Helen H. Moore's Blog, page 945
November 22, 2015
America has never recovered from Ronald Reagan. That’s why Bernie Sanders is so important.
“Liberty does not mean all good things or the absence of all evils. It is true that to be free may mean freedom to starve, to make costly mistakes, or to run mortal risks. In the sense in which we use the term, the penniless vagabond who lives precariously by constant improvisation is indeed freer than the conscripted soldier with all his security and relative comfort.”
Bernie Sanders, FDR, MLK, and many other past and present Americans have a very different view of freedom, and believe that the freedom to starve or to be left untreated after being seriously injured is no freedom at all. As FDR said while listing his Second Bill of Rights, “we have come to a clear realization of the fact that true individual freedom cannot exist without economic security and independence.” This is one of the fundamental values of socialism.
For Karl Marx, socialism was the final step towards human liberation after capitalism, which had liberated human beings from feudalism (by eliminating birth ranks, i.e. nobility, while also creating a free yet slavish wage system). In a socialist society, where productive powers have advanced to such a degree (thanks to capitalism) that they have freed human beings from the endless productive toil that has existed throughout history, it is, as he famously put it, “possible for me to do one thing today and another tomorrow, to hunt in the morning, fish in the afternoon, rear cattle in the evening, criticize after dinner, just as I have a mind, without ever becoming hunter, fisherman, herdsman or critic.” For Sanders and other Democratic Socialists (or Social Democrats), socialism is not so much about having the individual freedom to do what you wish without ever taking on a role (a major flaw in Marx’s thought was his dismissal of identity and the fulfillment human beings find in roles, e.g. someone who writes or paints would like be known as a writer or a painter), but having the freedom to fully utilize your innate talents and pursue work that you love, without having to worry about medical care or being tens of thousands dollars in debt for a necessary education. It is the right for every single person who works hard, regardless of how skilled or unskilled the labor is, to have a livable wage. And of course, it is democracy, or as Sanders put it:“Democratic socialism, to me, does not just mean that we must create a nation of economic and social justice. It also means that we must create a vibrant democracy based on the principle of one person one vote.”The two political parties, who for decades have been neoliberal parties serving the interests of the capitalist class first and foremost, seem to be moving further apart. Since the ISIS attacks on Paris, some Republicans have started to sound increasingly like their fascist forbearers, while also talking about the importance of freedom. But the only candidate who offers the real freedom that so many great Americans have advocated in the past, it seems, is Bernie Sanders.

“Liberty does not mean all good things or the absence of all evils. It is true that to be free may mean freedom to starve, to make costly mistakes, or to run mortal risks. In the sense in which we use the term, the penniless vagabond who lives precariously by constant improvisation is indeed freer than the conscripted soldier with all his security and relative comfort.”
Bernie Sanders, FDR, MLK, and many other past and present Americans have a very different view of freedom, and believe that the freedom to starve or to be left untreated after being seriously injured is no freedom at all. As FDR said while listing his Second Bill of Rights, “we have come to a clear realization of the fact that true individual freedom cannot exist without economic security and independence.” This is one of the fundamental values of socialism.
For Karl Marx, socialism was the final step towards human liberation after capitalism, which had liberated human beings from feudalism (by eliminating birth ranks, i.e. nobility, while also creating a free yet slavish wage system). In a socialist society, where productive powers have advanced to such a degree (thanks to capitalism) that they have freed human beings from the endless productive toil that has existed throughout history, it is, as he famously put it, “possible for me to do one thing today and another tomorrow, to hunt in the morning, fish in the afternoon, rear cattle in the evening, criticize after dinner, just as I have a mind, without ever becoming hunter, fisherman, herdsman or critic.” For Sanders and other Democratic Socialists (or Social Democrats), socialism is not so much about having the individual freedom to do what you wish without ever taking on a role (a major flaw in Marx’s thought was his dismissal of identity and the fulfillment human beings find in roles, e.g. someone who writes or paints would like be known as a writer or a painter), but having the freedom to fully utilize your innate talents and pursue work that you love, without having to worry about medical care or being tens of thousands dollars in debt for a necessary education. It is the right for every single person who works hard, regardless of how skilled or unskilled the labor is, to have a livable wage. And of course, it is democracy, or as Sanders put it:“Democratic socialism, to me, does not just mean that we must create a nation of economic and social justice. It also means that we must create a vibrant democracy based on the principle of one person one vote.”The two political parties, who for decades have been neoliberal parties serving the interests of the capitalist class first and foremost, seem to be moving further apart. Since the ISIS attacks on Paris, some Republicans have started to sound increasingly like their fascist forbearers, while also talking about the importance of freedom. But the only candidate who offers the real freedom that so many great Americans have advocated in the past, it seems, is Bernie Sanders.







Sniffing out ovarian cancer: Working dogs help in the war on cancer — with their amazing noses
* * *
The dog’s nose is among the most powerful sensory organs the world has ever known. Dogs have 200 million olfactory receptors (ors), which are proteins on the surface of the neurons inside their noses that help their brains to perceive and process odors. Humans, by contrast, have just five million ors. The mucous membranes inside dogs’ nostrils are extraordinarily dense, and their noses exquisitely structured for the efficient processing of smells. That allows them to detect odors that are present in quantities as low as parts per trillion — an amount so minuscule it’s almost impossible to imagine. On top of that, many experts believe the proportion of the dog’s brain that’s dedicated to analyzing scents is 40 times larger than that of humans. Suffice it to say, it’s enough for scientists to estimate that the dog’s ability to recognize minute traces of particular odors is one million times better than that of people. But what exactly are the dogs sniffing in cancer that they find so alarming? Shortly after The Lancet publication, a popular theory emerged suggesting that tumors must be emitting volatile organic compounds (vocs), which are carbon-based chemicals that naturally occur in the body. Since the late 1980s, scientists have identified a variety of vocs that are overly abundant in cancerous tissues, including some types of benzene. Because vocs have a low boiling point, they easily evaporate and travel to places far from the original tumor, including through urine, blood, and exhaled breath. As the scientific world became aware of the dog’s ability to sniff cancer, some researchers set out to prove that tumors have unique voc signatures, or specific odor profiles that distinguish them from healthy tissue and that can be easily detected and analyzed — if not by dogs than by some sort of non-invasive test. Among those researchers were scientists at the Cleveland Clinic, who in the early 2000s collected breath samples from lung cancer patients, healthy volunteers, and patients with other lung diseases. They analyzed the exact chemical makeup of the cancerous breath and used it to develop a device containing thirty-two tiny sensors. There are two criteria used to judge the value of a diagnostic test in oncology: sensitivity and specificity. A sensitive test can pick up the presence of cancer. A specific test can do so with a high rate of accuracy — meaning it rarely detects the disease in people who don’t have it. Back when the Cleveland Clinic was doing its study, pet scanning in lung cancer was 97 percent specific and 78 percent sensitive. The Cleveland Clinic’s electronic nose stacked up pretty well, scoring 92 percent specificity and 71 percent sensitivity. That means the electronic nose missed the abnormality about a third of the time, but when it found something fishy, it was nearly flawless at figuring out when it was cancer and when it was not. The dogs also performed well. In a 2012 trial of breath samples from 220 people, sniffer dogs scored 90 percent on sensitivity and 72 percent on specificity for lung cancer, even when the scientists tried to confuse them with samples from patients with the non-cancerous lung condition known as chronic obstructive pulmonary disorder (copd). Other dog studies that had trained dogs with urine, blood, or tissue samples achieved comparable or better results in detecting melanoma, as well as ovarian, breast, bladder, and colorectal cancer. As it became more and more clear that dogs could smell cancer, some researchers wondered if it really made sense to spend time and money creating electronic noses. Some thought a smarter strategy would be to employ the dogs themselves in medical clinics as a sort of living warning system — an advance guard to alert doctors and patients that further testing would be a good idea. One such researcher was Robert Gordon, an obstetrician and gynecologist at Scripps Health in La Jolla, California. Gordon envisioned equipping volunteer church groups, for example, with urine-collection kits and a few dogs who were trained to sniff them. “If anybody came up positive then they could be sent to a center where they could get more sophisticated testing,” he said. “I thought in areas that were not developed, in the backwoods, you could use a dog.” Gordon, who is hearing impaired, was inspired by his own dog, a Chihuahua-beagle mix named Ginger, whom he had trained to be a certified hearing-assistance dog. “She’s a fabulous animal,” Gordon said. “She goes everywhere with me — restaurants, movies — helping me as a hearing dog. I put a towel down so her hair doesn’t get on anything. She snores through the loud movies.” In 2004, Gordon set out to train Ginger and nine other dogs to discriminate between patients who had prostate cancer, those who had breast cancer, and those who were healthy, based on urine samples. The dogs made a lively crew that included a miniature goldendoodle, an Italian greyhound, and a Pembroke Welsh corgi. But few of them showed much talent for sniffing cancer — only two performed better than chance, or luck, at specificity in detecting each of the two tumor types. None were better than chance at sensitivity, not even Ginger. After thinking about it, Gordon concluded that the imperfections were not in the dogs themselves but rather in the way he had designed the study. He could only gather a few urine samples, which he froze, thawed, and re-used several times during the training process. He wondered if all that freezing and thawing might have destroyed the scents he was training the dogs to recognize. He had also discovered that the dogs would get fatigued after less than two hours of work. It all made Gordon realize that developing an electronic nose might indeed be far wiser than using dogs at medical clinics or in the backwoods. “It’s impractical to spend the money on dogs,” Gordon said. “That money would be best served finding what the chemicals are that the cancer puts off — the chemical signature that makes them so destructive.” Other researchers had already discovered that finding the vocs was the easy part. The hard part was figuring out how to train a machine to recognize cancer vocs amid the thousands of other scents emitted by the human body. In dogs, that process is known as imprinting, and it involves teaching the animals to recognize the scent of cancer simply by exposing them to it. Much like a bloodhound who’s directed to find a missing child might be presented with a t-shirt infused with that child’s scent, a cancer-detection dog is asked to sniff cancerous tissue, or samples of urine, blood or breath from sick patients, and then taught to find that scent while ignoring everything else. As the research papers proving the dog’s ability to sniff cancer continued to pile up, a handful of scientists took on the challenge of developing an electronic nose that could be imprinted with the scent of cancer as effectively as a dog’s could. Among the most passionate scientists in that pursuit was someone in my sister’s backyard: Hossam Haick, a professor at the Technion-Israel Institute of Technology in Haifa, Israel. In 2007, Haick began developing a device he dubbed Na-Nose, short for nanotechnology nose. He used tiny gold particles to create an array of electronic sensors, which were connected to a tube. The result was a device that operated much like a breathalyzer, but was far more sensitive because it could analyze up to one thousand different gases in exhaled breath. Haick set out to prove that the Na-Nose could detect much more than the mere presence of cancer — that it could also distinguish one form of the disease from another. Haick’s main challenge, he told me, was figuring out how to deal with all the confounding molecules, as he called them, that appear in breath, like mouthwash ingredients, or residual odors from the garlic pizza a patient ate two days before taking the breath test (and failed to eliminate with the mouthwash). Haick, a chemical engineer, used artificial intelligence to train the Na-Nose to recognize cancer vocs and ignore everything else. Over the next few years, Haick and his colleagues tested their device in clinics around the world, recruiting four thousand patients with a variety of different cancers to try it. The results were often remarkable. For instance, in 2012, Haick teamed up with scientists in China and Latvia to test his technology in 130 patients with stomach disorders. Thirty-seven of the patients had gastric cancer, while the rest had ulcers or a benign condition. They found that the Na-Nose technology could distinguish between the cancerous and non-cancerous diseases with 83 percent sensitivity and 96 percent specificity. Even better, it could pick out the patients who had early-stage gastric cancer from those who were in the late stages of the disease with 89 percent sensitivity and 94 percent specificity. The Na-Nose’s accuracy was consistent regardless of the patients’ tobacco and alcohol consumption — habits that had the potential to produce confounding odors. I told Haick about my sister and asked if he thought his device might someday be used to screen healthy people, allowing stomach tumors to be detected even when they’re completely silent. “Absolutely,” he replied. “That is our intention. We want to catch the cancer at the early stages before anybody has symptoms. Then we can increase the survival rate by using currently available treatments. It’s true with other cancers, too.” In a later study, presented at a medical meeting on stomach disorders in the summer of 2014, the Na-Nose performed even better, distinguishing gastric cancer from ulcers and pre-cancerous lesions with 98 percent specificity. Haick’s technology proved equally adept at discerning lung cancer, often performing better than sniffer dogs or the Cleveland Clinic’s early rendition of an electronic nose. In a study published in 2012, for example, the Na-Nose could determine whether the nodules found in patients with lung disorders were benign or cancerous with 86 percent sensitivity and 96 percent specificity. “If you detect the lung cancer at the early stages you can increase the survival rate from 10 percent to more than 70 percent,” Haick said. “But only by early detection.” Excerpted from "Heal: The Vital Role of Dogs in the Search for Cancer Cures" by Arlene Weintraub. Copyright © 2015 by Arlene Weintraub. All rights reserved. Published by ECW Press Ltd.
* * *
The dog’s nose is among the most powerful sensory organs the world has ever known. Dogs have 200 million olfactory receptors (ors), which are proteins on the surface of the neurons inside their noses that help their brains to perceive and process odors. Humans, by contrast, have just five million ors. The mucous membranes inside dogs’ nostrils are extraordinarily dense, and their noses exquisitely structured for the efficient processing of smells. That allows them to detect odors that are present in quantities as low as parts per trillion — an amount so minuscule it’s almost impossible to imagine. On top of that, many experts believe the proportion of the dog’s brain that’s dedicated to analyzing scents is 40 times larger than that of humans. Suffice it to say, it’s enough for scientists to estimate that the dog’s ability to recognize minute traces of particular odors is one million times better than that of people. But what exactly are the dogs sniffing in cancer that they find so alarming? Shortly after The Lancet publication, a popular theory emerged suggesting that tumors must be emitting volatile organic compounds (vocs), which are carbon-based chemicals that naturally occur in the body. Since the late 1980s, scientists have identified a variety of vocs that are overly abundant in cancerous tissues, including some types of benzene. Because vocs have a low boiling point, they easily evaporate and travel to places far from the original tumor, including through urine, blood, and exhaled breath. As the scientific world became aware of the dog’s ability to sniff cancer, some researchers set out to prove that tumors have unique voc signatures, or specific odor profiles that distinguish them from healthy tissue and that can be easily detected and analyzed — if not by dogs than by some sort of non-invasive test. Among those researchers were scientists at the Cleveland Clinic, who in the early 2000s collected breath samples from lung cancer patients, healthy volunteers, and patients with other lung diseases. They analyzed the exact chemical makeup of the cancerous breath and used it to develop a device containing thirty-two tiny sensors. There are two criteria used to judge the value of a diagnostic test in oncology: sensitivity and specificity. A sensitive test can pick up the presence of cancer. A specific test can do so with a high rate of accuracy — meaning it rarely detects the disease in people who don’t have it. Back when the Cleveland Clinic was doing its study, pet scanning in lung cancer was 97 percent specific and 78 percent sensitive. The Cleveland Clinic’s electronic nose stacked up pretty well, scoring 92 percent specificity and 71 percent sensitivity. That means the electronic nose missed the abnormality about a third of the time, but when it found something fishy, it was nearly flawless at figuring out when it was cancer and when it was not. The dogs also performed well. In a 2012 trial of breath samples from 220 people, sniffer dogs scored 90 percent on sensitivity and 72 percent on specificity for lung cancer, even when the scientists tried to confuse them with samples from patients with the non-cancerous lung condition known as chronic obstructive pulmonary disorder (copd). Other dog studies that had trained dogs with urine, blood, or tissue samples achieved comparable or better results in detecting melanoma, as well as ovarian, breast, bladder, and colorectal cancer. As it became more and more clear that dogs could smell cancer, some researchers wondered if it really made sense to spend time and money creating electronic noses. Some thought a smarter strategy would be to employ the dogs themselves in medical clinics as a sort of living warning system — an advance guard to alert doctors and patients that further testing would be a good idea. One such researcher was Robert Gordon, an obstetrician and gynecologist at Scripps Health in La Jolla, California. Gordon envisioned equipping volunteer church groups, for example, with urine-collection kits and a few dogs who were trained to sniff them. “If anybody came up positive then they could be sent to a center where they could get more sophisticated testing,” he said. “I thought in areas that were not developed, in the backwoods, you could use a dog.” Gordon, who is hearing impaired, was inspired by his own dog, a Chihuahua-beagle mix named Ginger, whom he had trained to be a certified hearing-assistance dog. “She’s a fabulous animal,” Gordon said. “She goes everywhere with me — restaurants, movies — helping me as a hearing dog. I put a towel down so her hair doesn’t get on anything. She snores through the loud movies.” In 2004, Gordon set out to train Ginger and nine other dogs to discriminate between patients who had prostate cancer, those who had breast cancer, and those who were healthy, based on urine samples. The dogs made a lively crew that included a miniature goldendoodle, an Italian greyhound, and a Pembroke Welsh corgi. But few of them showed much talent for sniffing cancer — only two performed better than chance, or luck, at specificity in detecting each of the two tumor types. None were better than chance at sensitivity, not even Ginger. After thinking about it, Gordon concluded that the imperfections were not in the dogs themselves but rather in the way he had designed the study. He could only gather a few urine samples, which he froze, thawed, and re-used several times during the training process. He wondered if all that freezing and thawing might have destroyed the scents he was training the dogs to recognize. He had also discovered that the dogs would get fatigued after less than two hours of work. It all made Gordon realize that developing an electronic nose might indeed be far wiser than using dogs at medical clinics or in the backwoods. “It’s impractical to spend the money on dogs,” Gordon said. “That money would be best served finding what the chemicals are that the cancer puts off — the chemical signature that makes them so destructive.” Other researchers had already discovered that finding the vocs was the easy part. The hard part was figuring out how to train a machine to recognize cancer vocs amid the thousands of other scents emitted by the human body. In dogs, that process is known as imprinting, and it involves teaching the animals to recognize the scent of cancer simply by exposing them to it. Much like a bloodhound who’s directed to find a missing child might be presented with a t-shirt infused with that child’s scent, a cancer-detection dog is asked to sniff cancerous tissue, or samples of urine, blood or breath from sick patients, and then taught to find that scent while ignoring everything else. As the research papers proving the dog’s ability to sniff cancer continued to pile up, a handful of scientists took on the challenge of developing an electronic nose that could be imprinted with the scent of cancer as effectively as a dog’s could. Among the most passionate scientists in that pursuit was someone in my sister’s backyard: Hossam Haick, a professor at the Technion-Israel Institute of Technology in Haifa, Israel. In 2007, Haick began developing a device he dubbed Na-Nose, short for nanotechnology nose. He used tiny gold particles to create an array of electronic sensors, which were connected to a tube. The result was a device that operated much like a breathalyzer, but was far more sensitive because it could analyze up to one thousand different gases in exhaled breath. Haick set out to prove that the Na-Nose could detect much more than the mere presence of cancer — that it could also distinguish one form of the disease from another. Haick’s main challenge, he told me, was figuring out how to deal with all the confounding molecules, as he called them, that appear in breath, like mouthwash ingredients, or residual odors from the garlic pizza a patient ate two days before taking the breath test (and failed to eliminate with the mouthwash). Haick, a chemical engineer, used artificial intelligence to train the Na-Nose to recognize cancer vocs and ignore everything else. Over the next few years, Haick and his colleagues tested their device in clinics around the world, recruiting four thousand patients with a variety of different cancers to try it. The results were often remarkable. For instance, in 2012, Haick teamed up with scientists in China and Latvia to test his technology in 130 patients with stomach disorders. Thirty-seven of the patients had gastric cancer, while the rest had ulcers or a benign condition. They found that the Na-Nose technology could distinguish between the cancerous and non-cancerous diseases with 83 percent sensitivity and 96 percent specificity. Even better, it could pick out the patients who had early-stage gastric cancer from those who were in the late stages of the disease with 89 percent sensitivity and 94 percent specificity. The Na-Nose’s accuracy was consistent regardless of the patients’ tobacco and alcohol consumption — habits that had the potential to produce confounding odors. I told Haick about my sister and asked if he thought his device might someday be used to screen healthy people, allowing stomach tumors to be detected even when they’re completely silent. “Absolutely,” he replied. “That is our intention. We want to catch the cancer at the early stages before anybody has symptoms. Then we can increase the survival rate by using currently available treatments. It’s true with other cancers, too.” In a later study, presented at a medical meeting on stomach disorders in the summer of 2014, the Na-Nose performed even better, distinguishing gastric cancer from ulcers and pre-cancerous lesions with 98 percent specificity. Haick’s technology proved equally adept at discerning lung cancer, often performing better than sniffer dogs or the Cleveland Clinic’s early rendition of an electronic nose. In a study published in 2012, for example, the Na-Nose could determine whether the nodules found in patients with lung disorders were benign or cancerous with 86 percent sensitivity and 96 percent specificity. “If you detect the lung cancer at the early stages you can increase the survival rate from 10 percent to more than 70 percent,” Haick said. “But only by early detection.” Excerpted from "Heal: The Vital Role of Dogs in the Search for Cancer Cures" by Arlene Weintraub. Copyright © 2015 by Arlene Weintraub. All rights reserved. Published by ECW Press Ltd.






November 21, 2015
“Liquid Sky”: This glam early-’80s sci-fi masterpiece that predicted the AIDS crisis could disappear forever






The peak of Sinatra’s power: “Every Sinatra performance was acting. His greatest performance was as himself”






“Master of None” tackles the empathy gap: How nuanced minority stories can shrink the emotional gulf between white Americans and “others”
***
A more celebratory conversation was, meanwhile, taking place on other corners of the Internet. Calls for greater representation of minorities in scripted television have grown louder and more prominent this year. "Master of None," a new series from "Parks and Recreation" veterans Aziz Ansari and Alan Yang, has been a welcome entrant to the dialogue since it premiered on Netflix earlier this month. The show itself openly plays with these issues, but its stars and creators have also been refreshingly candid and outspoken about the industry's deeply-ingrained racism and their very active and conscious efforts to counter it. In interview after interview, the "MoN" creative team has stressed the importance of not just more roles for minority actors, but different kinds of roles — ones that reject tokenism and singularity and instead embrace greater sophistication and variety. Scripted television is, perhaps, best-suited for these fleshed out portrayals because, in the same way that the segmented structure of cable news rejects complexity, the medium demands it. It is astonishingly difficult to retain audience interest in flat characters over a long time frame, and even minority characters who embody trite stereotypes tend to attract sympathy and offer something of an emotional inner life. It is, then, understandable that in his activism, "MoN" co-creator Ansari, who plays the show's protagonist Dev, has drawn from his own experiences. Writing in the New York Times, he describes the alienation he felt as a child, when the only on-screen Indians at his reach were cab drivers or convenience store workers. Here, he's echoing a point made in "MoN," when in an illustratively short montage a young Dev is blasted with cultural portrayals of Indians, featuring Apu from "The Simpsons" and the monkey brain-eating villain of "Indiana Jones." Ansari closes his Times piece with an appeal to the marketability of minority actors in leading roles. “You know what? No one really cares,” he writes. Speaking with Salon television critic Sonia Saraiya, fellow co-creator Alan Yang makes a similar point. Describing one of the show's most hard-hitting episodes, wherein Dev and his Asian-American friend learn about the struggles of their immigrant parents, Yang said, “It’s really not just a story about immigrants. It’s a story about being grateful to your parents, no matter what their background was. Regardless of where your parents are born, chances are they made some sacrifices for you and they took care of you and they worked really hard.” Both Ansari and Yang are right about the formative impact which on-screen diversity, or lack thereof, has on young minority viewers. And Yang is also right to note that certain aspects of "MoN," and shows furthering similar goals, speak to our commonalities. It is also fair to say that Ansari and Yang's discussions of these matters must serve strategic ends: If greater diversity can cultivate a passionate following amongst minorities, while others are indifferent to who plays these universal roles, Hollywood stands only to gain from diversifying its casts. (The two are also up against accepted industry wisdom, similar to that spouted by members of the press last week, that most viewers simply aren't vested in stories which don't relate directly to their own experience.) But it's important not to lose sight of the fact that the benefits of diversity extend beyond the minority community. Yang is correct that most parents sacrifice for their children, but the fear of picking up the phone lest people mock her accent, described by Dev's mother, is not universal. Nor, when "Fresh off the Boat" premiered last year, was protagonist Eddie Huang's shame and embarrassment when white classmates mocked his traditional Chinese food. First- and second-generation immigrants benefit from seeing these stories on screen, but it's also a teaching moment for all audience members. Viewers might think of these characters before imitating a foreign accent for laughs or mocking “ethnic” cuisine. They might understand others' sensitivity around this brand of humor, or even speak up when such jokes are told in their presence. Television's inherent progressiveness stems from its ability to draw us into unexpected narratives. When told compellingly, they serve as a recurring reminder that people who don't think, behave or — increasingly, importantly — look as we do still feel as deeply all the same. It broadens the scope of our empathy. In an increasingly global community where an empathy gap still demonstrably looms large, sophisticated minority portraits and an abandonment of the notion of white as default can help to close it. We might draw upon this empathy when we read and share the news, and editors, writers and commentators might do the same when they cover it. The process might become more equitable, the media's portrait of reality more broadly reflective of it, less distortive and more enlightening.





Chris Cornell: “I think half of all my records are about my wife”
“It’s unacceptable to give religious privilege only to those who believe in the supernatural”: The Satanic Temple challenges the religious right
We’re not trying to destroy religious privilege and exemption; we are coming at it in a way that we can find a legitimate plateau on which religious privilege can work in a pluralistic society. During our Oklahoma campaign to place our statue of Baphomet alongside the Ten Commandments, people kept asking what were we looking for? What was our preferred outcome? For the Ten Commandments to come down or ours to go up? But either one of those outcomes was OK with us. What we were fighting against was that one perspective enjoyed the power of state government. We were just fighting against the worst-case scenario—that the Christian point of view had a preferred place in a government institution. I’m not sure that people can make the appeal that because of deeply held beliefs they shouldn’t be held accountable to laws. But the courts need to be prepared to acknowledge that if they can, then a diametrically opposed claim can also be made on the basis of sincere belief.Religion without Gods Are the beliefs of the Satanic Temple really sincere, though? And given that members don’t ascribe to any form of supernaturalism, can they actually be called a religion? Greaves insists that the answer is yes on both counts.
Those who dislike us claim that we are not really a religion, but by what standard? These things beg for definition. In the Hobby Lobby case, there was no sincerity test at all, and no test that their exemption had some kind of spiritual basis. How could they relate the Bible to this idea that a corporation doesn’t have to pay for insurance for employees who then make their own choices about pregnancy? So, you have to wonder what kind of test they can possibly put to assess the religious or spiritual legitimacy of the Satanic Temple. In regard to our atheism, if you have a society that grants religious privilege and exemption and you’re willing to give privilege and exemption to certain groups, then it’s unacceptable to give that only to people who believe in the supernatural. We are openly atheist but we have cultural identity and symbolic constructs that are deeply meaningful to our members. There are other atheistic religions in human history, from Jainism to Buddhism to Confucianism. . . . The litmus test should be: Is this something put forward for an individual’s personal convenience or does it speak to some communities’ deeply held beliefs such that if the government impinges on that in some way it affects their sense of cultural identity?Greaves argues, in fact, that his litmus test is the only one that is constitutionally feasible in the U.S. or in any pluralistic nation that claims to treat religious perspectives equally. As evidence of sincerity, he points out that even when butting heads with Christian right opponents, Temple spokespersons seek to advance their own affirmative values, not merely to criticize other perspectives. Lilith Starr heads the Seattle chapter of the Satanic Temple, a group with about 50 members and weekly meetings. She describes her role in the Temple as an act of spiritual service. Starr studied Buddhism, which she sees as aligned with Satanism in that the highest value in both is compassion. Starr still meditates daily, but she likes the fact that Satanism encourages more active engagement in social justice: “Personally, the figure of Satan is a powerful symbol of standing up to unjust authority for yourself and for those around you. To me, he is a figure of compassion. Fighting against the rage and jealousy of an unjust god or against an unjust government authority. He is fighting for the people. He represents liberation.” Christian Right Inspires Satanist Activism Although both Greaves and Starr see their political engagement as an expression of their own religious values, they give the Christian right credit for activating them and for getting out the word about Satanism as a legitimate spiritual path. Without the Hobby Lobby case, Starr might have maintained a more solitary spiritual practice rather than stepping into the visible leadership position she holds today. Greaves says the Satanic Temple owes much of its growth to the Liberty Counsel, a Texas legal group working to insert Christianity into public life via “religious freedom” claims. “We came into this with no resources, no funding. We’ve gotten this far on the dime of the Liberty Counsel that have opened the doors so wide that they can’t prevent us from walking in now. . . . Ironically if they would keep their stuff out of the public sphere that would be to their advantage, because we don’t have the real estate they have. When they open up a public forum, they do so to our advantage—to the advantage of minority religions. Who would have heard of us if it weren’t for idiots at the Liberty Counsel? We should send those assholes a thank you.”






Under the cover of humanitarian aid: The U.S. military is all over Africa






The GOP-ISIS nightmare coalition: Islamic extremists and the anti-immigrant right have the same goal — the death of democracy






The last JFK assassination myth: Debunking the eerie prediction that won’t go away





