Peterson has some interesting things to say, but they are quick to raise objections. Unfortunately, the book amounts to a long collection of disagreements with Peterson, sometimes in dry academic style. That is simply no match for Posers engaging prose, who knows very well how to hook readers to the lives of saints, just as Medieval hagiographists did. The authors of Myth and Mayhem are preaching to the converted; it is unlikely that they will be able to persuade the disgruntled young men, who are so fascinated by Peterson to think more critically about their gurus claims. This is simply because halfway through the book, these readers will likely become bored.

The authors have done well in providing the substance for a critique of Jordan Peterson, but they need someone to spice up their style, which is precisely what Jordan Peterson, himself, did in his own career. Peterson had written academic books, and few people took notice; he then changed his style to resemble more the self-help gurus and, bang!, the professor morphed into a rock star. Like it or not, if the authors of Myth and Mayhem want their message to be heard, they have to play this game.

Be that as it may, the authors do sensibly point out some of the problems with Petersons claims. However, in doing so, sometimes they have problems of their own. Consider McManus criticism of Petersons views on lobsters. As most readers will know by now, Peterson is very enthusiastic about these creatures social hierarchies. McManus makes the obvious point that lobsters are not exactly close to humans in terms of evolutionary history, so why are they relevant to understand human nature? If anything, I might add, comparisons should be made with bonobos or chimpanzees (species that, as it turns out, are far more egalitarian than crustaceans).

But, in his critique of Peterson on this point, McManus goes out of his way to claim that the Left is not as radically egalitarian as Peterson thinks. In McManus words, despite Petersons denunciation of figures who blame all dominance hierarchies on culture and politicsno one I am familiar with has ever blamed all dominance hierarchies on culture and politics. This includes even the most egalitarian thinkers on the Left. Well, Rousseau certainly comes to mind. Yes, he acknowledged there were natural inequalities, but he believed they were inconsequential because they were not truly based on dominance. For Rousseau, all dominance hierarchies could indeed be blamed on culture and politics, as in his famous quotation, the first person who, having enclosed a plot of land, took it into his head to say this is mine and found people simple enough to believe him, was the true founder of civil society. We should come to terms with the fact that, after the Soviet collapse, Rousseau and his navet are becoming more influential than Marxs more rational approach. So, while Peterson may be off in many of his critiques of the Left, he is onto something when he worries about Antifa and similar agitators. After all, these radicals owe more to Rousseau and utopian socialists, than to Marxs more down-to-Earth views.

The authors are concerned that Peterson makes a big strawman out of the Left. So, throughout much of this book, there is a great effort to deradicalize Marx and other leftist authors. The authors of Myth and Mayhem are effective enough in setting the record straight and correcting some of Petersons distortions regarding Marx. As such, Conrad Hamilton is quick to remind readers that Marx did not think that all hierarchical structures are due to capitalism; he did acknowledge the existence of nature; he did not see History as a simplistic class struggle; he did not assume all good was on the side of the proletariat and all evil is on the side of capitalists.

These are good clarifications, but the arguments do come across as sugarcoating Marx. It seems as if the authors are embarrassed by Marxs more radical sayings, so they go to great lengths in order to make Marx appear less extreme. For example, McManus writes:

Marx mostly mentions equality only to make the point that it is an exclusively political notion, and, as a political value, that it is a distinctively bourgeois value. Far from being a value that can be used to thwart class oppression, Marx thinks the idea of equality is actually a vehicle for bourgeois class oppression, and something quite distinct from the communist goal of the abolition of classes. Marx even makes the standard argument that equal right can consist only in the application of an equal standard; but unequal individuals (and they would not be different individuals if they were not unequal) are measurable only by an equal standard insofar as they are brought under an equal point of view, are taken from one definite side only.

McManus does not tell us where that quotation comes from. However, I looked it up, and it comes from Marxs 1875 Critique of the Gotha Program. Yet, MacManus leaves out a far more relevant passage in that particular text, further discussing equality:

In a higher phase of communist society, after the enslaving subordination of the individual to the division of labor, and therewith also the antithesis between mental and physical labor, has vanished; after labor has become not only a means of life but lifes prime want; after the productive forces have also increased with the all-around development of the individual, and all the springs of co-operative wealth flow more abundantlyonly then can the narrow horizon of bourgeois right be crossed in its entirety and society inscribe on its banners: From each according to his ability, to each according to his needs!

This is undiluted Marxism, and it is radical in the extreme. It goes beyond equality of outcome (equal pay for everyone). It advances wealth distributionnot on the basis of effort or contributionbut on the basis of need. As the Soviet Union and every single communist country (including my own, Venezuela) has learned the hard way, this is a recipe for disaster, inasmuch as it takes away any incentive to work: If you get paid according to your need (and not according to your own efforts or qualifications), there is no point in going the extra mile. Everyone sits at home waiting for the paycheck to come to satisfy their needs, until there are no more paychecks to be delivered.

So, McManus quotes Marx from this 1875 text, as if to prove that Marx is not the radical egalitarian that Peterson makes him to be. However, in fact, Marxs views are so extreme that they even go beyond equality of outcome and embrace the removal of any distinction between mental and physical labor. It goes to the point of arguing that if the factory worker has more children than the manager, the former should earn more than the latter, simply because wealth should be allocated on the basis of need, not merit.

Despite these shortcomings, Myth and Mayhem is a valuable book, and the authors are to be commended for deeply engaging with Petersons work. Yet, I am afraid that, ultimately, this book will be a further confirmation of the well-known maxim, There is no such thing as bad publicity. Perhaps because the authors have chosen not to write in a more engaging style, this book will only serve the purpose of giving Peterson even more publicity. I worry that it will not reach those who need to read it most: youngsters who have been satisfied with Petersons self-help sound bites but who are not aware that Petersons views have problems of their own.

Dr. Gabriel Andrade is a university professor. His twitter is @gandrade80

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The Book-Length Critique of Jordan Peterson Isn't Perfect, Either - Merion West

What Hating Jordan Peterson Tells You (about yourself) – The Times of Israel

Say Jordan Petersons comments about identity politics make your blood boil. Or you are offended by his opposition to Canadas law mandating the use of specific pronouns for the transgendered. If, for whatever reason, Jordan Peterson gets your goat, you are not alone.

I discovered this first-hand. Last year, I navely emailed my peers in social work notice of a newly discounted price for Petersons Self-Authoring Suite. His journaling software has been shown to render positive effects when used by first year university students. Those students go on to report, on average, higher marks and lower drop-out rates, compared to those in a control group.

Oops.

My email triggered a hailstorm. One social worker referred to Peterson as a modern day Jim Jones, referring to a cult leader from yesteryear who orchestrated the mass murder-suicide of his followers. Another called him a spreader of hate speech. One person suggested that my email and all the responses be omitted from our group archives. It was a flurry of emails, a tidal wave of negativity.

Heres the problem. Infants move through a developmental stage that Melanie Klein referred to as Good Mother, Bad Mother. At this stage, the childs reactions are polarized. If mother satisfies all needs in a timely manner, mother is deemed good. If mothers performance is compromised; say, she is delayed in the shower. The infant is crying. Mother is bad!

We hope, in time, the child will outgrow a tendency for black-and-white thinking. After all, mother and everyone else is good . . . and bad. Helpful . . . and flawed. She comes through. She disappoints. The ability to host this paradox is one of the building blocks of maturity.

In fact, this idea sits at the heart of Judaisms central prayer, Shma Yisrael. That benediction is consistently mistranslated in English. We read, Hear, O Israel, the L-rd is Our G-d, the L-rd is One.

Wrong.

Within the benediction, we find two Hebrew names for Divinity. One of them refers to the loving G-d, our Father in Heaven. The other refers to G-d, the King, who wields laws, issues retribution. The nurturing parent, the stringent parent. That prayer requires us to to straddle the paradox, to find the unity within the dichotomy. The two disparate countenances of Divinity are, in essence, one. We are being asked to work ourselves into a state characterized by acceptance, wisdom, temperance, modulation. In short, maturity.

So Jordan Petersons politics irritate you. But can you also host the generosity of a clinician who has provided millions with free access to hundreds of hours of lectures on YouTube, lectures that thousands upon thousands are using to make personal changes, sans expensive psychotherapy?

Read the comments under the videos. People are getting help from his materials. In Canada, where we have socialized medicine, each person who voluntarily and independently takes responsibility, resolves a substance abuse problem, cleans his room, all this without accessing, say, support from a psychiatrist, saves taxpayers dollars.

On that note, think about it. How many people do you know who fail to take responsibility, resolve a substance abuse problem, or clean their rooms, even with the support of a therapist? Peterson is, at the very least, helping some people sort themselves out.

For two years, Jordan Peterson travelled around the world, teaching how to turn chaos into habitable order. Then his life fell into chaos. Then our lives fell into chaos. And now his materials remain available, a legacy and gift for those facing turmoil. Given the times we now live in, many people cannot afford professional help. How many of these will turn to his resources and garner inspiration and direction?

I know. You still hate Jordan Peterson. Ironically, you may need his insights more than others. The problem: his free lectures are way too expensive for you. In order to give a listen, youd have to surrender something youre clinging to. I would refer you to the work of one Jerusalem Kabbalist, Sarah Schneider. Her book should matter to you. The title: You Are What You Hate.

Annette Poizner is a Columbia-trained clinical social worker who graduated with a Doctorate of Education in Counseling Psychology. As an Israeli-trained graphologist, she specializes in projective personality assessment, as well as strategic psychotherapy. Her work has been featured extensively in the media and in academic venues. She founded Lobster University Press, an imprint which explores the work of Jordan Peterson. Her books, the most recent being, "From Chaos to Order: A Guide to Jordan Peterson's Worldview," summarize Peterson's ideas and explore the intersection between his insights and Jewish wisdom. She also produces animations which relay some of Peterson's insights in short soundbites.

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What Hating Jordan Peterson Tells You (about yourself) - The Times of Israel

The Tor project falters: a third of the workforce is fired – InTallaght

Although we are talking about the Deep Web or Dark Web, we are actually referring to one of the best-known Darknet networks such as Tor (although it is not the only one). The Tor Project (or Proyecto Tor Inc), is an NGO founded in 2006 that seeks to offer a way to use the Internet with as much privacy as possible, routing traffic through multiple servers and encrypting it every step of the way. Currently, they had up to 35 people working in the core of his service, something that has been radically altered by the coronavirus health alert. In fact, they have had to fire a third of the workforce to be able to move on.

Tors history dates back to the 1990s when the first research designs and onion routing prototypes were deployed. Already in the 2000s work began on the Tor project, The Onion Routing. This led to the creation of the non-profit organization in 2006, beginning to develop bridges with the Tor network to face censorship. His success grew with the passage of time and events such as the Arab Spring or the Snowden reliefs in 2013, triggered his success.

Tor, like any other organization in the world, has been hit in the middle of the crisis COVID-19. This is affecting large companies, but especially SMEs, freelancers and non-profit organizations. In fact, they confirm that it has hit them very hard and that they have had to make drastic decisions to try to secure their future.

Without going any further, they have had to fire 13 people who helped make the Tor network available to millions of people around the world. From now on, the main work will continue with 22 people They will continue to develop the Tor Browser and the entire ecosystem of software related to the Tor anonymous network.

They take advantage of the statement to remember that the world will no longer be the same when the crisis of the coronavirus COVID-19 ends. They think it will be necessary to ensure privacy and secure access to information will become a priority. For all this, they have made the difficult decision to try to secure the future of the Tor project with the dismissal of a third of its staff, 13 people from the team in total.

Will it be enough to keep Tor project running smoothly?

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The Tor project falters: a third of the workforce is fired - InTallaght

Space exploration adventure to boost spirits nationwide | News, Sports, Jobs – Williamsport Sun-Gazette

We all need a bit of a psychological pick-me-up. The tough fight against COVID-19 is taking its toll on us emotionally.

Coronavirus blues, meet the National Aeronautics and Space Administration. Just in time to give our spirits a boost, NASA is planning to send a new group of astronauts into space.

The last time our country did that was in 2011, when the last space shuttle flight took place. Since then, American astronauts have had to ride Russian rockets to reach the International Space Station.

We, the people who put human beings on the moon, have not been able to send anyone into space in nearly a decade.

That will change on May 27. NASA, working with the SpaceX company, plans to launch a rocket from Cape Canaveral, Florida, on that date. The privately built vehicle is to carry two astronauts, Doug Hurley and Bob Behnken, to the space station.

Unfortunately, NASA officials have issued a warning about the launch. They are asking the public not to travel to Cape Canaveral to watch it. There is concern, obviously because of COVID-19, about too many people gathering in crowds.

Fine. Most of us cannot afford to visit Florida on May 27 anyway. But we can watch the event on television, as most Americans did during the glory days of the space program during the 1960s.

Let us hope television network executives are wise enough to provide extensive coverage.

This is a big deal. After an ill-conceived break from being space pioneers, the United States is getting back into the adventure.

It is that. Space exploration is thrilling, intellectually stimulating and, frankly, a source of immense national pride. It is something we need right now.

Tune in with us on May 27, then. Join us in the countdown three, two, one, ignition, liftoff!

Join us, too, as we watch the rocket soar into the heavens while we mutter, Take that, you stupid little virus!

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Space exploration adventure to boost spirits nationwide | News, Sports, Jobs - Williamsport Sun-Gazette

#SpaceWatchGL Opinion: Europe Has The Potential To Lead The Way In Space Exploration Policy – SpaceWatch.Global

Photo by Gertrda Valaseviit on Unsplash.

By Ioana Bratu

In February 2020, the European Commission issued the White Paper on Artificial Intelligence (AI) a European Approach to Excellence and Trust (White Paper). The document follows a series of draft initiatives about what concerns European AI policies..

The White Paper identifies a few key sectors, alongside AI, in which the EU has the potential of becoming a global leader, including health, transport, finance, agri-food value chains, energy, environment, but also Earth observation and space.

In relation to them, the Commission recommends a project-based synchronization. For example, AI systems and sustainability objectives can be connected. AI can play a significant role in achieving the United Nations Sustainable Development Goals. Moreover, AI is a critical enabler for attaining the goals of the recent European Green Deal. Another example is related to the future European Defence Fund and Permanent Structured Cooperation (PESCO) that will provide opportunities for research and development in AI. The Commission recommends that these research projects should be synchronized with the wider EU civilian programmes devoted to AI.

The need for synchronization was already partially indicated in the EUs Proposal for a Regulation on the New EU Space Program, from June 2018, based on the recommendation that Copernicus (an autonomous, user-driven, Earth observation system under civil control, offering geoinformation data and services, comprising satellites, ground infrastructure, data and information processing facilities, and distribution infrastructure, and fully integrating the needs and requirements of security) should take in account recent trends in research, technological advances and innovations impacting the Earth observation domain, as well as developments in big data analytics and AI together with related strategies and initiatives at EU level. [authors emphasis]

The next step in the policy synchronization process would be represented by: (i) a clear indication of all AI initiatives that should be taken into account in the context of the EUs New Space Programme, (ii) concrete principles based on which the two sectors should be correlated, and (iii) indications of an institutional body in charge of the policy synchronization and regulatory cross-check.

But why is it important to develop policy synchronization in key sectors such as space and AI?

The increasing number of space actors, various activities, and new technologies deployed require a fresh approach at a policy level because they have the potential of challenging existing legal norms. For example, a long-debated topic relates to the liability of AI systems in case of damages caused by their actions or omissions. A more complicated situation might arise when damages are caused by an AI system deployed in space. Therefore, who will be responsible for the damages caused by a collision between two space objects equipped with advanced AI capabilities? According to the Convention on International Liability for Damage Caused by Space Objects (Liability Convention), the launching state will be liable for damages caused by its space object on the surface of the Earth or to an aircraft in flight. [authors emphasis]

However, the greatest challenge occurs if the space object is equipped with self-learning capabilities, being able to learn on its own. By doing so, it would be able to further develop new capabilities, initially not foreseen by its designer, that would potentially lead to unexpected results. In such a case, is it plausible to consider that the provisions of the existing Liability Convention are still applicable? Or is it high time for amending the Liability Convention in the light of the recent technological changes? Is Europe ready to initiate such a new approach?

At the EU level, there are a couple of initiatives addressing various scenarios related to AI liability. The White Paper itself distinguishes between high-risk and low-risk AI applications, with the purpose of ensuring that the regulatory intervention is proportionate. The Commission is of the opinion that an AI system should be considered high-risk in light of what is at stake: it takes into consideration both the sector and the intended use which could include significant risks, with a particular focus on safety, consumer rights, and fundamental rights. There are two criteria that need to be considered in order for an AI system to be considered high-risk: (i) the AI system is employed in a sector where, given the characteristics of the activities typically undertaken, significant risks can be expected to occur (for example, healthcare, transport, energy and parts of the public sector) and (ii) the AI system in the sector in question is, in addition, used in such a manner that significant risks are likely to arise.

Given these criteria, there remains an open question about whether the AI space technology should be considered high-risk or low-risk. Having AI space technology considered a high-risk application would create a difficult task for legislators, who would need to balance the risks associated with the deployment of the technology with the necessity of supporting innovation (regulating these technologies should not hinder their future development).

Even though the AI policies and the new space policies are still under discussion without new binding legal documents in force, there is an obvious need for an integrated policy approach in the space and AI sectors. When implemented, it will offer the EU an advantage in the current race for regulatory development. It will also offer consistency and predictability in these dynamic sectors.

Ioana Bratu is a Research Associate and a PhD Candidate at the Law Faculty of Vrije Universiteit Amsterdam, focusing on liability aspects of AI technology deployed for space exploration. She is also a Legal Expert in capacity-building & knowledge sharing projects developed by VU Amsterdam in collaboration with international partners. Before enrolling in the academic career, she has been practicing business law for several international law firms and as a founder of her own private practice.

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#SpaceWatchGL Opinion: Europe Has The Potential To Lead The Way In Space Exploration Policy - SpaceWatch.Global

New ‘planetary quarantine’ report reviews risks of alien contamination of Earth | Stanford News – Stanford University News

In Michael Crichtons 1969 novel The Andromeda Strain, a deadly alien microbe hitches a ride to Earth aboard a downed military satellite and scientists must race to contain it. While fictional, the plot explores a very real and longstanding concern shared by NASA and world governments: that spacefaring humans, or our robotic emissaries, may unwittingly contaminate Earth with extraterrestrial life or else biologically pollute other planets we visit.

Artist rendering of a spaceship leaving a lunar colony. (Image credit: SpaceX)

Its an old fear thats taken on a new relevance in the era of COVID-19, said Scott Hubbard, an adjunct professor of aeronautics and astronautics at Stanford University.

I have heard from some colleagues in the human spaceflight area that they can see how, in the current environment, the general public could become more concerned about bringing back some alien microbe, virus or contamination, said Hubbard, who is also the former director of NASA Ames and the first Mars program director.

Hubbard is a co-author of a new report published last month by the National Academies of Sciences, Engineering and Medicine that reviews recent findings and recommendations related to planetary protection or planetary quarantine the safeguarding of Earth and other worlds from biological cross-contamination.

Here, Hubbard discusses the long history of planetary protection, the dilemma posed by Elon Musk launching a Tesla Roadster into space, and the precautions in place to guard against contamination by NASAs upcoming Mars Sample Return mission, which is scheduled to kick off this summer with the launch of the space agencys Perseverance Rover.

Concerns about planetary protection date back to the earliest years of the Space Age. Can you briefly explain what the term means?

Even before Sputnik, there were scientific meetings that discussed the potential for space exploration to a) carry earthly microbes to other worlds, thereby confusing or contaminating future scientific investigations, or b) return alien life to Earth and thus possibly threaten our own biosphere. The former issue is called forward contamination and the latter is defined as back or backward contamination. These concepts were codified in the Outer Space Treaty (OST) of 1967, which has been signed by over 120 countries, including the U.S.

The report notes that the advent of new space activities and players in the exploration and use of space is raising new issues with regards to planetary protection (PP). What are some examples of new developments and what challenges and concerns do they raise?

This phrase refers primarily to space entrepreneurs such as Elon Musk (SpaceX), who launched his own cherry red Tesla Roadster to a Mars-like orbit around the sun aboard a Falcon Heavy rocket. We need some way of knowing whether they are following appropriate PP procedures.

It also captures emerging issues, such as serious planning for human Mars missions, including Musks aspiration to send people to the Red Planet by 2024. Theres also the advent and explosion of smallsats or cubesats. In addition, some very challenging new science missions with very complex planetary protection requirements such as Mars Sample Return and Europa Clipper to a moon of Jupiter are underway. Finally, there are many more international players than before who may not have experience with PP issues.

Can you summarize the main findings and recommendations from this new report?

First, NASA and the world need to seriously plan for emerging commercial/entrepreneurial space activities in deep space. The complication is that NASA is a mission agency with huge PP expertise but not a regulatory agency like the Federal Aviation Administration, which has little PP knowledge but issues licenses for commercial launches.

Our committee concluded that the Outer Space Treaty applied to both the government and the private sector, and that it was very clear some entity in the U.S. government needed to continually authorize and supervise private activities in space.

Next, with the probability of humans landing on Mars ever more realistic, our reports recommend that NASA conduct research to see if there can be a Martian exploration zone where humans can land and contamination, if it occurs, would do no harm. Spacesuits can leak or blow out, potentially releasing all manner of earthly microbes and contaminating the surface for any future science missions.

Lastly, small spacecraft with the potential to go to deep space are being developed at very low cost at both universities and companies and we highlighted concern about whether these small spacecraft will be overly burdened by the cost of PP requirements. Stanford developed some of the very first smallsats, called cubesats.

What are some examples of actions that can be taken to reduce the bioburden on spacecraft?

Past missions with large budgets such as Viking I and II to Mars in the mid-1970s were able to use heat to sterilize whole spacecraft. That approach is not possible today for a variety of reasons. However, combinations of chemical cleaning, heat sterilization, applying reduction credit for time spent in the highly sterilizing space radiation environment and clever mechanical systems have been shown to be effective in meeting requirements.

Humans obviously cannot be cleaned like robots, so much more attention to spacesuits, human habitats and using robots as assistants is required.

What are some actions that NASA can take to guard against accidental biological contamination for its planned Martian Sample Return (MSR) mission?

To control forward contamination, the hardware sent from Earth will be thoroughly cleaned. The tubes that will contain the sample that are aboard Mars 2020 (Perseverance Rover) have been baked at a high temperature.

To guard against back contamination, there is a major effort to break the chain of contact between the returning spacecraft and Mars rock samples. For example, autonomous sealing and welding techniques to create three or four levels of containment are planned.

In my opinion, and that of the science community, the chance that rocks from Mars that are millions of years old will contain an active life form that could infect Earth is extremely low. But, the samples returned by MSR will be quarantined and treated as though they are the Ebola virus until proven safe.

As for humans, the Apollo astronauts from the first few moon missions were quarantined to ensure they showed no signs of illness. Once it was found that the moon did not pose a risk, the quarantine was eliminated. Such a procedure will undoubtedly be followed for humans returning from Mars.

This report was completed before the current pandemic. Is there anything you or the National Academies would have done differently if you were writing the report today?

With respect to the science and technology, I think we would have provided much the same report. However, we wrote a small section suggesting that NASA and a recommended new advisory group take a very proactive approach toward educating the public about the extraordinary measures being taken to sequester the returned samples and protect the public. In the COVID era, this section should be emphasized.

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New 'planetary quarantine' report reviews risks of alien contamination of Earth | Stanford News - Stanford University News

Bridenstine ties international cooperation on Artemis to norms of behavior in space – SpaceNews

WASHINGTON NASA Administrator Jim Bridenstine wants the space agency to play a bigger role in national strategy, including requiring countries interested in participating in the Artemis program to accept norms of behavior for safe space operations.

Bridenstine, speaking May 5 at a Center for Strategic and International Studies (CSIS) webinar, said that the agencys achievements in space, which are often overlooked, even within the country, can help demonstrate national power and improve the countrys standing on the global stage.

NASA is methodically going, step by step, through a number of very stunning achievements that should be inspiring the world, he said.

Bridenstine said that after China landed the Change-4 spacecraft on the far side of the moon early last year, unnamed members of Congress asked him to explain how the United States of America fell so far behind China in space exploration. He notes that the Chinese landing came a little more than a month after NASA made its eighth successful landing on Mars with the InSight mission, and around the time the New Horizons spacecraft flew by an object in the distant Kuiper Belt, feats far more difficult than a lunar landing.

It became apparent to me, as members of Congress were calling, that we need to be more engaged in the national strategy apparatus, he said. From a strategic perspective, we need to be engaged with our interagency partners and with our international partners in a very robust way.

He promoted NASAs role in supporting a theory of national power known as DIME, for diplomatic, information, military and economic power. NASA has a major role to play in all aspects of the DIME model other than military, he argued.

He emphasized in particular the role NASA can play in diplomacy through international cooperation, including with countries that are not traditional allies of the United States. It gives us an opportunity to engage in dialogue, maybe have a sweetener for a trade deal, he said. NASA should be, and actually is, engaged in these kinds of activities, but I think we could do more in that sense.

One example he gave later in the event is imposing conditions on countries that want to participate in the Artemis program. Countries all around the world want to be a part of this, thats the element of national power, he said of Artemis. Then we can say, OK, if you want to be part of this, here are the norms of behavior that we expect to see.

He suggested that countries that damage space, put space exploration at risk would not be invited to cooperate on Artemis. This is, in essence, leverage that enables us to talk to our international partners about what is expected behavior, he said.

Bridenstine didnt elaborate on what those proposed norms of behavior would encompass, but said the agency has been working with the State Department on the topic. We might have more to say on that next week, he said.

Reuters reported May 5 that the U.S. government has been in discussions with other nations about a proposed international agreement called the Artemis Accords regarding lunar activities. The proposal would reportedly include safety zones around bases, a version of noninterference zones long discussed in space policy circles intended to promote safety but which could also create a de facto form of property rights.

Bridenstine didnt discuss that agreement at the CSIS event, but did emphasize the importance of resource extraction in its lunar plans. These are important capabilities that we need to develop, he said.

An April 6 executive order directed the State Department to seek international support for the U.S. view that companies or governments that extract space resources hold the rights to them. A senior administration official said at the time that the order was linked in part to NASAs plans for long-term lunar exploration, including the use of lunar resources. Were having State Department reach out to our counterparts, partners, because we still, of course, want to talk about international cooperation on Artemis, that official said.

Bridenstine said that he hopes that the current International Space Station partners will also cooperate on Artemis. While Canada, Europe and Japan have all committed to doing so, Russia has yet to make a similar formal agreement to do so.

Is Russia going to want to be a part of it, and at what level? Thats a question I dont know the answer to at this point, he said. Any cooperation with Russia, he said, would have to avoid the dependency that NASA had on Russia for ISS access since the retirement of the space shuttle. If Russia is interested, we would like to see what theyre interested in doing.

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Bridenstine ties international cooperation on Artemis to norms of behavior in space - SpaceNews

Our View: NASA flight the shot in the arm we needed – The Winchester Star

Is just the shot in the arm we need

We all need a bit of a psychological pick-me-up. The tough fight against COVID-19 is taking its tool on us emotionally.

Coronavirus blues, meet the National Aeronautics and Space Administration. Just in time to give our spirits a boost, NASA is planning to send a new group of astronauts into space.

The last time our country did that was in 2011, when the last space shuttle flight took place. Since then, American astronauts have had to ride Russian rockets to reach the International Space Station. We, the people who put human beings on the moon, have not been able to send anyone into space in nearly a decade.

That will change on May 27. NASA, working with the SpaceX company, plans to launch a rocket from Cape Canaveral, Florida, on that date. The privately built vehicle is to carry two astronauts, Doug Hurley and Bob Behnken, to the space station.

Unfortunately, NASA officials have issued a warning about the launch. They are asking the public not to travel to Cape Canaveral to watch the launch. There is concern, obviously because of COVID-19, about too many people gathering in crowds.

Fine. Most of us cannot afford to visit Florida on May 27 anyway. But we can watch the event on television, as most Americans did during the glory days of the space program during the 1960s.

Let us hope television network executives are wise enough to provide extensive coverage.

This is a big deal. After an ill-conceived break from being space pioneers, the United States is getting back into the adventure.

It is that. Space exploration is thrilling, intellectually stimulating and, frankly, a source of immense national pride. It is something we need right now.

Tune in with us on May 27, then. Join us in the countdown ... three, two, one, ignition, liftoff!

Join us, too, as we watch the rocket soar into the heavens while we mutter, Take that, you stupid little virus!

Originally posted here:

Our View: NASA flight the shot in the arm we needed - The Winchester Star

How we benefit from space exploration – The Startup – Medium

Graphic designed by Izzy House using iStockphoto images

Most of us never think about outer space and its intimate connection to our daily lives. Its a conversation usually reserved for science fiction. But there is more to it than just rockets and stardust. Space impacts almost every aspect of our lives. The development of the space industry has transformed our society from a ginormous list of products that we take for granted to the medical miracles that shape our quality of life.

Technology from Apollo

During the 1960s, the American people had a dream of putting a man on the moon. New technologies needed to be invented in order to achieve this monumental goal. This effort developed technologies that were incorporated into the fabric of our lives. NASA led the way and collaborated with thousands of partners to make it happen. The result is a multitude of products that stem from NASAs research and discoveries.

A large part of this has to do with NASA and how they treat the technology. Because NASA is a government agency and our tax dollars are used to pay for it, patents and technologies are available to the American people. There is an entire arm of NASA dedicated to sharing new scientific discoveries, patents, and spinoff technologies to businesses.

This is called the NASA Technology Transfer Program. It operates under a primary charter:

To provide for research into problems of flight within and outside the earths atmosphere, and for other purposes. NASA

This program has led to all kinds of technology that has entered our lives that we dont connect to space.

Obvious space-related products

We understand the connection to space for some products, like our cell phones. Many of us know that our signals come from satellites, duh. But did you know that the camera on your phone was invented to take pictures while in space? Other obvious technologies include solar cell technology for satellites, hyperthermia-preventing space blankets, and freeze-dried food to feed astronauts.

Side note: How many of us think of freeze-dried ice cream when we think of astronaut food? Did you know that the iconic dessert has no record of making it to space? It was developed by Whirlpool Corporation who is one example of the many partnerships with NASA. This chalky treat was strictly a novel marketing product that was sold to thousands, if not millions, of children in gift shops but was never recorded to have been eaten by an astronaut.

Not so obvious products

Each step on our space journey resulted in giant leaps of technology here on earth. The Apollo program gave birth to products such as cordless vacuums that were developed to suck up moon dust and wireless headsets for hands-free communication. Did you know that baby formula is the result of developing a nutritious astronaut food for space travel?

Names that we associate with everyday products have used space technology to improve their products or create new ones.

Here are a few:

Goodyear tires are made from the super strong parachute material that brought our astronauts back to earth.

Speedo swimwear used space technology to improve the performance of their suits to the point that they were banned from use in competitions.

Temperpedic memory foam mattress was a spinoff from the packing used in the shuttles to keep equipment and astronauts safe during its bumping ride into the heavens.

LASIK was developed because of the strain an astronauts eyes experience in their non-gravity environment.

The legendary Super-Soaker water gun that has generated over $200 million in retail sales.

Pillsbury developed systems for food safety that we use today.

Nestle utilized freeze-dried food techniques.

The list of products is extensive and includes LEDs, laptops, the computer mouse, water and air purifiers, athletic shoes, home insulation, baby food, ear thermometers, fire fighter gear, heart pumps, cordless tools, Invisible braces, GPS, and the list goes on.

More than toys and tires.

Each leap added more life-altering developments that we didnt even notice. The space shuttle is responsible for grooved pavement on highways to reduce hydroplaning. Workout gym equipment was developed to keep astronauts healthy during long stays on the International Space Station. How many lives have these saved?

The medical miracles that are born in space impact our quality of life in unexpected ways. Medical advances that were designed to keep astronauts healthy are keeping everyday humans healthy.

Here are a few medical marvels that you may not have known were space related:

The scratch resistant coating on your eyeglasses are a result of a coating developed for space suit helmets.

Insulin pumps were created to monitor an astronauts health and sugar levels.

CAT scans and MRI scans are the result of the technology develop for scanning the moon.

Robotic advancements for the International Space Station has led to new prosthetics and artificial limbs that keep people moving and thriving.

Cochlear implants, developed by a NASA scientist, have help over 320,000 people with hearing loss.

Manufacturing

Research is in full swing for all kinds of manufacturing in space. We cannot take many of the supplies that we will need to live on the Moon or Mars. Supplies will need to be replaced with what is availableout there. Huge strides have been made as we are learning how to do that.

Many compounds and organism growth react differently without gravity. The results could be new cures and new treatments in the future. One company that assists these efforts is Space Tango in Lexington, KY. They assist researchers and companies set up biomedical experiments in space. They have a long-standing partnership with LambdaVision that is researching and developing the manufacturing process for a protein-based artificial retina that could restore vision for patients who would otherwise be unable to see.

3D Printing

Another exciting technology is in 3D printing. 3D printing, or additive manufacturing, provides the freedom to create the tools and parts we will need for our travels beyond earth. The use of this technology has exploded during the last decade. Additive manufacturing prints three-dimensional objects one superfine layer at a time.

By using this technology, replacement parts wont require expensive molds, milling, machining, carving, or shaping. It is a precise construction with little waste. Metal, plastic, concrete, ceramic, composites, glass, and even food can printed into new creations. Large 3D printers may build habitats and buildings on Mars using the local materials. This technology is used on earth to print everything from jet engines to affordable housing.

This technology is also being studied to print human organs. This January, Techshot Inc., a company outside of Louisville, was able to successfully print with human heart cells in space using a bioprinter. They say that doing this process with gravity is a lot like 3D printing with water. The network of soft tissues of collapse on themselves in gravity. However, in space, this process works so much better.

Imagine, making a replacement heart from your own cells. In a decade or two, organ rejection could possibly be a thing of the past. At this time, almost 114,000 people in the United States are currently on the waiting list for a lifesaving organ transplant. Twenty people die every day while waiting for a transplant. The ability to print human parts will revolutionize medicine as we know it.

Fuel

The biggest impact may be in fuel. In order to get to Mars, we will need to be able to produce fuel with the materials found in space. There were no dinosaurs on the moon, so other fuels will be developed. The most likely will be hydrogen-based fuel derived from water. This will ultimately eliminate our dependence on fossil fuels here on earth.

Conclusion

Why should we care about space exploration? Technology innovations that effect everyday life are the result of our aspirations to break free of gravity and explore beyond our planet. This is a small part of what has been achieved without anyone walking on the Moon in the past 48 years. Imagine what would happen if we did.

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How we benefit from space exploration - The Startup - Medium

Venus’ Watery Past, and Listening to Mars – The Planetary Society

The Planetary Society May8,2020

The Downlink: Weekly resources to fuel your love of space

NASA

Venus, the 2nd planet from our Sun, may have had oceans and been habitable to life before being transformed into an inhospitable wasteland.

This weekly newsletter is your toolkit to learn more about space, share information with your friends and family, and take direct action to support exploration. Anyone can subscribe at planetary.org/connect to receive it as a weekly email.

In the early days of the solar system, Venus appears to have had liquid water on its surface for 2 billion yearsfar longer than Mars, which may have had liquid water for 300 million years.

NASA/JPL-Caltech/SETI Institute

Scientists have reprocessed images of Jupiters moon Europa (pictured) taken by NASAs Galileo spacecraft in 1998. The stunning enhanced-color pictures will be used to prepare for the agencys upcoming Europa Clipper mission. Europa has one of the youngest surfaces in the solar systembetween 40 to 90 million years, on averagedue to Jupiters gravity, which constantly stretches, compresses, and resurfaces the moons icy crust.

Correction: Last weeks Downlink mentioned a launch date of May 2020 for the European Space Agencys JUpiter ICy moons Explorer (JUICE) spacecraft. The launch is in fact planned for May 2022, and JUICE will arrive at the Jupiter system in 2029.

The planet Mercury is finally getting its own NASA advisory group. MExAG, the Mercury Exploration Assessment Group, will consist of planetary scientists who will advise NASA on the future Mercury exploration missions. NASA has similar advisory groups for Venus, the Moon, Mars, the outer planets, and small bodies like asteroids and comets. Learn more about why we explore Mercury at planetary.org/mercury.

Tom Cruise will film a movie aboard the International Space Station. NASA has yet to provide more details, but its likely Cruise plans to hitch a ride to the station via SpaceXs Crew Dragon spacecraft. NASA is working to make the station more available for commercial opportunities, as part of a larger plan to rely on private companies for human spaceflight in low-Earth orbit, allowing the agency to focus on sending astronauts back to deep space.

China completed a critical test of the rocket that will launch its future space station modules and next-generation crew spacecraft. The rocket, the Long March 5B, blasted a prototype version of the crew capsule to Earth orbit. It is expected to perform a high-speed reentry on 8 May to test the vehicles heat shielding, similar to NASAs Orion crew module test in 2014.

Robin Weiner, Associated Press

What would your voice sound like on Mars? In the 1990s The Planetary Society built a Mars Microphone (pictured) to find out. Today, were looking for a volunteer to help us build a web interface where visitors can either record their voice or upload an audio file and have it Marsified by lowering the pitch by 7 semitones. If you have the web programming or audio manipulation skills to help us build something like this, please get in touch by emailing Planetary Society volunteer Andy de Fonseca.

Contemplate Venus storied history as you look up and see our neighboring planet shining brightly in the evening sky. Before dawn, you can still spot Mars, Jupiter, and Saturn.

Ruby Adyson Kowall

This weeks contribution comes from Planetary Society supporter Sydney Kowall, whose 13-year-old granddaughter Ruby Adyson Kowall created this piece of space artwork while self-isolating with her parents. Ruby, who lives in Winnipeg, Manitoba, named the painting Time and Space.

Do you have a suggestion for the Wow of the Week? Were looking for space-related art, music, gadgets, quotes, fashion, burning questions, brief sci-fi passages, or anything else that will make our readers go Wow! Send us your idea by replying to this email, and please let us know if youre a Planetary Society member.

Become a member of The Planetary Society and together we will create the future of space exploration.

Join Today

Help advance robotic and human space exploration, defend our planet, and search for life.

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Venus' Watery Past, and Listening to Mars - The Planetary Society

Liberal health-committee chair sponsors petition that says cell towers can pose danger to children – The Globe and Mail

In the past week, at least four cell towers in Quebec - technicians seen here in Piedmont, Que on May 4, 2020 repairing a cell tower after a fire have been set ablaze, incidents that follow dozens of acts of vandalism across Europe believed to be spurred by conspiracy theories.

Ryan Remiorz/The Canadian Press

The Liberal chair of a parliamentary health committee is sponsoring an official petition to the House of Commons that is based on the premise that cellphone towers and wireless technology pose a danger to children.

The petition, which has been gathering signatures since late February, is also being promoted online by groups opposed to next-generation 5G mobile technology.

It is coming to light during a period of heightened anxiety over cellular technology in Canada, as there has been a spate of apparent acts of vandalism against cellphone towers recently. In the past week, at least four cell towers in Quebec have been set ablaze, incidents that follow dozens of acts of vandalism across Europe believed to be spurred by conspiracy theories.

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The Commons standing committee on health is the main body for MPs to probe health matters, including Canadas response to the COVID-19 pandemic. As chair, MP Ron McKinnon is responsible for helping steer its deliberations. The federal Liberal Party and government he belongs to has repeatedly emphasized a commitment to evidence-based decision-making.

Mr. McKinnon, MP for Coquitlam-Port Coquitlam in B.C.'s Lower Mainland, authorized petition E-2424 that asks for the government to set new restrictions on how close cellphone towers can be located to schools and playgrounds.

The committee chair defended his decision to sponsor the petition, saying some of his constituents were pushing for it.

Petitioners cannot directly present a petition to the House of Commons; only a member of Parliament can, according to the House website. MPs, however, are not required to authorize petitions that are brought to them. Neither Mr. McKinnon nor his office responded when asked about the possibility that he could have declined to authorize it.

The petition begins by citing a 2014 paper that discusses the risks that microwave radiation from wireless devices might cause cancer. The paper concludes the health risk to children and adolescent from exposure to microwave radiating devices is considerable.

But the study cited by the petition has faced heavy criticism.

Steven Salzberg, a professor of Biomedical Engineering, Computer Science and Biostatistics at Johns Hopkins University, said he read the paper about five years ago and, at that time, judged it perhaps the worst scientific paper he had encountered in years.

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He said that while it purported to be a review of microwave radiation exposure in children, its not. Its a series of claims, he said, where the authors have cherry picked studies that they believe support their hypothesis while ignoring hundreds of studies that contradict their claims."

Speaking of the petition, he said: Attacking cell towers in a mistaken belief that they have health consequences is really misguided.

Jonathan Jarry, a science communicator with McGill Universitys Office for Science and Society, said that two of the study authors cited in the petition belong to a U.S. think tank "that believes 5G is toxic.

5G technology is the next generation of mobile technology, which will require far more small cell sites smaller versions of cell towers to provide a dense web of coverage to deliver faster downloads and almost no lag time.

Mr. Jarry said there is a rich body of scientific literature on cellphone radiation and, among all of it, there is no good evidence that microwaves and radio signals harm people.

When it comes to non-ionizing radiation, which is what we are talking about here, there are numerous major agencies who have looked at this entire literature and have issued position statements. Agencies like the World Health Organization, the Centers for Disease Control and the National Cancer Institute," he said.

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They all have come to the conclusion that there is no good scientific data showing any sort of detrimental health effects on humans from these types of signals.

The McGill scientist said its dispiriting to learn of this petition, which was first reported by PressProgress, a left-leaning news site.

If we want to hold our members of Parliament accountable for not basing their decisions on good, robust science, then this petition is particularly frustrating because its based on fear mongering, its based on long-disproved arguments and ultimately on bad science that really flies in the face of the scientific consensus on this issue.

He added that anxiety about microwave and cellular technology is hardly new. These concerns have always been with us from microwave ovens to cellphones from 3G to 4G to 5G, he said, listing different generations of mobile technology.

In a statement from his office, Mr. McKinnon said: While I do not personally believe that cellphone towers pose a risk to human health, a number of my constituents have expressed interest in this petition and I wanted to ensure their views are heard.

"Im confident the government will examine all relevant technical and health data in their response. I encourage all Canadians to follow the health advice from our scientists and public-health experts both locally and nationally.

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The Canadian Wireless Telecommunications Association, an industry group, expressed disappointment at the petition.

While MPs have a role to play in presenting petitions on behalf of their constituents, its also important for MPs to base their decisions on evidenced-based research and science. This petition is based on neither, and relies solely on a discredited study, the group said in a statement.

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Liberal health-committee chair sponsors petition that says cell towers can pose danger to children - The Globe and Mail

UPDATE: Liberal gun ban sows confusion with naming of an airsoft toy – Western Standard

Leadfoot drivers in Edmonton dont seem to be taking a quarantine break while drivers in Calgary seem to be easing off the gas a little bit.

Statistics from the Edmonton Police Service show the number of tickets handed out by photo radar during the first four months of the year including April, when people were to be at home unless out for essential travel soared.

More than 141,000 photo radar tickets have been issued so far in 2020 an increase of 17 per cent from 2019.

That said, the number of intersection cameras in Edmonton has doubled aver the last three years.

While traffic volumes are down overall, we have observed more speeding in our neighbourhoods and along major roadways. Enforcement will continue throughout the city to keep our streets safe, said Edmontons acting director of traffic safety.

We are placing our mobile speed enforcement vehicles in high-priority locations to remind drivers to slow down and drive safely.

Calgary police dont have April figures tabulated yet, but there were 19,718 photo radar violations issued in March 2020, which is a small overall decrease in total tickets (-5.2%) compared to March 2019.

Photo radar had virtually no change in number of tickets issued for vehicles travelling 51 km/h or more over the posted speed limit (as compared with the 5-year average for this speed category), the Calgary Police Service said in a statement to the Western Standard.

(A total of) 10,615 Speed on Green violations observed a slight increase in total violations for the month of March 2020 (12.8%) compared to March 2019.

Many Calgarians had already started working from home in March as the effects of COVID-19 became clear.

Edmonton Mayor Don Iveson is currently penning a letter to provincial officials asking for a change in the law to allow police to seize vehicles driving at excess speeds. Something police in B.C. and Ontario can do.

Currently, lead-footers in Alberta can only be fined $2,000 and lose six demerit points.

Since the COVID-19 lockdown started, the CPS said it has seen dramatic drops in home B&Es and domestic disputes with violence.

Domestic conflict calls for service have increased, but domestic violence overall has decreased (week over week) by 18 per cent since the beginning of the year, the CPS said in a statement.

Overall violence has decreased steadily since mid-March down about 40 per cent we believein part due tothe closure of bars and other nighttime venues.

Home break and enters are down 60 per cent in the past two weeks. Vehicle thefts have shown a steep decline in the last two weeks, down 50 per cent from the expected levels.

Thefts from vehicles are also down from this time last year, roughly 20 per cent from this time last year.

Dave Naylor is the News Editor of the Western Standard

dnaylor@westewrnstandardonline.com

TWITTER:Twitter.com/nobby7694

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UPDATE: Liberal gun ban sows confusion with naming of an airsoft toy - Western Standard

CCM’s School of Liberal Arts Launches the quar-ART-ine Website – TAPinto.net

RANDOLPH, NJ The School of Liberal Arts at County College of Morris (CCM) has launched quar-ART-ine, a virtual platform featuring the artistic works of professors and students created during or inspired by the COVID-19 pandemic.

The quar-ART-ine website, located atwww.ccm.edu/quar-ART-ine, is designed to feature a wide range of creative works, from poetry and painting, to photography and pottery, to dance and music, to design and more.

The intent of quar-ART-ine is to provide people with some enjoyment during this very difficult time, to highlight the creativity that exists at CCM and to show how our faculty guides students in developing their talents, says Dr. Margaret Ball, dean of the School of Liberal Arts.

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Each week, a different academic program in the School of Liberal Arts will be highlighted on the website and featured on CCMs Facebook, Instagram and LinkedIn accounts. Currently on the site are several poetry readings and poems in recognition of national poetry month that took place in April and videos from professors from a number of creative disciplines.

Upcoming are submissions from the departments of Art and Design, Communication, English and Philosophy, and Music, Performing Arts and Music Technologies. Check back each week to see what is featured.

To learn more about the School of Liberal Arts at CCM, visitwww.ccm.edu/academics/divdep/liberal-arts/. To apply to CCM for the Summer and Fall semesters, go towww.ccm.edu/admissions/.

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CCM's School of Liberal Arts Launches the quar-ART-ine Website - TAPinto.net

LETTER TO THE EDITOR: Virginia is becoming too liberal – Martinsville Bulletin

I want to personally thank Pastor Gary Hughes of First Baptist Church of Rich Acres for his great article ("God wants us to protect the children," April17) in which he pointed out the views of our Democratic leadership in this state on abortion. These of course are also the views of the national Democratic leadership including Catholics Joe Biden and Tim Kaine.

This state is quickly becoming a radical liberal version of "California of the East Coast." Just look at the Gov. Northam's view about illegals immigrants' driver licenses ("Governor aims to change driver privilege card look," April 16). He basically wants theirs to look like ours, so that they won't be discriminated against (his words). Looks to me like it might be a good way for them to vote. Just thinking out loud.

Now, all this makes me wonder what Democrats hate most about the other side;s views, such as endorsing voter ID, anti-abortion, lower taxes, less government, more border protection less regulations, Second Amendment protection and many more. Fortunately for their side they have the mainstream media helping push their agenda.

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LETTER TO THE EDITOR: Virginia is becoming too liberal - Martinsville Bulletin

Christians Need the Liberal Arts Now More Than Ever – Sojourners

Are the American people equipped to muster the political, moral, and spiritual resources necessary to sustain our republic during an unprecedented public health crisis? Is there a stockpile of social and political virtue, stored-up over the years, that we can draw upon during this pandemic? What are we supposed to be doing and how do we learn how to do it?

This semester I taught three sections of a course called "Created and Called for Community." The course introduces first-year Messiah College students to the kinds of questions that liberally educated people ask about themselves and the world. As a Christian college, we consider such questions in the context of our shared religious faith. What does it mean to be created in the image of God (Genesis 1:26-27) and how does this belief in human dignity shape our approach to public life and creative work? What does it mean to live in community as friends, as neighbors, as citizens, as Christians? What is the vocation of an educated person and how do we discern Gods specific calling on our life? We think about these questions in conversation with scholars, writers, and activists such as Stanley Hauerwas, Ernest L. Boyer (a Messiah alumnus), John Henry Newman, Alice Walker, James Weldon Johnson, J.R.R. Tolkien, St. Augustine, Martin Luther King Jr., Robert Putnam, Robert Frost, Desmond Tutu, Dorothy Sayers, Plato, and the writers of the Old and New Testament scriptures.

Since this is a required course, and Messiah College has several well-enrolled professional programs, my classes are filled with students majoring in business, education, nursing, and engineering. Messiahs general education core also requires all students to take over 50credits in fields such as history, science, math, English, modern languages, theology, the arts, philosophy, social science, and rhetoric. Created and Called for Community is designed to teach students, at the outset of their college experience, how to make meaning of texts, express their ideas in clear prose, and reflect on the importance of the Christian liberal arts.

Recently, in our unit on vocation, we read "I Resolve to Become a Jungle Doctor," chapter nine of Albert Schweitzer's autobiography Out of My Life and Thought (1933). Schweitzer chronicles his decision, at the age of thirty, to leave a promising career as a New Testament scholar and accomplished organist to pursue a life as a medical doctor in Africa. His pledge to serve humanity, informed by his Christian faith, would take him beyond the comforts of his happy middle-class life in Germany. His story both inspired and challenged my students.

After watching a short video lecture on Schweitzer, students discussed this reading on online discussion boards. Some students wondered if following Gods call meant that they had to become a missionary, pastor, or global relief worker. Schweitzers call to become a jungle doctor made them uneasy. Though they admired his decision to devote his life to providing medical care in Africa, and they praised Schweitzers criticism of European colonialism, they were quick to argue that not everyone is called to such a life of sacrifice.

My students felt much more comfortable with the vocational thinking of Martin Luther, the Protestant reformer who taught that God is pleased by all work that serves others and the created order. They thought about college as a place to prepare for specialized work as lawyers, filmmakers, teachers, and accountants. Service to humanity is important to them, but so is economic success and security.

All my Luther-inspired students were quick to explain how their future careers could be employed in the service of others. Nurses serve the medical needs of their patients. Businesspeople bring economic vitality to towns and neighborhoods. Engineers strengthen the local, state, and national infrastructure. Professional training and skills-based higher education will enable them to simultaneously pursue an American dream of relative prosperity and advance the common good. The message conveyed on the discussion boards was clear: One does not need to go to Africa to be a good Christian or make a meaningful contribution to society. Whew!

But what makes a job a calling? Such transformations only happen when students integrate their understanding of work with the questions raised by the liberal arts. The church and the larger society need thoughtful Christians to engage the world responsibly. Such action must be guided by a love of neighbor and a thirst for justice. Yes, job-preparation is important, but college is also a time to feed the mind and the soul, build-up the intellectual and spiritual resources necessary to deal with lifes challenges, and practice the kind of faithfulness, strength, courage, clear-thinking and compassion needed in times of crisis. College is a time to nurture empathy, seek wisdom, learn discernment, think contextually, exercise prudence, cultivate reason, and contemplate the complex nature of the human experience.

A nurse can learn how to insert an IV tube in a patient's arm, but how will he develop the fortitude to enter a room filled with people suffering from infectious diseases? A medical doctor may know how to operate on a patient or prescribe medicine, but how does she decide who dies and who lives when ventilators and other essential equipment are at a minimum? A politician may know how to win elections, but where does he find the inner strength to offer hope in anxious and uncertain times? A successful businessman understands how to make money, but where does she learn to serve the common good during a pandemic? Engineers build things, but what motivates them to volunteer their expertise in the construction of a make-shift hospital? How do we sift through the array of COVID-19 information that endlessly crosses our screens? How do we know who to trust?

Some might say that the study of American history, sociology, religion, literature, ethics, statistics, physics, or musicology is irrelevant when people are dying from this terrible virus. This is one of those subjects where Christians and unbelievers share common ground. They tell us that this is a time for practical skills, not abstract theories, or academic luxuries. But such a view is wrong. We need the liberal arts now more than ever. Those who study these subjects, and wrestle with the questions they raise, are pursuing a high and useful calling. If the United States is going to get through this pandemic, and if the church is going to lead the way in a responsible fashion, we need more Christians who can remind us what is good, what is beautiful, what is heroic, what is just, and what is true.

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Christians Need the Liberal Arts Now More Than Ever - Sojourners

Siblings share ‘graduations’ at Pike Liberal Arts – The Troy Messenger – Troy Messenger

The day that Aubrey Maulden entered kindergarten, her mom, Charity Earles Maulden had a sinking feeling in her stomach. Not that her first little girl was going off to school, but that one day, far too soon, her little girl would be graduating from high school and leaving home.

That day is now. And, Charitys sinking feeling is just as strong. Maybe even stronger.

Not only will Aubrey be graduating from Pike Liberal Arts School and leaving home, but her youngest sister, Charlee, will be going from PLAS kindergarten to big school and the strong bond between the oldest and youngest sisters will be stretched across the miles.

All four Maulden sisters are close but the bond between the oldest and youngest is the strongest, and perhaps, the most fragile, their mom said.

Aubrey and Charlee are especially close and the separation is going to be difficult for both of them, Charity said. The way the school year ended for both of them has been disappointing. Probably, more for David and me as parents than for Charlee, but more difficult for Aubrey because her Pike Liberal Arts Class of 2020 has missed so many senior activities and traditions that they have looked forward to for so long.

Sweet, sassy and smart-as -a-whip, Charlee said she misses her kindergarten school friends and her teacher that she loves.

I miss going to centers and getting to play with my friends and have fun, Charlee said. However, her mom is disappointed that Charlee is missing that time with her friends and her teacher and that she will miss the excitement that comes with moving from kindergarten to real school.

For Aubrey, there is the disappointment of a halted senior softball season and missing the prom, class day, honors day and graduation.

All of us had looked forward to doing all the special things high school seniors do but well have wonderful memories of each other and the special things we did get to do, she said.

However, the changes brought about by COVID-19 have also been a blessing for David and Chasity Maulden and their four daughters, Aubrey, Bella, Addi-Grace and Charlee.

Being out of school and at home, we have had more family time and that has been a blessing, Charity said. We have been able to go fishing, play board games and do so many other things that we would not have had time to do. All the girls play softball and we really missed that, too, but we treasure our time together.

Aubrey has signed a softball scholarship with Lurleen B. Wallace Community College in Andalusia and will be moving in early August. Her mom said that will be a bittersweet time for the family.

We are happy and excited for Aubrey but we will miss her terribly, Chasity said. But, Andalusia is not that far so we will see her often.

As for most all parents, one of the hardest times is when their first-born leaves home. No matter how bright the road they will travel, there is an emptiness in the nest.

Aubreys mom describes her as sweet and caring and very spiritual.

Aubrey is understanding, caring and loving and so very special, her mom said.

Charity remembers a time when Aubreys kindergarten teacher was going through some very difficult times.

Her teacher told me she was standing in the middle of the classroom with her eyes closed praying for some relief from what she was going through, Charity said. She said she felt two little arms reach around her. Aubrey looked up at her and said, I love you and God loves you and she smiled. That was the answer to her teachers prayer.

Aubreys strong faith would carry her through some very difficult times in her own life. She was faced with health issues best described as stroke-like and also migraine headaches. She battled some very difficult times before a breakthrough came when a doctor told her she was as likely to die lying on the couch as playing softball.

For Aubrey, that was the green light to go ahead and life her life. She placed her trust in God and His plan for her.

In the back of my head there is the thought that something might happen again but I dont dwell on it, Aubrey said.

I put all my trust in God and I have the support of my family and friends and I am so grateful for my life.

And, its Aubreys love of sports, combined with the medical issues in her life that are charting the path that her life might take.

I have thought about an athletic trainer or teacher but Im seriously considering the medical field because of the health problems that I have had, Aubrey said. God has plans for me. Im sure of that.

But first things first. High school graduation for her; kindergarten graduation for Charlee.

Charlee and I are very close, maybe because Im the oldest and shes the youngest, Aubrey said.

We sleep together and do fun things together. She is my best friend and Im her best friend. Im really going to miss her. I will miss being there to see her grow up a little every day. But, Im thankful for my family and the closeness that we have and for the miracle in my life that has given me the opportunity to go to college and play sports.

For the David and Charity Maulden family, life is a blessing. Graduation for Aubrey and for little Charlee is not an ending but the beginning of what is yet to be.

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Siblings share 'graduations' at Pike Liberal Arts - The Troy Messenger - Troy Messenger

The Unseen Link Between Clean Cooking and the COVID-19 Pandemic – Inter Press Service

Featured, Food & Agriculture, Global, Headlines, Health, TerraViva United Nations

Opinion

Credit: Athar Parvaiz/IPS

AMSTERDAM, May 4 2020 (IPS) - The COVID-19 pandemic has exacerbated inequalities and revealed to what extent current economic models are not sustainable. It has also shown that most countries are not equipped to cope with a health crisis.

The World Food Program is warning that the lives and livelihoods of 265 million people in low and middle-income countries will be under severe threat unless swift action is taken to tackle the pandemic.

This is especially true for the 840 million people in the world who still do not have access to electricity. And the further 3 billion who rely on inefficient stoves and polluting fuels like kerosene, biomass (wood, animal dung and crop waste) and coal for cooking or heating.

The results of the study suggest that Long-term exposure to air pollution increases vulnerability to experiencing the most severe Covid-19 outcomes. Similar conclusions on the link between high mortality in northern Italy and the level of air pollution in this region have been drawn by the Aarhus University. The evidence builds upon previous research during the 2003 SARS outbreak.

This raises the question of the impact that a respiratory illness like COVID-19 could have on people who are already exposed to indoor pollution. Particularly the poorest and most vulnerable who do not have access to clean cooking options and already bear the burden of energy poverty.

Four million premature deaths

The World Health Organization (WHO) estimates that each year around four million people die prematurely from illnesses attributable to household air pollution. Women and children in many communities are disproportionately affected because of their traditional home-based activities, including cooking. As the WHO states, Close to half of pneumonia deaths among children under five are caused by particulate matter (soot) inhaled from household air pollution.

But at present, this issue is not getting the political attention it deserves. As a consequence, access to clean cooking solutions largely remains lacking, which vastly increases the risk for vulnerable groups during the current pandemic.

How to save millions of potential victims

The COVID-19 pandemic is intimately linked to the other challenges our world is facing. From outdoor and indoor pollution to climate change, from the over-exploitation of natural resources to the loss of biodiversity, these crises are all interlinked.

They are the product of a global socio-economic system that considers nature and ecosystems as its farms and factories. The response to the virus outbreak should not be limited to containing its spread in the short-term, but must entail a long-term vision of sustainability and inclusion.

There is an immediate need to ensure food security and support our health systems, especially in less developed countries and areas where lack of or unreliable electricity access prevents basic health service provision.

But going forward, governments have to respond to the pressing issues shaping our future. While an immediate health and financial response is crucial to prevent further spread of the virus and economic collapse, other long-term changes are urgently needed. One of these is the switch from traditional fuels to clean cooking solutions. This will protect millions of women, men and future generations by giving them a better chance of survival from COVID-19 and any new respiratory viruses.

A forward-looking strategy

Fortunately, the solutions already exist. But they have received too little attention and financial support. A Hivos/World Future Council report published last year shows that the costs of cooking with solar electricity using efficient slow cookers and pressure cookers have decreased in the last few years. So these clean alternatives are now competitive with the costs of traditional cooking fuels.

In the light of the annual toll to human health, the environment, and local economies, clean cooking solutions should be part of a global forward-looking strategy. Including these solutions in the wider plan for the recovery is ambitious, yet necessary. It is high time for governments, policy and decision-makers to embrace this new opportunity. They need to step up action and ensure an inclusive, resilient, sustainable and just future. After years of inaction on this front, now is the time to cooperate in a global response.

The big picture

Clean cooking solutions are part of the larger push towards decentralized renewable energy (DRE). COVID-19 will not only impact existing DRE projects that provide energy services to millions of people. It will also affect the future of the sector, jeopardizing our efforts to ensure a just energy transition for all. The DRE sector cannot be allowed to fail. That is why Hivos joined the Alliance for Rural Electrifications call to action for redirecting and adapting funding windows to the decentralized renewable energy sector.

We need to jointly strive for an inclusive energy sector. We must ensure that the most vulnerable people and the prime victims of this crisis are included in designing energy policies and programs.

This opinion piece was originally published here

Eco Matser is Hivos global Climate Change / Energy and Development Coordinator

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The Unseen Link Between Clean Cooking and the COVID-19 Pandemic - Inter Press Service

Over 500 Doctors Advise Ortega: Its Still Possible to Carry Out Mitigation Actions – Havana Times

Emergency entrance at the Aleman Nicaraguense Hospital in Managua, where some patients with Covid-19 in Nicaragua are treated. Photo: Carlos Herrera

Health professionals demand government actions against Covid-19 to contain the pandemic in Nicaragua

By Keyling T. Romero (Confidencial)

HAVANA TIMES In a forceful declaration, 543 Nicaraguan doctors demand that the Ortega Government implement mitigation measures to reduce the impact of Covid-19 in the country, which, if not, would result in deaths and in the collapse of the health system.

Despite the negligent handling of the Covid-19 pandemic in our country and that economic stability has prevailed over the health and common good of the Nicaraguan people, we believe that at the time that the curve of serious cases starts to rise, it is still possible to carry out actions, say the doctors.

In the document, the doctors point out six key actions that the State should follow to slow down the growth of the curve:

Carry out the massive performance of tests both publicly and privately. Because, universal sampling is essential to mitigate the epidemic and reduce the impact on mortality and health services of the state and nation.

Be transparent on relevant data on the evolution of the epidemic in accordance with international epidemiological standards, using clear technical language.

Publicly establish its contingency plan for this public health emergency and immediately implement the measures of social distancing and restriction of mass meetings, as well as isolation and quarantine that are necessary.

Guarantee adequate protection measures for all health personnel of public care services.

Guarantee sufficient existence of diagnostic means, medications and life support equipment (such as ventilators) to all patients with Covid-19 that warrant it.

Guarantee policies to reduce or cushion the damage at the socio-economic level (freezing of water, electricity, VAT and bank debts, implement aid funds, etc.) that would alleviate the crisis of health workers and citizens in general, as well as guaranteeing the observance of human rights to the most vulnerable population, like the rest of the Central American and other countries.

Government tries to hide the Covid-19 situation

They also denounce the handling of the health crisis in Nicaragua, noting that the authorities of our country have promoted disinformation, exposed health personnel to contagions by sending them to do house to house visits, and they have not taken the necessary sampling to understand the behavior of the pandemic in the country.

Misleading information has been generated about people affected by the infection. This type of communication has created disinformation in the population, hindering the responsible management of the health crisis, becoming instead a facilitating factor in the spread of infection. The sampling of cases is centralized, with arbitrary and whimsical criteria for its realization, which seeks to conceal the state of the pandemic, they denounced.

The doctors also recalled the donation of 26,000 rapid tests delivered by the Central American Bank for Economic Integration to Nicaragua, the million dollars donated by the Government of China (Taiwan) to buy medical supplies and equipment, and the concern of the Pan-American Health Organization (PAHO) in the face of the pandemic situation in Nicaragua.

We believe that as Nicaraguan citizens we have the right to receive quality comprehensive health, without discrimination, and it is an inherent obligation of the state to guarantee it. Health, in addition to being a Constitutional right, is a human right and it is an inalienable responsibility of the Nicaraguan state to guarantee this right, they state in the letter.

However, they praised the work of health personnel who are providing care to the population even though they do not have the necessary protection.

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Over 500 Doctors Advise Ortega: Its Still Possible to Carry Out Mitigation Actions - Havana Times

26 Robotics Companies You Should Know | Built In

Robots are taking over the world. OK, not really. Not yet. But they are becoming increasingly prevalent in almost every industry, from healthcare and manufacturing to defense and education.

At robotics companies across America, the co-mingling of engineering and science is producing some truly innovative products things that do what humans have typically done, only better. Whether its welding, teaching, assembling cars or performing surgery, these inventions are changing the way we live and work.

The following 26companies are contributing to the robotics revolution.

Industry: Industrial, Logistics

Location: Boulder, Colorado

What it does: CANVAS makes an autonomous robotic cart for use on factory floors and in manufacturing plants. Equipped with stereo cameras that have a full 3D view from floor to ceiling, sensors that serve as virtual bumpers and bright LED lights that alert people to its presence, it collects and sends real-time data about route times, bottlenecks and other factors that affect workplace safety and efficiency.

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Industry: Logistics, Computer Vision

Location: Boston, Massachusetts

What it does: From the Piaggio Group that brought you the Vespa scooter comes Piaggio Fast Forward; a robotics company dedicated to creating lightweight mobility solutions for people and goods. The companys flagship robot, gita, is a mobile carrier that follows people around and carries up to 45 pounds. Gita can be used to carry everything from heavy books between classes to groceries.

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Industry: Education, Gaming

Location: Boulder, Colorado

What it does: Sphero invented a now world-famous app-enabled robotic ball, which is used in classrooms all over the world to teach through play. In addition to the original ball, other products include the Sphero 2.0 and the Sphero Mini as well as app-enabled racing robots named Ollie and Darkside. The companys Sphero Edu app is a hub for programming its robots and more.

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Industry: Healthcare

Location: Austin, Texas

What it does: Diligents AI-enabled robots are designed to work with people in everyday environments. The companys autonomous Moxi robot can be left alone to perform time-consuming logistical tasks in hospitals like setting up patient rooms and restocking supply rooms. Capable of navigating hospital hallways and other tight spaces, Moxi is even imbued with social intelligence thats conveyed through its head movements and LED eyes.

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Industry:Machine Learning, Industrial

Location: Boulder, Colorado

What it does: PickNiks wide array of services include motion planning, advanced inverse kinematics, real-time control, collision avoidance, custom ros integration, 2D navigation, virtual reality, robot modeling, workspace analysis machine learning and more.

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Industry: Healthcare, Education

Location: San Jose, California

What itdoes: Equipped with a speaker, camera and video screen, Anybots robots serve as remote avatars that are controlled through a browser-based interface and connect to the Web over Wi-Fi. Say youre in Chicago and you want to also be in Taiwan. Your robot which has a built-in guidance system, live video streaming capabilities and is steered with the arrow keys on your computers keyboard can act as a stand-in.

Industry: Military, Software

Location: Waltham, Massachusetts

What it does: Boston Dynamics makes a host of different robots that have human- and animal-like dexterity. A few examples: Theres SpotMini, a nimble robot that handles objects, climbs stairs, and will operate in offices, homes and outdoors; Atlas, a dynamic humanoid that uses balance and whole-body skills to achieve two-handed mobile manipulation; and WildCat, a speedy quadruped that uses a galloping gait much like a dog or horse and leans into turns in order to maintain traction and balance.

Industry: Aerospace, Energy, Hardware

Location: Seattle, Washington

What it does: Sarcos builds three different kinds of robots that perform vastly different functions. Used to explore storage tanks, vehicles and other things while transmitting data, the Guardian S robot is operable from long distances, can tackle tough terrain like stairs and also snakes through pipes. The The Guardian GT is made for such disparate tasks as heavy lifting and welding. It also has first-responder, logistics and humanitarian applications. The Guardian XO is a powered, untethered, industrial exoskeleton suit that improves human strength and endurance without restricting the operators freedom of movement.

Industry: Industrial, Healthcare

Location: Newton, Massachusetts

What it does: Barrett makes articulated arms and hands what it calls advanced robotic manipulators for a variety of applications. The WAM Arm mimics human-like grace and dexterity. The companys BH8-series BarrettHand can grasp an array of different objects. And Burt is designed for upper-extremity rehabilitation training and robotics research.

Industry:Automotive, Marine tech

Location: Quincy, Massachusetts

What it does: A division of General Dynamics, Bluefin makes Unmanned and Autonomous Underwater Vehicles (UUV / AUV) for clients in the defense, commercial and scientific sectors. Offerings include more than 70 different sensors on 100+ vehicles.

Industry: Agriculture, Defense, Artificial Intelligence

Location: Austin, Texas

What it does: Applied Aeronautics makes Unmanned Aerial Vehicles (UAVs). Its main product, the electric fixed-wing Albatross, is used in a variety of sectors ranging from agriculture and research to disaster management and defense.

Industry: Pets

Location: Chicago, Illinois

What it does: Petronics makes an automated cat toy called Mousr. With its interchangeable tails, the robot mouse can be made to seem different every time your cat chases it around. And its entirely controllable via your Android or iOS smartphone app.

Industry:Cleantech

Location: Denver, Colorado

What it does: AMP (Autonomous Manipulation and Perception) makes a robotic system it calls Cortex, which can be used in a variety of environments (mixed waste, construction/demolition, etc.) and is programmed via Neuron artificial intelligence to quickly and efficiently pluck recyclable materials off a conveyor belt. Ideal end goals are higher throughput, increased commodity revenue, better bale quality, and a fixed labor rate over time.

Industry: Industrial

Location: Longmont, Colorado

What it does: Newly available, Left Hands commercial-grade robots are designed for outdoor tasks, particularly snow removal via use of the companys self-driving SnowBot Pro. Remotely controlled online, it uses GPS, accelerometer and gyroscope technologies to navigate on a pre-programmed path. SnowBot is also equipped with sensors for obstacle avoidance and records real-time data about its current status and environment.

Industry: Education

Location: Boulder, Colorado

What it does: Modular makes snap-together Cubelets blocks and the MOSS robot construction system to spur computational thinking and help make kids better problem solvers in interconnected environments through play-based learning. According to the company, Students can design and redesign robot constructions with ease, using the robot blocks to model real-world behaviors.

Industry: Public Safety, Software

Location: Austin, Texas

What it does: DroneSense makes drones for public safety applications, particularly those involving firefighters and police, that can be deployed as first responders to survey fire or crime scenes and provide important data before humans arrive in order to expand situational awareness.

Industry:Robotics

Location: Pasadena, California

What it does: Embodied makes technologically advanced companion robots that exhibit human-like care and compassion to enhance individual wellness and quality of life.

Industry: Academia, Defense, Aerospace

Location: Brooklyn, NewYork

What it does: HoneyBeeRobotics' technology has been used in multiple NASA space missions (Mars visits included) since1983. Its also a big player in the defense, mining and oil and gas industries, making intelligent excavation systems and autonomous drills and sampling systems, among other innovations. On the medical front, the companys products include a neurosurgery robot and a robotic endoscopic laser scalpel.

Industry: Industrial, Agriculture, Healthcare

Location: Cambridge, Massachusetts

What it does: Energids Actin SDK software enables advanced real-time motion control for industrial and consumer robotics applications in industries where getting to market quickly is paramount.

Industry: Agriculture

Location: Billerica, Massachusetts

What it does: According to Harvest, its HV-100 model was the worlds first fully autonomous robot that works alongside people in unmodified industrial environments. Today, more than 30 of them serve major agricultural players across the U.S. to help increase productivity, efficiency and plant quality. Harvests robots lesson the load when it comes to manual labor so their human counterparts can focus on other facets of the growing process.

Industry: Healthcare

Location: Sunnyvale, California

What it does: Intuitives robots are used for minimally invasive surgery. Equipped with advanced vision technologies, energy systems, stapling and instruments, the continually upgraded da Vinci platform has been used for millions of surgeries since the late 1990s. The newer Ion is used for minimally invasive peripheral lung biopsies.

Industry: Robotics

Location: Bedford, Massachusetts

What it does: Founded in 1990, iRobot makes a variety of smart vacuuming, floor-scrubbing and mopping devices, including the Roomba, Braava, Mira and Create. Its also involved in providing STEM education for kids.

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Industry: Healthcare

Location: Cambridge, Massachusetts

What it does: Myomos powered brace MyoPro is designed to assist those whove experienced paralysis or weakening in their hands and arms due to a variety of conditions. The device reads nerve signals from the skins surface, then activates small motors that facilitate natural arm and hand movements.

The rest is here:

26 Robotics Companies You Should Know | Built In

What’s the Difference Between Robotics and Artificial …

Is robotics part of AI? Is AI part of robotics? What is the difference between the two terms? We answer this fundamental question.

Robotics and artificial intelligence (AI) serve very different purposes. However, people often get them mixed up.

A lot of people wonder if robotics is a subset of artificial intelligence. Others wonder if they are the same thing.

Since the first version of this article, which we published back in 2017, the question has gotten even more confusing. The rise in the use of the word "robot" in recent years to mean any sort of automation has cast even more doubt on how robotics and AI fit together (more on this at the end of the article).

It's time to put things straight once and for all.

The first thing to clarify is that robotics and artificial intelligence are not the same things at all. In fact, the two fields are almost entirely separate.

A Venn diagram of the two fields would look like this:

As you can see, there is one area small where the two fields overlap: Artificially Intelligent Robots. It is within this overlap that people sometimes confuse the two concepts.

To understand how these three terms relate to each other, let's look at each of them individually.

Robotics is a branch of technology that deals with physical robots. Robots are programmable machines that are usually able to carry out a series of actions autonomously, or semi-autonomously.

In my opinion, there are three important factors which constitute a robot:

I say that robots are "usually" autonomous because some robots aren't. Telerobots, for example, are entirely controlled by a human operator but telerobotics is still classed as a branch of robotics. This is one example where the definition of robotics is not very clear.

It is surprisingly difficult to get experts to agree on exactly what constitutes a "robot." Some people say that a robot must be able to "think" and make decisions. However, there is no standard definition of "robot thinking." Requiring a robot to "think" suggests that it has some level of artificial intelligence but the many non-intelligent robots that exist show that thinking cannot be a requirement for a robot.

However you choose to define a robot, robotics involves designing, building and programming physical robots which are able to interact with the physical world. Only a small part of robotics involves artificial intelligence.

A simple collaborative robot (cobot) is a perfect example of a non-intelligent robot.

For example, you can easily program a cobot to pick up an object and place it elsewhere. The cobot will then continue to pick and place objects in exactly the same way until you turn it off. This is an autonomous function because the robot does not require any human input after it has been programmed. The task does not require any intelligence because the cobot will never change what it is doing.

Most industrial robots are non-intelligent.

Artificial intelligence (AI) is a branch of computer science. It involves developing computer programs to complete tasks that would otherwise require human intelligence. AI algorithms can tackle learning, perception, problem-solving, language-understanding and/or logical reasoning.

AI is used in many ways within the modern world. For example, AI algorithms are used in Google searches, Amazon's recommendation engine, and GPS route finders. Most AI programs are not used to control robots.

Even when AI is used to control robots, the AI algorithms are only part of the larger robotic system, which also includes sensors, actuators, and non-AI programming.

Often but not always AI involves some level of machine learning, where an algorithm is "trained" to respond to a particular input in a certain way by using known inputs and outputs. We discuss machine learning in our article Robot Vision vs Computer Vision: What's the Difference?

The key aspect that differentiates AI from more conventional programming is the word "intelligence." Non-AI programs simply carry out a defined sequence of instructions. AI programs mimic some level of human intelligence.

One of the most common examples of pure AI can be found in games. The classic example of this is chess, where the AI Deep Blue beat world champion, Gary Kasparov, in 1997.

A more recent example is AlphaGo, an AI which beat Lee Sedol the world champion Go player, in 2016. There were no robotic elements to AlphaGo. The playing pieces were moved by a human who watched the robot's moves on a screen.

Artificially intelligent robots are the bridge between robotics and AI. These are robots that are controlled by AI programs.

Most robots are not artificially intelligent. Up until quite recently, all industrial robots could only be programmed to carry out a repetitive series of movements which, as we have discussed, do not require artificial intelligence. However, non-intelligent robots are quite limited in their functionality.

AI algorithms are necessary when you want to allow the robot to perform more complex tasks.

A warehousing robot might use a path-finding algorithm to navigate around the warehouse. A drone might use autonomous navigation to return home when it is about to run out of battery. A self-driving car might use a combination of AI algorithms to detect and avoid potential hazards on the road. These are all examples of artificially intelligent robots.

You could extend the capabilities of a collaborative robot by using AI.

Imagine you wanted to add a camera to your cobot. Robot vision comes under the category of "perception" and usually requires AI algorithms.

Say that you wanted the cobot to detect the object it was picking up and place it in a different location depending on the type of object. This would involve training a specialized vision program to recognize the different types of objects. One way to do this is by using an AI algorithm called Template Matching, which we discuss in our article How Template Matching Works in Robot Vision.

In general, most artificially intelligent robots only use AI in one particular aspect of their operation. In our example, AI is only used in object detection. The robot's movements are not really controlled by AI (though the output of the object detector does influence its movements).

As you can see, robotics and artificial intelligence are really two separate things.

Robotics involves building robots physical whereas AI involves programming intelligence.

However, there is one area where everything has got rather confusing since I first wrote this article: software robots.

The term "software robot" refers to a type of computer program which autonomously operates to complete a virtual task. Examples include:

Software bots are not physical robots they only exist within a computer. Therefore, they are not real robots.

Some advanced software robots may even include AI algorithms. However, software robots are not part of robotics.

Hopefully, this has clarified everything for you. But, if you have any questions at all please ask them in the comments.

Do you have any fundamental robotics questions you would like answered? Tell us in the comments below or join the discussion on LinkedIn, Twitter, Facebook or the DoF professional robotics community.

Continued here:

What's the Difference Between Robotics and Artificial ...