LA’s card rooms and tribal casinos at odds over Prop 26 – KPBS

Proposition 26, on Californias November ballot, would legalize sports betting at tribal casinos and at the state's four privately owned racetracks. It would also add a new way to enforce state gambling law in card rooms. Who supports it? Who doesnt? And why? Here are answers to some basic questions on Prop 26.

Sports betting is not legal now in tribal casinos, but one quarter of Californias Indian tribes support the proposition. They say expanding gambling will further increase their self-sufficiency, including their ability to support non-gaming tribes and the local governments where their casinos are located. This expansion of gambling in California has the potential to bring tens of millions of dollars in state funding, according to the nonpartisan Legislative Analyst Office.

Card rooms and the cities where theyre located are opposed to the proposition because of a legal provision in the new law that would allow anyone including tribes to sue them if they operate more like a casino than a card room.

Card room operators say if it passes, it could be used to put them out of business and hit cities that rely on them for their bottom line.

In card rooms, patrons play cards for money, but dont bet against the house like at casinos in Las Vegas. Instead, card rooms hire third-party professionals to sit behind chips at each table and act as the bank.

Tribal casinos have long challenged this practice. They maintain that it isnt legal because state law gives tribal casinos the exclusive right to Vegas-style gambling. Tribes have tried to take card rooms to court over their use of third-party bankers, but those lawsuits never went anywhere.

The new enforcement measure in Proposition 26 would allow anyone, including tribes, to sue card rooms over third-party banking.

The cities where card rooms are located collect a lot of taxes and fees from these establishments. There are 78 cities in the state that rely heavily on this revenue to sustain their budgets, including five in Los Angeles County: Bell Gardens, Commerce, Compton, Cudahy and Hawaiian Gardens.

The smallest city in the county, Hawaiian Gardens, gets over 70% of its revenue from the local card room. That card room is the economic engine that makes our city run, says Shavon Moore Cage, assistant to the mayor of Hawaiian Gardens.

These small cities have joined card rooms in opposition to Proposition 26.

Tribes say their goal with any lawsuit against a card room is to ensure the law is being followed, and to settle the contentious debate over how card rooms operate. Card rooms say this will be abused and put them, tribal casinos biggest competitors, out of business.

Voters are being asked to choose sides. A yes vote means anyone, including tribes, can sue cardrooms, and tribes can have betting on sports at their casinos. A no vote leaves things exactly the way they are.

Voter support is polling low just weeks from election day. Proposition 26 has a 31% approval rating, according to a UC Berkeley IGS poll conducted in late September. Proposition 27, which would legalize online sports betting in the state, is at 27%.

Proposition 27 allows sports gambling online in California. That one has nothing to do with card rooms.

The low poll numbers suggest that voters are confused by the two competing measures. With record level campaign spending on both, voters have been bombarded by television ads, some of which has been misleading. And when you've got that, voters tend to just say no, says Kathy Fairbanks of the Yes on 26, No on 27 campaign.

But because sports betting has the potential to be enormously lucrative, even if both fail, the issue isnt going anyway. Theres already talk of a proposition for 2024.

These stories are made possible as part of The California Newsroom a collaboration of Californias public radio stations, NPR and CalMatters.

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LA's card rooms and tribal casinos at odds over Prop 26 - KPBS

BUNNY IN THE CITY: HUGS’ Masquerade Boo Bash and Casino Night – Connect Savannah.com

While visiting my Greek peeps at their annual festival last week, I was introducing Jesse Blanco to the indomitable Dr. Sandy Bohnstengel when I got a persuasive invite from her to attend Heads-Up Guidance Services Masquerade Boo Bash and Casino Night at Hotel Tybee On October 14.

With Cindy Davis cruising out to the island with me, we arrive to find Sandy checking in guests with Debbie Mamalakis. While waiting for Sandy to take a break, I tell Cindy a little bit about the family medicine doctor. A HUGS board member that has been involved with this non-profit since day one, I remember the first time I met her - she was dancing a west coast swing with a dance instructor from Oklahoma City. After an introduction from our mutual friend Garlana Mathews almost 10 years ago, I have been a fan of this tall, confident doctor ever since!

Sandy takes a break to chat with me about why HUGS means so much to her. They give a hand up, not a hand out. Regardless of money, demographic, having insurance or not, they want to help anyone with a need. From the death of loved ones, PTSD, divorce and bullying - they have a counseling group for you, shares the Michigan native.

Riding the elevator to the third floor, I overhear a couple talking about their recent engagement. Meet Tybee Island residents Stephen Williams and Margaret Iocovozzi - who just happens to be a HUGS board member and on the fundraising committee responsible for tonights event. While talking with Margaret about yoga aka mindful movement and Stephen about his love of surfing and old cars, I see a tall dude in a black jacket and baseball cap walk by.

Its going to be a good night for dining because Chef Kirk Blaine is in the house! Let me give you a crash course on one of Savannahs favorite success stories. Starting in the kitchen of Driftaway Cafe while in the 9th grade, Kirk worked his way up to executive chef before branching out on his own, to owning Castaways and a catering company. After posing him with Cindy, we turn to the table next to us and meet Augustine Ozobia. Kirk recognizes the cleaning company owner from BNI meetings at his restaurant and I recognize his lilting West African accent.

Looking around the room at all the casino tables, I see Authur Davis waving me over. I usually see Arthur at Tourism Leadership Council lunches so Im happy to see the Monte Carlo Productions sales guy who loves to throw parties for a living with Savannah College of Art and Design visual effects grad student Kelsey Nerowitz and Krista Hanson.

Heading downstairs to catch up with Andrea Epting, the HUGS founder and CEO tells me, In our 12th year of counseling the Savannah community, we are grateful to volunteer counselors and community supporters because they make professional counseling possible for all motivated people in the low country. We could not do this without the generous support of Morrison Dental, Truly Nolen, Josh Walker Attorney at Law and Select One Workplace Health.

Slipping by a table filled with bite-sized delights, I snap a pic of David Aaker, Mark Kroll and Dr. Tom Morrison, see my sister from another mister Sherri Forbes and her husband Larry, then run over to hug International Diamond Centers Gary Pinka and his fab wife Pat. Loving that this couple continues to support so many local charities, I love it even more that they ask for a photo with vivacious Lorrian Heard and Hotel Tybees Brett Loehr who graciously donated tonight's venue space.

Next up is Savannahs reigning favorite realtor Chelsea Phillips. Proud to welcome a baby boy in February with her husband, HUGS board member, Nate Synder, the couple shares, We see the difference HUGS in the big issues in our community. Its a multi-faceted non-profit that gives back. They tell me this after they donate four thousand dollars to the call to action fundraising that Renee LaSalle is leading.

With more costumed masked guests arriving, I make a lap around the room and find social butterfly Gaye Reese Holt holding court with her travel buddy Terri Doyle. Amped over by their girls trip to Saint Martin where coffee and spirits shall be sipped while looking at an ocean view, Gaye gives me a hug before I head over to take a selfie with Ellen Bradley.

Ok! I may have taken more pics and videos of Garrett Kaminsky than anyone here tonight but the HUGS volunteer counselor is so gracious that I cant help it! I think talk therapy is an invaluable resource, I dont anywhere else that offers such accessible counseling and I am grateful to be a part of the team, shares the private practice holistic counselor.

With more pics of Savannahs who's who like Tony and Catherine Kiene and A. Joseph Marshall (aka Superman) I make a lap through the crowded casino room and leave happy knowing that this small but mighty counseling crusaders fundraiser will continue to make a difference in the mental health epidemic!

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BUNNY IN THE CITY: HUGS' Masquerade Boo Bash and Casino Night - Connect Savannah.com

Palms officials working to restore disrupted casino website – Las Vegas Review-Journal

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Palms officials working to restore disrupted casino website - Las Vegas Review-Journal

Babylonian Talmud [Full Text] – Jewish Virtual Library

Seder Nezikin (Damages)

Seder Zeraim (Seeds)

Berachot

Pe'ah

Demai

Kilayim

Shevi'it

Terumot

Ma'asrote

Ma'aser Sheni

Hallah

Orlah

Bikkurim

Seder Nashim (Women)

Yevamot

Ketubot

Nedarim

Kiddushin

Seder Kodashim (Holies)

Zevahim

Menachot

Hullin

Bechorot

Arachin

Temurah

Keritot

Me'ilah

Tamid

Middot

Kinnim

Seder Tehorot (Purities)

Keilim

Oholot

Nega'im

Parah

Tehorot

Mikva'ot

Niddah

Machshirin

Zavim

Tevul Yom

Yadayim

Uktzim

1.Tenanof the original--We have learned in a Mishna;Tania--We have, learned in a Boraitha;Itemar--It was taught.2. Questions are indicated by the interrogation point, and are immediately followed by the answers, without being so marked.3. If there occurs two statements separated by the phrase,Lishna achrenaorWabayith AemaorIkha d'amri(literally, "otherwise interpreted"), we translate only the second.4. As the pages of the original are indicated in our new Hebrew edition, it is not deemed necessary to mark them in the English edition, this being only a translation from the latter.5. Words or passages enclosed in round parentheses () denote the explanation rendered by Rashi to the foregoing sentence or word. Square parentheses [] contained commentaries by authorities of the last period of construction of the Gemara.

Sources: Sacred Texts

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Babylonian Talmud [Full Text] - Jewish Virtual Library

Funny Girl Star Tovah Feldshuh on Sharing the Stage With Lea Michele and What the Talmud Says About Gossip – Variety

Theater veteran Tovah Feldshuh has performed in 10 Broadway shows over the last five decades, garnering acclaim and Tony Awards love for Yentl and Goldas Balcony, among others. But theres a unique thrill to her current role on stage, as the endearing mother of Lea Micheles Fanny Brice in Funny Girl.

I get entrance applause at the top of the stairs, she says. Its kind of fabulous.

The crowd at Broadways August Wilson Theatre has been nothing short of euphoric ever since Feldshuh and Michele joined the company of Funny Girl in September. And the stakes couldnt have been higher. When the revival opened in March, 60 years after Barbra Streisands star-making turn in the beloved musical, it was plagued by negative reviews, bad buzz and wilting ticket sales.

Adding to the drama: Beanie Feldstein was originally cast as Fanny Brice instead of Michele, who has a long-publicized obsession with Funny Girl. One thing (criticism about Feldsteins voice) led to another (Feldsteins early exit from the show), resulting in Michele finally getting to take the main stage. The 73-year-old Feldshuh replaced Micheles former Glee co-star Jane Lynch, who initially played Mrs. Brice and left with Feldstein. Throughout the casting choices, surprise departures, and critical pile-on, theres been no shortage of headlines to dine out on the on- and off-stage gossip.

There is a reason its the most publicized show in New York, Feldshuh says over tea and fresh fruit at her Upper West Side apartment on a recent fall afternoon. It has a kernel of the American dream. Lea finally got the part she was destined to play in the first place, and shes brilliant in it.

Feldshuhs certain kind of maternal energy and shes played her share of Jewish mothers on stage and screen in Kissing Jessica Stein and Crazy Ex-Girlfriend seeps into real life as she interjects her musings about the theatre to make sure her company is well fed. Had we been cast in the first place, she says, taking a sip from her mug, this would not nearly have been as interesting a story.

Theres another reason that people have been clinging to the well-documented saga. Its a shot at redemption for Michele, who largely stepped back from the spotlight in 2020 after former Glee co-stars accused her of bad behavior on set. Feldshuh brushes off the idle chatter. I have no interest in reading about or knowing about it, she says in a way that, nonetheless, suggests shes acutely informed of the spectacle surrounding Michele. She adds, The Talmud says its forbidden to gossip.

Spoken like a true Jewish mother.

What has it been like to be back on Broadway?

Its a thrill. This thing fell into my lap. Forget just coming back to Broadway. What is it like to be in Funny Girl? Its like performing with The Beatles. Our performances, thanks to Lea Michele, are theatrical events.

Next year marks your 50th year on Broadway. How will you celebrate?

I want to have a party. We need to stop the conveyor belt and celebrate this accomplishment. Im so grateful I can do eight shows a week. I am an athlete. I am fit. I weigh 111.4 pounds, which is what I weighed in seventh grade. And you dont want to mess with me.

I was at your opening night, and the energy in the audience was electric. What was it like for you?

It was absolutely phenomenal. Basically the audience is saying to you, the second you step on stage, thank you. I feel very good about my work in the show. [The producers] let me say Oy, and they let Lea say Oy gevalt, and theyre letting me go, toi toi toi, which now gets a good laugh.

Has the reception been that enthusiastic every night?

We had no idea we would get that kind of reception. Weve only been doing it for five weeks, but thats the reception we get.

How were you first approached for the role?

I got this call from [producer] Daryl Roth saying Would you be interested in playing Rosie Bryce on Broadway? I said, I wouldnt be uninterested. I went to see the play, looked at the part and said, Maybe I can do something with this. I accepted the offer and saw the play innumerable times. Fanny Brice is the most startlingly brilliant role for a woman in the American musical theater. The rest of us are her spokes. But we dont have to be wallpaper. We function to bring out various assets and liabilities of Fanny Brices character. So I said yes. [But] how can I distinguish this part? Well, I got one advantage: Im Jewish. And Im the first actress of the Jewish religion to play this part on Broadway in 60 years.

Thats surprising to learn. What is gained by a Jewish actor playing Fannys mother?

As Katharine Hepburn said, God exists in the details. You want to come to any part youre playing as a sharpened pencil, a really fine point. And theres a difference between an Italian mother, an Irish mother, a Jewish mother, a Swedish mother A lot of Rosie Brice is not on the page. Its not some bravura role. How do you lift it off the page and make it deep, true, real and Jewish? This is a Jewish story about a Jewish girl. What makes it different, being a Jewish mother, is the manner in which a child is loved, cared for, touched. Its very demonstrative. The manner in which a Jew often catastrophizes first, which is written into Fannys part Wheres the torture? she says. The manner in which all is not always well, or all is not ever totally well; the Jew epigenetically has the specter of the possibility of extinction.

Did you do any research, or do you have enough experience from having a Jewish mother and being a Jewish mother?

and a Jewish grandmother. And no divorces in our family. I researched on Wikipedia that [Fannys mother] came here when she was 10 years old from Hungary. Had I been in the original production, I would have asked to explore the Hungarian accent. But I was a replacement, and to come in with that kind of a change would have been too drastic for the production. So I let it go. Other than that, its not that I didnt do research. I have enough in my memory bank.

Whats it like working with Lea Michele?

Lea never talks about herself. Never. The word diva doesnt even apply to her. It doesnt come close. Shes a working actress. Shes very good for the community.

What would surprise someone to know about her?

Her fans could enjoy the fact that her greatness of talent is coupled with her decency as a human being. And those who are not her fans, let me assure you, she is a dream to work with. Shes certainly wonderful to me. She calls me mom.

You were also in Yentl, another show thats closely associated with Barbra Streisand. Do you know each other?

She saw Kissing Jessica Stein and loved it, so she called me.

Have you spoken to her since youve joined Funny Girl?

I have not. I emailed her and said, Dearest Barbra, Im finally playing your mother. Love, Tovah. I dont know that shell come to see it. We all hope she will see it. I dont know. Shes in California, and shes 80.

How do you prepare to perform each day?

Would you like some of this apple? You should try some, its really good I get to the theater early. I like to close my eyes. I put my mask on and my earplugs on and listen to Headspace. I wake up at hour call. Just recalling the image Im starting to yawn. I change into the beginning of my costume and go to the stage to warm up my body and voice. By that time, its the half-hour mark. I get into my corset. Im one of two people who wear a corset in this show. I love wearing it. It makes me stand up straight. And then I start to go over the scenes.

How do you come down after a show?

The curtain call is so insane. It takes a while to relax. I ride my bike to the theater most nights. Now that were in a hit [show], everybodys flocking to the theater. So very often, well go out for a bite and then Ill bike home. I have a neon vest, and I bike up Central Park West. Im very careful. Sometimes I go to bed at 2 in the morning. I take Sleepytime Extra tea and melatonin. It takes tremendous discipline to calm down my mind.

Its a pretty long show. How do you spend time in between your scenes?

Could you pass the berries? When I was following Janes track, the dresser would say, And now Jane goes into the stage management office and sits and chats. I said, You got the wrong actor here. I do not sit. I do not chat. I study my script, like every good Jewish girl.

Is there a plan to record a cast album?

I hope so. What makes me sad is were not eligible for the Tonys. I hope they create something special for us.

Tovah Feldshuh (in red) on the Cannes red carpet for Armageddon Time.Getty Images

Youre also in James Grays new movie Armageddon Time. What was it like working with Jeremy Strong, Anne Hathaway and Anthony Hopkins?

Fabulous. Jeremy Strong as a real standout in that movie. Hes a superb artist and a wonderful man. When he works on set, hes in the tunnel. And, frankly, so are most of us. Tony is a gas. Hes hilarious. He can tell a dirty joke right before they say action and then do the part. And Anne Hathaway is like Lea Michele, just a superb human being. Shes very well brought up, very kind, very warm. Working for James Gray was pretty exciting because, who knew we were going to be invited to the Cannes Film Festival?

What was it like to go to Cannes?

It was exquisite. I was walking home Andy [Levy, Feldshuhs husband] and I rented a beautiful apartment near the Croisette and I met Julia Roberts. Shes a foot taller than me. She threw her arms around me and said, I have loved your work all my life. She started to name my theater credits. I said, You should run for president of the United States.

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Funny Girl Star Tovah Feldshuh on Sharing the Stage With Lea Michele and What the Talmud Says About Gossip - Variety

No-bake ‘millionaire’ bars are a rich treat for a sweet Simchat Torah J. – The Jewish News of Northern California

Marking the end of the annual Torah reading cycle, Simchat Torah is one of the most joyous days on the Jewish calendar. Tradition calls for dancing with Torah scrolls and eating festive meals and sweets.

Filled foods are a hallmark of the holiday, which this year will be observed from sunset Oct. 17 to sunset Oct. 18 (in Israel, and in Reform communities, its a day earlier).

In pursuit of tasty treats for such a sweet day, I explored a new cookbook that matches the stories of women in the Talmud with recipes. Feeding Women of the Talmud, Feeding Ourselves: Uplifting the Voices of Talmudic Heroines and Honoring them with Simple, Vegan Recipes is by Kenden Alfond, a blogger (Jewish Food Hero) who also wrote Beyond Chopped Liver.

The new book pairs stories about 69 women from the Talmud (written by female rabbis, educators and others) with mostly vegan recipes (gathered from 129 women who are chefs, food bloggers and home cooks from around the globe).

The recipe below inspired by the story of a rabbis daughter includes a layer of date caramel and is thus perfect for Simchat Torah. The story, which has inspired rabbinic thought on financially independent women, is about how the daughters wedding contract stipulates she retain her own possessions and manage her own finances.

The recipe is by Yal Alfond-Vincent (Alfonds Paris-based daughter), and my writeup is adapted for style, space and my experience in making it. Note that the cookies need to chill before being served.

Line the bottom and sides of a loaf pan (8-by-4-by-2 inches) with a large piece of parchment paper so its easy to lift out the squares.

Place almond flour, cup coconut oil, syrup and salt in the work bowl of a food processor. Process until until paste forms (3 to 5 minutes). Press mixture evenly into the bottom of prepared pan. Smooth with a metal spoon. Refrigerate at least 1 hour.

Once this layer is well chilled, pulse the almond butter, dates, figs, vanilla, lemon juice in the food processor until smooth. Taste and stir in more lemon juice if desired. Evenly spread on top of shortbread with a metal spoon. Wet the back of the spoon with water or additional juice and smooth. Return to fridge for at least 1 hour.

Melt the chocolate: Place chips or broken-up chocolate bars with remaining 1 tsp. coconut oil in small pot over low heat until smooth, stirring occasionally. Pour over the chilled caramel layer, titling the pan so the chocolate spreads evenly. Place pan level in refrigerator overnight. (Can be made 3 days ahead.)

Use the paper to lift the millionaire squares out of the pan in one piece. Cut into 16 pieces with sharp knife. Serve at room temperature. Wrap leftovers individually in plastic and store in refrigerator.

Notes: Use solid, room-temperature coconut oil, which will have a strong coconut taste. If thats an issue, use triple-refined coconut oil or a non-palm oil solid baking shortening. Choose a nut butter without added oil or sugar. Use vegan chocolate that is 54% to 72% cocoa solids. If using chips, 2 cups equals 12 oz.

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No-bake 'millionaire' bars are a rich treat for a sweet Simchat Torah J. - The Jewish News of Northern California

How to bend and not break – Religion News Service

(RNS) When you think of moral heroes, you probably go to Rosa Parks, the Rev. Martin Luther King Jr., Nelson Mandela or Elie Wiesel. They were all great moral heroes. But, sometimes you need to encounter someone who has a teaspoon of heroism. Those are my two guests on this podcast two human lulavs, who showed that they could bend but not break.

Click below to listen to the audio and let us know what you think.

It is time to play the game of movie trivia.

Question: what is the most important one-word quote in motion picture history?

I can see some of you getting ready to raise your hands. Well, I cant see that, but I am imagining it.

Some of you would say it is the last word from Orson Welles classic film, Citizen Kane: rosebud.

But, no. Sorry. That is not the answer I am looking for.

Lets talk about one of the great American movies of our time: The Graduate.

Now, in fact, there was either nothing Jewish about The Graduate or there was everything Jewish about The Graduate.

It is not only that it starred Dustin Hoffman, who is about as Jewish as it gets.

It is not only that Simon and Garfunkel provided the soundtrack which is also about as Jewish as it gets.

Benjamin Braddock, the alienated graduate, could have been Benjamin Bronstein.

Mrs. Robinson could have been Mrs. Rubinstein.

The Graduate was a totally Jewish movie.

Lets remember the movie together.

Ben Braddock is a product of Southern Californias upper middle class. He has just graduated from college. He is lost. He does not know what he wants out of life.

At his graduation party, a family friend approaches Benjamin.

I want to say one word to you. Just one word. Are you listening?

Many of you know the word that comes next.

Plastics.

There you have it. Perhaps the single most important one-word line in all of motion picture history.

If you are of a certain age, you remember that we used that word to describe people and it was not a compliment. She is so totally plastic.

Plastic described people who were artificial. It also described people who could twist themselves into being whatever others thought they should be, or into being what society thought they should be.

To be plastic is to be infinitely malleable.

Dont get me wrong. I believe in being flexible.

Jews are now in the process of finishing the festival of Sukkot.

We have been shaking the lulav, the palm frond.

What is the greatest quality of the lulav?

It bends. It is flexible.

The Talmud asks the question: Why does a sofer, a scribe, use a quill made out of a reed to write a scroll of the Torah?

Because, it says, a person should always be as flexible as a reed and as unyielding as a cedar.

But, you cannot be so flexible that you forget the core of who you are. When that happens, you break.

Or, your soul breaks.

I have spent a certain chunk of my life reflecting on that whole notion of plastics.

Perhaps the original word plastics in The Graduate that piece of advice the friend offered Benjamin Braddock was not, in fact, his way of saying Ben should be infinitely malleable.

If you remember the mass-production of plastics an innovation in the late 1960s then perhaps the friend was merely saying: Hey, Ben, plastics is going to be a thing, and you should get in on the ground floor.

If the movie had been made in recent years, it would have been what? Bitcoin?

We laughed when we heard plastics, because it was the ultimate synthetic material.

Southern California, where The Graduate took place, was the ultimate synthetic place.

Nothing was real in the world of The Graduate.

During the late 1960s, we used the word plastic as a derogatory term. It meant someone was as synthetic as the material itself.

But, this whole thing about plastic reminds us of something else.

Malleability? Not so good.

A faith tradition that holds out the model of an Abraham, of prophets, of Maccabees who refused to bend to the assimilationist waves of Hellenism, of Spanish Jews who let themselves be burned rather than convert to Christianity, of Russian Jews who resisted the dominant religion of Marx and Lenin for the subversive religion of God and Torah no one has ever come up to us and said that magic word: plastics.

Flexible? Much better. We all have learned how to be flexible, especially since the pandemic.

With flexibility has come resiliency.

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How to bend and not break - Religion News Service

Jewish donations to support abortion rights groups are booming J. – The Jewish News of Northern California

When the Supreme Court ruled in June to overturn Roe v. Wade, ending the constitutional right to an abortion, 87-year-old Barbara Meislin immediately called her grant adviser at the S.F.-based Jewish Community Federation and started mapping out which reproductive-rights organizations she could support through philanthropy.

We need to fight back, the Marin County resident said.

For Meislin, that meant adding money to her Federation donor-advised fund a managed account that lets her have a big say about which groups and causes will receive grants from those funds.

This summer, she focused on organizations supporting womens rights and democracy itself. Im doing everything I know how and can [do] to help us survive, she said.

Many local Jewish philanthropists say they feel the same way when it comes to defending womens reproductive rights.

It was sort of this steady march up with each threat over the Trump presidency, and now with the overturning of Roe v. Wade, [donors are] stepping it up again, said Amy Lyons, executive director of the John and Marcia Goldman Foundation, a Jewish-driven entity focused on supporting community needs across the Bay Area.

At the Federation, according to Rebecca Randall, the agencys managing director of philanthropy, donor-advised funds and supporting foundations granted $1.2 million in the name of reproductive rights from July 2021 through August 2022.

Since 2018, she added, more than 200 Federation donors and supporting foundations have given approximately $3.9 million to agencies that provide reproductive health care, protect abortion access and do other advocacy work around these causes. (By comparison, for the fiscal year ending in June 2016, the total given toward reproductive rights was only just above $250,000.)

This is one of those issues that we knew our community as a whole cared about, even if they hadnt necessarily started funding it in a big way, Randall said.

In May, seeking to support reproductive rights in a more explicit way, the Federation developed a guide titled Reproductive Rights Giving Opportunities.

The need for an abortion affects 1 in 4 women of reproductive age, the guide begins, adding that 75 percent of abortion patients are low-income women who cant use insurance for the procedure. The Rabbis of the Talmud are clear, it adds later, Abortion is permitted, and in some cases required, for the health and safety of women.

The guide lists agencies that the owners of donor-advised funds have recommended supporting, including the Abortion Care Network, two local branches of Planned Parenthood, Access Womens Health Justice, Center for Reproductive Rights, the Guttmacher Institute, NARAL Pro-Choice America Foundation and National Network of Abortion Funds. An update this summer added the National Council for Jewish Women, which has its own Jewish Fund for Abortion Access. (Abortion access is a Jewish value plain and simple, its webpage states.)

The Rabbis of the Talmud are clear: Abortion is permitted, and in some cases required, for the health and safety of women.

Supporting reproductive rights is not the only hot issue these days, as there have been big jumps in other donor-advised giving at the Federation. In the fiscal year that ended in June 2022, for example, educational organizations were granted $23 million from Federation donors, a sizable increase of over $5 million from the previous fiscal year, according to Randall.

Meanwhile, the John and Marcia Goldman Foundation has doubled what it has granted to reproductive-rights groups over the last five years. Grantees include NARAL, Planned Parenthood and ACLU Northern California.

In July, the Goldmans added six $10,000 grants to smaller, grassroots organizations working toward the same goals, including Groundswells Catalyst Fund for Reproductive Services, which focuses on directing health resources to low-income women, women of color and transgender people. In August, the National Abortion Federation was added as a grantee.

In all, John and Marcia Goldman have donated $245,000 this year toward abortion access and womens reproductive health care, according to Lyons.

Prompted by the Supreme Court ruling in June, the S.F.-based Lisa and Douglas Goldman Fund awarded two rounds of emergency grants totaling $1 million to reproductive health and rights groups. These include Just the Pill, I Need an A.com, If/When/How: Lawyering for Reproductive Justice and the Abortion Movement Fund. The extra funding came in addition to Lisa and Douglas annual award of approximately $1.4 million in grants in support of abortion access and delivery. (John and Douglas Goldman are brothers.)

The S.F.-based Jewish Community Relations Council is one of the Federations largest grantees and a major partner in advocacy for abortion access and activism around legislation tied to protecting reproductive freedom.

JCRC aggressively advocated for Assembly Bill 1666, introduced by Assembly member Rebecca Bauer-Kahan of the East Bay and signed into law by Gov. Gavin Newsom in June. It protects California abortion providers and their patients from civic actions brought by states where abortions are banned or significantly restricted.

Jessica Trubowitch, JCRCs director of policy and partnerships, said that the rise in giving to Federation donor-advised funds speaks to the concern that our community has for where abortion rights and access are right now in many U.S. states.

Julia Abramson, JCRCs community relations associate, added that the grant money from the Federation helps her mobilize and attract more volunteers to participate in abortion rights advocacy. Shes currently running a campaign for Proposition 1, the Right to Reproductive Freedom Amendment, which will be on the California ballot in November.

The Federations support really makes me happy and excited for what we can do in this Prop. 1 campaign, mobilizing our communities, Abramson said. So although its a very troubling and anxious time, it has me activated and hopeful.

Meislin echoed Abramsons feelings. She is encouraged by the growing philanthropy and political activism that has emerged since the landmark ruling in June that overturned Roe vs. Wade.

Im very concerned about the survival of our democracy right now, she said. I think were in very dire straits. Maybe things like this particular Supreme Court ruling have awakened people who would otherwise be half asleep.

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Jewish donations to support abortion rights groups are booming J. - The Jewish News of Northern California

Holding The High Line Podcast: The Marcelo Balboa Interview – Last Word on Soccer

PODCAST Hello Colorado Rapids fans. This week on Holding The High Line, Red sits down with Marcelo Balboa to have a long awaited interview. We discuss his playing career, big picture thoughts on the game, getting into media, and reminisce about his time covering the Rapids for Altitude Sports. Just like with Richard Fleming, we dont know what the future holds for Celo. But we appreciate everything hes done for the sport in this country and the Rapids.

Holding The High Line is an independent soccer podcast focused on the Colorado Rapids of MLS. If you like the show, please consider subscribing to us on your preferred podcatcher, giving us a review, and tell other Rapids fans about us. It helps a ton. Find us wherever you get your podcasts. You can find a full list of pod catchers were on with links on this Twitter thread. Our artwork was produced by CR54 Designs. Juanners does our music. Email us at rapids96podcast@gmail.com if youd like full transcripts of any episodes.

HTHL ison Patreon. If you like what we do and want to give us money, head on over toour page and become a Patreon Member.

Matt Pollard is the Site Manager for Last Word on Soccer and an engineer by day. A Colorado Convert, he started covering the Colorado Rapids as a credentialed member of the press in 2016, though hes watched MLS since 96. When hes not watching or writing about soccer, hes being an outdoorsman (mostly skiing and hiking) in this beautiful state or trying a new beer. For some reason, he thought that starting a podcast with Mark was a good idea and he cant figure out how to stop this madness. He also hosts Last Word SC Radio.

Mark Goodman, the artist formally known as Rapids Rabbi, moved to Colorado in 2011. Shortly thereafter he went to Dicks Sporting Goods Park, saw Lee Nguyen dribble a ball with the silky smoothness of liquid chocolate cascading into a Bar Mitzvah fountain, and promptly fell head over heels in love with domestic soccer. When not watching soccer or coaching his sons U-8 team, hes generally studying either Talmud or medieval biblical exegesis. Which explains why he watches so much MLS, probably. Having relocated to Pittsburgh in 2019, he covers the Pittsburgh Riverhounds of the USL for Pittsburgh Soccer Now.

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Holding The High Line Podcast: The Marcelo Balboa Interview - Last Word on Soccer

Joey Weisenberg coming to S.F. to help build ‘singing communities’ J. – The Jewish News of Northern California

Anyone who tried singing with a group live on Zoom during the pandemic knows just how chaotic and deeply unsatisfying such an experience could be. Zoom just wasnt made for that.

As much of Jewish communal life resumes in person, many are thrilled to once again be raising their voices together in song and in the same key and tempo. On Oct. 30, Joey Weisenberg will provide a unique opportunity to do just that when he visits the Bay Area to teach a workshop and give a concert at Congregation Sherith Israel in San Francisco.

A giant of contemporary Jewish music, in the words of Sherith Israels Cantor Toby Glaser, Weisenberg will share techniques on setting up singing spaces, harmonizing, finding the groove and cultivating silence. A program presented by local cantors and a concert involving Weisenberg, local synagogue choirs and workshop participants will follow. All events will be in-person only.

Since communal life was disrupted by the pandemic, Ive gained a much deeper appreciation for the preciousness of every musical moment, Weisenberg, 40, wrote in an email to J. More than anything else, Im just excited to get to be a part of the beautiful spiritual soundscape we create together!

Weisenberg is the founder of the Philadelphia-based Rising Song Institute, which fosters Jewish spiritual life through music. (It is a program of the Hadar Institute, an egalitarian educational institution in New York.) He has led singing workshops around the world, and he said the Sherith Israel program is for Jewish professionals and lay leaders, musicians and anyone who wants to transform their local musical culture.

Glaser told J. he attended one of Weisenbergs workshops in New York a few years ago and was blown away by the experience.

His teaching is really grounded in Jewish thought, philosophy and scholarship, Glaser said. He really uses a lot of text, whether its from the Torah or the Talmud, to emphasize the way the melody affects us on a Jewish level.

In contrast to the Reform tradition of Jewish music, which is grounded in American folk music (think Debbie Friedman), Weisenberg works with melodies based on Jewish liturgical music, said Glaser. Its a different style to a lot of Jewish popular music thats been written, he said.

With its massive dome and evocative stained glass windows, Sherith Israels sanctuary is an ideal place to get transcendental with the music, Glaser said. Temple Isaiah in Lafayette and Congregation Rodef Sholom in San Rafael are co-sponsoring the events.

The author of Building Singing Communities: A Practical Guide to Unlocking the Power of Music in Jewish Prayer and The Torah of Music, Weisenberg plays multiple instruments and composes new nigguns, or wordless melodies. His latest album, Leila, dropped earlier this year.

He said he is looking forward to working with as many Jewish music lovers as possible.

The more people who attend, the richer the sounds, the deeper the conversation, the more uplifting the experience, he said. And I hope this will merely be the starting point of a much longer journey into collective song.

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Joey Weisenberg coming to S.F. to help build 'singing communities' J. - The Jewish News of Northern California

Was the fruit of the Tree of Life from which Adam and Eve ate really an apple? J-Wire – J-Wire Jewish Australian News Service

Browse > Home / Featured Articles / Was the fruit of the Tree of Life from which Adam and Eve ate really an apple? J-Wire

October 19, 2022 by Rabbi Raymond Apple

Read on for article

Ask the rabbi.

WAS IT REALLY AN APPLE?

Q. Was the fruit of the Tree of Life from which Adam and Eve ate really an apple?

A. The text (Gen. 2:7) doesnt say a word about apples. All it speaks about is the fruit of the tree of knowledge of good and evil.

Whatever fruit it was, Adam was warned not to eat it. He disobeyed, as did Eve, and their punishment was expulsion.

Now was it literally a piece of fruit that they ate, or was the fruit allegorical?

How, after all, could eating a physical piece of fruit be wrong? And why should anyone think the text is talking about an apple when apples are regarded so highly later on in the Bible?

Surely the verse is teaching a moral lesson, and the word fruit is not to be taken literally.

As an analogy, remember that we have common idioms such as the fruit of ones deeds, which no one takes literally as a reference to apples, oranges or any other specific fruit category.

The lesson the Torah is teaching is that there are some kinds of indulgence (hence the word eat) that are out of bounds.

In this case, there is a clear sexual implication; when Adam and Eve replaced purity and holiness with sensuality and lust, their Garden of Eden was over.

However, the belief that there was an actual apple must have come from somewhere.

In the Midrash, there are suggestions that the fruit that symbolised the forbidden indulgence could have been a fig, grapes, wheat, quince, pomegranate, nuts or the apple of paradise, i.e. the etrog (citron).

This last view is promoted in the Septuagint and elsewhere, and Nachmanides, in fact, sees the name etrog as deriving from an Aramaic root denoting passion or desire.

In time, the word apple may have come to be the general term for any fruit, and when Biblical and post-Biblical writers said (e.g. Song of Songs 2:5) that apples were good for ones health, they may have been thinking of fruit in general.

It was early Christian writers (e.g. Jerome) who identified Adams sin with an actual apple, perhaps because they misconstrued the Greek references to the apple of paradise or possibly because the shape of the apple suggested a sexual connotation.

RABBIS IN THE WORKFORCE

Q. How is it that some rabbinically qualified people take on jobs outside the rabbinate?

A. This was always the case.

Because of the principle, Do not make the Torah a spade to dig with (Avot 4:5), Talmudic rabbis practised a variety of professions; one was even a gladiator.

The concept of the rabbi was quite different from the modern idea of a congregational minister. The rabbi was no more (or less) than a learned layman. Certain professions became particularly common among rabbis, especially medicine.

The modern spread of yeshivah learning has created thousands of rabbis who work in industry, commerce and the professions. Indeed, when the Lubliner Rav, a great rosh yeshivah, was asked where he was going to find congregational posts for his 300 students, he said he expected only one would be a community rabbi but hoped the other 299 would be learned enough to appreciate their congregational colleague.

Rabbis who work in other areas ought to be able to exert a subliminal spiritual and ethical influence and to raise the quality of society from within.

Whatever the profession he chooses, a rabbi must always ensure he is a role model of morality and decency.

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Was the fruit of the Tree of Life from which Adam and Eve ate really an apple? J-Wire - J-Wire Jewish Australian News Service

Where Did October 22 Come From? – Adventist Today

by Daniel Golovenko | 18 October 2022 |

The story has been told so often in Adventist circles around the world that it sometimes seems almost like sacrilege to revisit it: on October 22, 1844, thousands of faithful believers, mainly in the New England states, gathered in hopeful anticipation that the skies would break open and the Lord Jesus Christ himself would descend.

The text about cleansing the sanctuary (Daniel 8:14) would later come to be understood, in light of the symbolism of the day of atonement, as something being done in the heavenly sanctuaryChrist furthering his priestly ministry.

What happened at the disjunction between the initial theory and its later explanation is still known today as the Great Disappointment.

Though it is an oft-told origin story, it deserves an honest review. Most of us are decently familiar with the 2,300-days prophecy of Daniel 8:14 and its termination in 1844. Yet when the movement began no one was discussing the date of October 22. So why did The Great Disappointment happen on that particular day?

Its development and revision post-disappointment are almost as noteworthy as the disappointment itself.

Samuel Snow

Anyone who has read the story of the Millerite movement will know that several dates or ranges of dates had been proposed for Jesus to return. Originally, Miller preached that the end of the world would occur sometime between March 21, 1843, and March 21, 1844.[1] When the original time frame passed, they recalculated for April 18-19, 1844, which also passed uneventfully.[2]

The Millerites relied heavily on an interpretation of the ten virgins of Matthew 25 to say that they were in tarrying timethus excusing the several unfulfilled predictions as Gods delaying his coming. It is at this point in the story that a preacher named Samuel Snow, at a Millerite camp meeting in Exeter, New Hampshire, in August of 1844, presented to the gathered company the date of October 22.

You may have heard that October 22 was chosen because it was the Day of Atonement in 1844, the holiest day according to the Jewish calendar. You may be surprised to learn, then, that Yom Kippur fell on September 22-23 that year.[3] This discrepancy in the story causes understandable concern for some believers,[4] and begs the question of how Snow arrived at the October 22 date.

The methodology Snow used to calculate his prediction is complex, to say the least. At the time it was merely reported that,

Brother Snow remarked with great energy on the time, and displayed much research in his presentation of the evidence which, in his view, points to the tenth day of the seventh month of the Jewish sacred year, as the day of the Lords Advent.

Ironically, this report was followed with a cautionary remark: We should hesitate before we should feel authorized to attempt to make known the very day.[5]

Snows own publication of this idea ends with predicting Christs return on the tenth day of the seventh month of the year of jubilee: and that is the present year, 1844.[6]

The Karaite calendar

The key here is that Snows prediction was contingent on how one determined the start of the Jewish calendar year in 1844. The contentious point in Snows chronology is his use of the Karaite Jewish calendar.

The Karaites were a sect of Jews who believed that all of the divine instruction was recorded in the Torah, without the additional explanation from the Midrash or Talmud, as prescribed by Rabbinic Judaism. Snow and his supporters said that Karaites determined their calendar in accordance with strict Mosaic law, and determined the new year by the new moon nearest the barley harvest in Palestine, which would mean their calendar started April 19, 1844.[7]

There is evidence that the Karaites themselves had actually stopped utilizing their traditional calendar by this time, and may have begun keeping the festivals in accordance with the Rabbinical calendar. Snow nonetheless relied on the obsolete calendar to generate October 22 as the modern tenth day of the seventh month.

Ultimately, whatever the rationale by which Snow determined the October 22 date, it came and went, leaving thousands with shattered hope.

The cornfield vision

What would eventually become Seventh-day Adventism was birthed in the aftermath of the Great Disappointment. While Adventism has grown far beyond what it originally looked like in the late 1800s, there is still one major thing which ties us to October 22: a vision that Hiram Edson had in a cornfield on October 23, 1844.

Hiram Edsons explanation had a simple yet revolutionary premise for the disheartened Millerites: there was a sanctuary in heaven and, rather than returning to earth for us, Christ had just changed his location in the heavenly sanctuary. In Edsons own words,

Heaven seemed open to my view, and I saw distinctly and clearly, that instead of our High Priest coming out of the Most Holy of the heavenly sanctuary to come to this earth on the tenth day of the seventh month, at the end of the 2300 days, that he for the first time entered on that day the second apartment of that sanctuary; and that he had a work to perform in the Most Holy before coming to this earth. [8]

In that statement Edson tied the the tenth day of the seventh month with Christs ministry in the heavenly sanctuary. All subsequent discussions among Adventists on what happened in 1844 have been shaped by that cornfield vision.

October 22 today

The present significance of October 22 differs depending upon whom you talk to in the church. Undoubtedly it is because of the Great Disappointment that October is Adventist History Month. Some may even feel that October 22 is a sort of quasi-holiday unique to Adventism, commemorating a foundational event in our history.

Yet no part of this origin story is safe from scrutiny, and most aspects of it have provoked ongoing discussion. The method by which Snow and his allies arrived at October 22 would nowadays be considered exegetical butchery by even traditional Adventist scholars, which may explain why there has been no robust scholarly effort in Adventism to revive Snows predictive methodology. Parables are prescriptive, rather than descriptive, truths, and it would be thought illogical to use them in the manner the seventh-month movement did.

Furthermore, Snow made use of the discredited Ussher chronology, a famous timeline of earths history which calculated the Bible chronologies to a level of specificity for which they were never intended. Archbishop James Ussher added up the Old Testament numbers and pronounced that the first day of creation fell at the entrance of the night preceding the 23rd day of October the year before Christ 4004that is, around 6 pm on 22 October 4004 BC, on October 23! How ideal it seemed to Samuel Snow that this present world would end on October 22 and the new world begin on the 23rd, just as it did originally![9]

Some within Adventism have tried to defend the validity of the Karaite calendar upon which the Millerites used to choose October 22 rather than September 23.[10] Unfortunately for them, there is no solid evidence that any portion of the Jewish community observed Yom Kippur on October 22 that year.

It remains, however, that the most common critique of October 22 is none at all: it has diminished in significance over the years for most Adventists. A Sabbath School quarterly a few years ago discussed 1844 in detail, without defending October 22 at all.

Why we still defend it

A defense of October 22 would probably not be necessary if it were not for Hiram Edsons claiming Christ transitioned in the heavenly sanctuary that very day. Edsons experience has undergone scrutiny over the years.[11] The provenance of his written account is disputableit was written roughly five decades after the fact.

Yet in spite of the famous cornfield story, Edsons vision was not as instrumental to the development of the doctrine as some might believe.[12] The strongest bulwark for October 22 is that Sister White claimed that God was in the preaching of the seventh-month movement. But while she was clear that God propelled the movement, there is no quotation to say that God provided the precise date in October.

It is important to remember that while the Millerite movement was extraordinarily effective, it was mistaken. We may never know why God permitted thousands of believers to suffer such a soul-crushing disappointment. Furthermore, any effort to devise a biblical reason to cement October 22, 1844, as the definitive day Christ moved in the heavenly sanctuary would be hard-pressed to find crystal-clear support in scripture.

A decline in interest

With every subsequent generation of Adventists there is a decrease in concern over this bit of our history. The lack of reference to October 22 may simply be that 1844 is such a common shorthand for what happened that it seems unnecessary to resurrect the questionable specifics.

But in fact, it is simply not as clear-cut as we would like it to be. Whether Christ moved in the heavenly sanctuary on October 22, September 23, or some other time between 1843-1844 is not relevant. Please remember that the 2,300-days calculation stood on its own merits even before Snow introduced October 22. Miller himself wrote,

I have never fixed on any month, day, or hourI am not a prophet. I am not sent to prophesy, but to read, believe, and publish what God has inspired the ancient prophets to administer to us, in the prophecies of the Old and New Testaments.[13]

The 2,300-days prophecy still terminates around 1843-44 according to Adventist calculations. As for what happens in the heavenly sanctuary, it has scriptural support to stand on its own. Both skeptics and believers who feel their faith is contingent on irrefutable accuracy of the date of October 22 would probably also argue about whether Christ cleansed two or one demoniac, (Matthew 8:28-34; Mark 5:1-21; Luke 8:26-40)which is to say again, the precise date isnt relevant.

Whatever your opinion of October 22 may bewhether it is unquestionably the day on which Christ entered the heavenly holy of holies, or a day on which thousands were deluded into a doomsday movement, it is still a part of history that shaped who we are, and we shouldnt forget it.

Daniel Golovenko pastors in the Allegheny West conference in Ohio.

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Where Did October 22 Come From? - Adventist Today

Webb Space Telescope GSFC/NASA

The latest image from NASAs James Webb Space Telescope is a new perspective on the binary star Wolf-Rayet 140, revealing details and structure in a new light. More

Astronomer Ryan Lau of NSFs NOIRLab, principal investigator of the Webb Early Release Science program that observed the star, shares his thoughts on the observations.

"On the night that my teams Webb Early Release Science observations of the dust-forming massive binary star Wolf-Rayet (WR) 140 were taken, I was puzzled by what I saw in the preview images from Webbs Mid-Infrared Instrument (MIRI). There seemed to be a strange-looking diffraction pattern, and I worried that it was a visual effect created by the stars extreme brightness. However, as soon as I downloaded the final data I realized that I was not looking at a diffraction pattern, but instead rings of dust surrounding WR 140 at least 17 of them.

I was amazed. Although they resemble rings in the Webb image, the true 3D geometry of those semi-circular features is better described as a shell. The shells of dust are formed each time the stars reach a point in their orbit where they are closest to each other and their stellar winds interact. The even spacing between the shells indicates that dust formation events are occurring like clockwork, once in each eight-year orbit. In this case, the 17 shells can be counted like tree rings, showing more than 130 years of dust formation. Our confidence in this interpretation of the image was strengthened by comparing our findings to the geometric dust models by Yinuo Han, a doctoral student at the University of Cambridge, which showed a near-perfect match to our observations.

Credits: NASA, ESA, CSA, STScI, JPL-Caltech.

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Webb Space Telescope GSFC/NASA

James Webb telescope first images of our galaxy’s evolution are … – BGR

After months of waiting, NASA has finally revealed the James Webb telescopes first full-color images. And the results are better than we ever could have hoped for. They show in awe-inspiring detail photos of our early universe, the sharpest and deepest images ever recorded, black holes, and our galaxys evolution.

Last week, NASA revealed the targets for the James Webb telescopes first full-color images. This list came months after the telescope had reached its final destination and began preparing for its scientific missions.

Now, though, NASA has finally started releasing the first images, as well as spectrum research of an exoplanet known as WASP-96 b.

On Monday, a day before the event, NASA and President Biden joined together to showcase the first image. Titled Webbs First Deep Field, the image is of a galaxy cluster known as SMACS 0723. The image is absolutely overflowing with details, and you can even see the gravitational lensing around SMACS 0723.

Additionally, NASA also released spectrum details of WASP-96 b, an extraordinary exoplanet located more than 1,000 light-years from Earth. As part of James Webbs first full-color images, the spectrum gives us our first breakdown of an exoplanet in full detail.

The next images captured by Webb include a detailed capture of the Carina Nebula, the Southern Ring Nebula, and Stephans Quintet. The images themselves are absolutely beautiful, and unlike anything weve ever seen before. If this is what James Webb is capable of, then were in for a treat as the telescope continues to do its work.

You can see all the new images that James Webb captured and learn more about them on NASAs website.

NASA has a list of missions set aside from James Webb, and like NASAs other telescopes and spacecraft, the missions will continue to observe the early universe. Plenty of scientists have already put bids for James Webbs time, so its only a matter of time until James Webbs first full color images become a much larger collection.

And those images are going to tell us a lot. Theyre going to help give us a better understanding of the early universe, how black holes formed, and other things. NASA hasnt shared when we can expect the next images from James Webb to drop. But, if Hubbles past releases are anything to go by, we should expect plenty of future images from the new telescope.

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James Webb telescope first images of our galaxy's evolution are ... - BGR

The James Webb Space Telescope runs JavaScript, apparently – The Verge

It turns out that JavaScript, the programming language that web developers and users alike love to complain about, had a hand in delivering the stunning images that the James Webb Space Telescope has been beaming back to Earth. And no, I dont mean that in some snarky way, like that the website NASA hosts them on uses JavaScript (it does). I mean that the actual telescope, arguably one of humanitys finest scientific achievements, is largely controlled by JavaScript files. Oh, and its based on a software development kit from 2002.

According to a manuscript (PDF) for the JWSTs Integrated Science Instrument Module (or ISIM), the software for the ISIM is controlled by the Script Processor Task (SP), which runs scripts written in JavaScript upon receiving a command to do so. The actual code in charge of turning those JavaScripts (NASAs phrasing, not mine) into actions can run 10 of them at once.

The script processor is what really executes the tasks, but it gets instructions on what to do from the JavaScripts. Diagram: NASA

The manuscript and the paper (pdf) JWST: Maximizing efficiency and minimizing ground systems, written by the Space Telescope Science Institutes Ilana Dashevsky and Vicki Balzano, describe this process in great detail, but Ill oversimplify a bit to save you the pages of reading. The JWST has a bunch of these pre-written scripts for doing specific tasks, and scientists on the ground can tell it to run those tasks. When they do, those JavaScripts will be interpreted by a program called the script processor, which will then reach out to the other applications and systems that it needs to based on what the script calls for. The JWST isnt running a web browser where JavaScript directly controls the Mid-Infrared Instrument its more like when a manager is given a list of tasks (in this example, the JavaScripts) to do and delegates them out to their team.

The JavaScripts are just a part of the puzzle, but theyre an important one. Diagram: NASA

The JavaScripts are still very important, though the ISIM is the collection of instruments that actually take the pictures through the telescope, and the scripts control that process. NASA calls it the heart of the James Webb Space Telescope.

It seems a bit odd, then, that it uses such an old technology; according to Dashevsky and Balzano, the language the scripts are written in is called Nombas ScriptEase 5.00e. According to Nombas (now-defunct) website, the latest update to ScriptEase 5.00e was released in January 2003 yes, almost two decades ago. There are people who can vote who werent born when the software controlling some of the JWSTs most vital instruments came out.

This knowledge has been bubbling up on the internet in Hacker News and Twitter threads for years, but it still surprised quite a few of us here at The Verge once it actually clicked. At first blush, it just seems odd that such a vital (not to mention expensive) piece of scientific equipment would be controlled by a very old version of a technology thats not particularly known for being robust.

After thinking about it for a second, though, the softwares age makes a bit more sense while the JWST was launched in late 2021, the project has been in the works since 1989. When construction on the telescope started in 2004, ScriptEase 5 wouldve only been around two years old, having launched in 2002. Thats actually not particularly old, given that spacecraft are often powered by tried-and-true technology instead of the latest and greatest. Because of how long projects like the JWST take to (literally) get off the ground, things that had to be locked in early on can seem out of date by more conventional standards when launch day rolls around.

Its worth noting that, like the project itself, these documents that describe the JWSTs JavaScript system are pretty old; the one written by Dashevsky and Balzano is undated but came out in 2006, according to ResearchGate, and the ISIM manuscript is from 2011. (There does appear to have been a version published in 2010, but the one I read cites papers published in 2011.) Its always possible that NASA couldve changed the scripting system since then, but that seems like a pretty big undertaking that wouldve been mentioned somewhere. Also, while NASA didnt reply to The Verges request for comment, this JWST documentation page published in 2017 mentions event-driven science operations, which is pretty much exactly how the documents describe the JavaScript-based system.

This knowledge base, by the way, also contains a few more details on the telescopes 68 GB SSD, saying that it can hold somewhere between 58.8 and 65 gigabytes of actual scientific data. Wait, did I forget to mention that? Yes, this telescopes solid state drive has around the same capacity as the one that was available in the original 2008 MacBook Air.

Anyways, were not here to talk about the JWSTs storage. I feel like the big question at this point is why Javascript? Sure, theres probably a bit more angst about the language now than there was in the time when the projects engineers were selecting tech for the project, but NASA is famous among some programmers for its strict programming guidelines whats the point of going with web-like scripts instead of more traditional code?

Well, NASAs document says that this way of doing things gives operations personnel greater visibility, control and flexibility over the telescope operations, letting them easily change the scripts as they learn the ramifications and subtleties of operating the instruments. Basically, NASAs working with a bunch of files that are written in a somewhat human-readable format if they need to make changes, they can just open up a text editor, do a bunch of testing on the ground, then send the updated file to the JWST. Its certainly easier (and therefore likely less error-prone) than if every program was written in arcane code that youd have to recompile if you wanted to make changes.

A simplified diagram of the architecture from the Maximizing Efficiency paper. Image: Space Telescope Science Institute

If youre still worried, do note that the Space Telescope Science Institutes document mentions that the script processor itself is written in C++, which is known for being... well, the type of language youd want to use if you were programming a spacecraft. And its obviously working, right? The pictures are incredible, no matter what kind of code was run to generate them. It is, however, a fun piece of trivia next time youre cursing the modern web for being so slow and wishing that someone would just blast JavaScript into space, you can remember that NASA has, in fact, done that.

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The James Webb Space Telescope runs JavaScript, apparently - The Verge

Mock lava worlds will help the James Webb Space Telescope understand exoplanets – Space.com

Scientists have modeled the molten surfaces of 16 different types of lava worlds in the laboratory, creating a catalog of basic types of rocky exoplanet that astronomers using the James Webb Space Telescope can reference to characterize alien worlds.

Some terrestrial exoplanets orbit so close to their stars that temperatures reach up to 5,400 degrees Fahrenheit (3,000 degrees Celsius), melting their rocky surfaces. For example, the planet 55 Cancri e is a super-Earth more than eight times as massive as our planet that orbits its star every 18 hours at a distance of about 1.4 million miles (2.3 million kilometers), reaching surface temperatures of 4,200 F (2,300 C) on its dayside and 2,500 F (1,370 C) on its night side. As a result, its entire surface is covered by lava.

Now, a team of scientists has modeled and synthesized the various compositions of lava worlds, based on the abundance of heavy elements in these planets' stars. (Different stars have different compositions, and planets tend to reflect the composition of their parent star.) Then, by employing thermodynamic modeling to calculate how the compositions would behave, for example, on a planet with eight times the mass of Earth, the scientists created a catalog of 16 possible rock types that could be found on such lava worlds.

"Our catalog of volcanic exoplanet surfaces provides a tool to decipher what composes these worlds," Lisa Kaltenegger, a planetary scientist at Cornell University and a co-author of the study, said in a statement.

Related: 10 amazing exoplanet discoveries

Next, scientists actually created samples of these rocky materials in the lab of Cornell's Megan Holycross, a geochemist specializing in modeling Earth's interior. Once the samples had cooled, another co-author, Cornell's Marc-Antoine Fortin, measured the infrared reflection spectrum of each rock, which measures how much light of each infrared wavelength the rock reflects.

The scientists found that each sample had a spectral line at a wavelength of 8 microns, called the Christiansen feature, which is a previously known signature of silica-rich materials such as plagioclase, a common component of granite. The strength of this line can inform scientists which of the 16 compositional models a lava world most closely resembles.

"We are trying to understand not just exoplanets, but all rocky planets, including our own," Fortin said. "These lava worlds are like a time machine, because Earth was once lava, too."

The James Webb Space Telescope is observing the transit spectrum of lava planets including 55 Cancri e, Gliese 367b and K2-141b during its first year of science observations, and will likely observe many more in the future. The aim is that by matching the spectra that JWST measures with the Cornell catalog, astronomers will be able to more accurately characterize these worlds.

There may, however, by a spanner in the works. A 2020 paper from a team led by Zahra Essack, a Ph.D. student in exoplanetary sciences at MIT, found that some lava planets may have highly reflective metallic atmospheres of vaporized sodium, potassium and silica that could mask their molten surfaces. However, these planets would be quite bright, whereas lava is fairly dark, which could help scientists spot which planets are affected by the atmospheric masking.

The research was published Aug. 9 in the Monthly Notices of the Royal Astronomical Society.

Follow Keith Cooper on Twitter @21stCenturySETI. Follow us on Twitter @Spacedotcom and on Facebook.

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Mock lava worlds will help the James Webb Space Telescope understand exoplanets - Space.com

How the James Webb Space Telescope will power the search for aliens – Inverse

Along with revealing the oldest galaxies in the universe and shedding light on the birth of stars, the James Webb Space Telescope will help us seek out life on other worlds if it exists. We talked to the experts about how the telescope will aid the search for habitable planets and whether it could spot something like a Dyson sphere, and where we should look.

If aliens exist, they need a place to live, so astronomers first goal with Webb will be to find exoplanets that are located in Earth-like temperatures where liquid water is likely to be stable.

But an address in the habitable zone doesnt guarantee a livable planet for instance, Venus, Earth, and Mars are all in the Suns habitable zone.

Every rocky body in our own Solar System seems to have a different atmospheric composition, Johns Hopkins University Applied Physics Laboratory astronomer Kevin Stevenson, whose team will use Webb to study nine exoplanets starting in July 2023, tells Inverse. "When you look at the four rocky planets in our own solar system, Venus has a very thick carbon dioxide atmosphere, Earth has a nitrogen-dominated atmosphere with oxygen, Mercury has a very thin nitrogen atmosphere, and then Mars has a thin carbon dioxide atmosphere.

Some habitable zone planets in other planetary systems could be worse off and not have atmospheres at all, which would eliminate a protective barrier from its star.

The next question, of course, will be what alien atmospheres are made of. And the possibilities are endless so much so that one of the first goals for researchers will be just trying to understand them.

This chart shows the spectrum of light from the atmosphere of (not habitable) exoplanet WASP-96b.NASA

To figure out which planets have the right stuff for life, Webb will help astronomers see how thick exoplanet atmospheres are and what theyre made of. As an exoplanet passes in front of its star, the starlight gets filtered through the exoplanet's atmosphere, where certain molecules absorb particular wavelengths of light. Webbs Near Infrared Spectrometer, or NIRSpec, can spot evidence of specific chemicals, such as oxygen, carbon dioxide, and water vapor in the atmospheres of distant planets.

What we hope to see is signatures of carbon dioxide, which should have a really looming feature in this wavelength range. But it could also be that we see signatures of things like water, Nikole Lewis, a Cornell University astronomer, tells Inverse. Once we know how much carbon dioxide there is in the atmosphere, or how much water there is the atmosphere, what we can start to do is run scenarios for its climate.

Lewis and her team will start observing exoplanet TRAPPIST-1e in June 2023. The TRAPPIST-1 system has seven Earth-sized worlds, and TRAPPIST-1e is one of three that could be habitable under the right conditions. The teams first set of observations will focus on looking for carbon dioxide and figuring out if the planet has a thick, thin, or non-existent atmosphere. If carbon dioxide is found, subsequent observations will look for water and methane.

Is anyone home? If a world has the right conditions for life, astronomers next want to look for biosignatures chemicals potentially produced by living things in alien atmospheres. Biosignatures could include things like oxygen and methane, along with more obscure compounds like phosphine. But many of these chemicals can be produced by other means, including volcanoes.

Several rovers and landers have sniffed out methane (best known here on Earth for its starring role in cow flatulence) on Mars. But so far, planetary scientists are still debating whether methane on Mars came from trapped gasses from ancient volcanoes, or massive alien farts. Detection of phosphine in Venus atmosphere based on archival data announced in 2020 sparked heated debate on a few fronts: if phosphine is definitely tied to life, and if the phosphine was actually detected at all.

A common source of methane here on Earth.MEDITERRANEAN/E+/Getty Images

The debate on both Venus and Mars is still raging, and you can safely expect the first suggestion of biosignatures on an alien world to kickstart an even fiercer one.

Spotting aliens via pollution SETI (Search for Extraterrestrial Intelligence) researchers like Pennsylvania State University astronomer Jason Wright say data from Webb may make it possible to take the search for aliens a step further: looking for evidence of advanced civilizations with the technology to change their worlds.

Sort of a newish thread in the search for extraterrestrial intelligence is seeing what atmospheric pollutants we might be able to detect, Wright tells Inverse.

Here on Earth, the most prolific pollutant in our atmosphere is carbon dioxide, but from a cosmic distance, it wouldnt be obvious that a supposedly-intelligent species put it there. After all, Venus atmosphere is full of carbon dioxide that occurred naturally.

Instead, Wright suggests looking for pollution thats harder to pin on natural causes, like chlorofluorocarbons (CFCs), widely used as coolants, propellants, or solvents from the 1920s to the late 1980s. CFCs arent produced by natural processes and were largely responsible for the hole in the ozone layer. CFCs could be a sign of an alien civilization advanced enough to create artificial chemicals and pollute their atmosphere.

They're a very small component of the atmosphere, but they're actually quite detectable, says Wright, who along with his colleagues recently ran some computer simulations to find out whether Webbs instruments might be able to spot CFCs in the atmosphere of an exoplanet.

It turned out that although CFCs and nitrogen compounds produced by fertilizers would be difficult for Webb to pick out in an exoplanets atmosphere, its technically possible. (The study used TRAPPIST-1e as an example.) Wright describes it as borderline, and says hes encouraged by the result.

Just the fact that the first [chemical] we checked, there's a planet where it's borderline possible, really shows that we're right at the cusp of being able to detect these kinds of atmospheric technosignatures, he says.

Artists conception of Alien Planets In Orbit Around A Dyson Sphere, Constructed By A Type 2 Civilization.Michael Stevenson/UIG/Collection Mix: Subjects/Getty Images

What about Dyson spheres and alien megastructures? Webb, of course, cant help us look for alien radio signals, because its an infrared telescope, not a radio telescope. But it may be an excellent tool for finding really dramatic technosignatures, like Dyson spheres, planet-sized ways to capture a stars energy.

JWST should actually be quite good for things with Dyson spheres, because it's in the infrared, and it goes out long enough in the infrared that something like a Dyson sphere should be emitting in a way that it can detect, Wright says.

But the Space Telescope Science Institute, the organization that manages Webb as well as the Hubble Space Telescope, is vanishingly unlikely to grant observation time to a search for Dyson spheres. Instead, Wright suggests that it could be used to get a closer look at star systems where something unusual and possibly megastructure-like seems to be happening.

Wright was involved with a team that looked at an oddly dimming star called KIC 8462852 or Boyajians Star. Among many speculations for why it kept blotting out was the possibility of a Dyson sphere. Astronomers taking a closer look at the system found that an unusually large amount of dust was the culprit, but Wright points out that even if Webb doesnt find aliens at the next version of Boyajians Star, That will be sufficiently interesting in its own right, even aside from technosignatures.

One thing Lewiss and Stevensons research has in common is that both focus on rocky planets, like our Earth, orbiting small, relatively cool stars called red dwarfs, not at all like our Sun. TRAPPIST-1 is a red dwarf, as is Proxima Centauri and the recently-discovered SPECULOOS-2, both of which have habitable zone planets. Of the 21 known habitable zone planets likeliest to have the right temperature for life, 19 orbit red dwarfs, according to the Planetary Habitability Laboratory.

Trappist-1 is a red-dwarf star, the most common variety, located some 40 light-years away in Aquarius. In 2015, astronomers discovered that Trappist-1 was host to three earth-sized planets. Then it came under the spotlight again in 2017 when NASA scientists found an additional four planets, taking the total up to seven. This is the most terrestrial planets that have ever been found to orbit a single star, including our own Solar System. Trappist-1 is only fractionally larger than Jupiter in diameter. This image shows the star and six of the planets as they would appear from the vantage point of the fifth outermost planet, Trappist-1f. All of the planets and the Sun are to scale. One of the worlds is seen transiting in front of the star.MARK GARLICK/SCIENCE PHOTO LIBRARY/Science Photo Library/Getty Images

Because theyre small, cool, and slow-burning, they form more often and live longer than brighter, more massive stars. In addition to their sheer numbers, a habitable zone planet orbits in a shorter amount of time around a much dimmer star than the Sun, allowing astronomers to take several glimpses of a planet as it passes in front of its star and coax out more details whether for atmospheres or for CFC-like technosignatures.

Having small stars really helps us in terms of measuring that signal, says Stevenson. All nine of the planets in his teams observations orbit red dwarfs, and hes a member of the Consortium for Habitability and Atmospheres of M-dwarf Planets, or CHAMPs.

Nobody knows when or if Webb or any other telescope or SETI project will find evidence of life on another world. But the odds of finding a habitable world, or even potential biosignatures are high enough that several teams of astronomers and astrobiologists have been granted valuable time on the telescope to look for them.

At this point, a better question might be How will we know if Webb has found aliens? And thats an even tougher question to answer.

Even when we start to get some sense that [a planet] is habitable, it has an atmosphere, and maybe the surface isn't a hellscape, it's gonna take time and a lot of discussion among the community to say that this combination of molecules in the atmosphere is indicative of life, says Lewis.

The best ammunition in that kind of scientific debate is more data. For instance, to figure out whats actually happening on a distant world, astronomers will probably have to look for certain combinations of chemicals ozone and water vapor, for instance instead of just a single biomarker.

Webb might also help scientists measure how much of a particular chemical is present in the planets atmosphere. If, for instance, theres a very tiny amount of methane, researchers can compare that information to models of how the planets geology and atmosphere might work, which could shed some light on whether microbes, alien cows, or volcanic vents are more likely to produce exactly that amount of methane. But its still going to be an extremely tough question to answer with any certainty.

And just like biosignatures, finding one potential pollutant, like CFCs, in a planets atmosphere isnt the same thing as finding proof of alien life. Its more of a strong hint.

It's not quite the smoking gun that finding radio waves would be. If we found narrowband radio signals coming from space, that can only technological, says Wright. It's not 100 percent until you find some other signal that is 100 percent or lots of different [chemicals], all of which are probably technological.

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How the James Webb Space Telescope will power the search for aliens - Inverse

Behold the 1st images from NASA’s James Webb Space Telescope!

The wait is finally over.

The team behind NASA's James Webb Space Telescope released some of the first images from the much-anticipated observatory on Friday (Feb. 11). The main photo, which doesn't even hint at the power Webb will bring to the universe once it's fully operational, shows a star called HD 84406 and is only a portion of the mosaic taken over 25 hours beginning on Feb. 2, during the ongoing process to align the observatory's segmented mirror.

"The entire Webb team is ecstatic at how well the first steps of taking images and aligning the telescope are proceeding," Marcia Rieke, principal investigator of the instrument that Webb relies on for the alignment procedure and an astronomer at the University of Arizona, said in a NASA statement (opens in new tab).

Live updates: NASA's James Webb Space Telescope missionRelated: How the James Webb Space Telescope works in pictures

JWST is now 48 days out from its Christmas Day launch and in the midst of a commissioning process expected to last about six months. The telescope spent the first month unfolding from its launch configuration and trekking out nearly 1 million miles (1.5 million kilometers) away from Earth.

During the bulk of the remaining time, scientists are focusing on waking and calibrating the observatory's instruments and making the minute adjustments to the telescope's 18 golden mirror segments that are necessary for crisp, clear images of the deep universe.

The process is going well, according to NASA.

"This initial search covered an area about the size of the full moon because the segment dots could potentially have been that spread out on the sky," Marshall Perrin, the deputy telescope scientist for Webb and an astronomer at the Space Telescope Science Institute, said in the same statement. "Taking so much data right on the first day required all of Webb's science operations and data processing systems here on Earth working smoothly with the observatory in space right from the start. And we found light from all 18 segments very near the center early in that search! This is a great starting point for mirror alignment."

Still, the telescope has a long way to go, as today's image of HD 84406 shows.

"The first images are going to be ugly," Jane Rigby, Webb operations project scientist, said during a news conference held on Jan. 8 as the telescope began the process of unstowing its mirrors. "It is going to be blurry. We'll [have] 18 of these little images all over the sky."

And the photograph does indeed show multiple views of HD 84406, the star that JWST scientists recently announced they had chosen to look at first. "Star light, star bright the first star Webb will see is HD 84406, a sun-like star about 260 light-years away," NASA officials wrote on Twitter (opens in new tab) on Jan. 28.

HD 84406 is in the constellation Ursa Major, or Big Bear, but is not visible from Earth without a telescope. But it was a perfect early target for Webb because its brightness is steady and the observatory can always spot it, so launch or deployment delays wouldn't affect the plan.

Oddly, JWST won't be able to observe HD 84406 later in its tenure; once the telescope is focused, this star will be too bright to look at. Previously, JWST personnel have said that the telescope will be seeing fairly sharply by late April.

Even as the JWST works to hone its vision, a second key process is taking place in the background as the observatory sends the remaining heat from its time on Earth out into space. Because Webb is tuned to study the universe in infrared light, which also registers as heat, the observatory must be incredibly cold to obtain accurate data.

NASA scientists expect that the golden primary mirror will reach temperatures as low as minus 370 degrees Fahrenheit (minus 223 degrees Celsius or 50 degrees Kelvin); instruments must be even colder, according to an agency statement (opens in new tab).

In addition to the image of HD 84406, NASA also shared a "selfie" image that the observatory took using a special lens targeting the observatory's primary mirror to assist during the alignment process.

All told, scientists are thrilled about the observatory's progress.

"Launching Webb to space was of course an exciting event, but for scientists and optical engineers, this is a pinnacle moment, when light from a star is successfully making its way through the system down onto a detector," Michael McElwain, Webb observatory project scientist, NASA's Goddard Space Flight Center said in the statement.

Email Meghan Bartels at mbartels@space.com or follow her on Twitter @meghanbartels. Follow us on Twitter @Spacedotcom and on Facebook.

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Behold the 1st images from NASA's James Webb Space Telescope!

You don’t have to be an astronaut to explore space, Mozilla Hubs can take you there – Mozilla & Firefox

This month, Mozilla Hubs, a place where you can get together with friends online in a virtual-social space, partnered with conceptual artist Ashley Zelinskie on her New York exhibition, Unfold the Universe: First Light. The exhibition features her VR artwork Unfolding the Universe: A NASA Webb VR Experience in Mozilla Hubs. The exhibit runs through October 23rd (more details visit here), and for those who want to visit virtually, you can visit the VR portion of the exhibition here: https://unfoldtheuniverse.myhubs.net/.

Earlier this year, Mozilla Hubs was contacted by conceptual artist Ashley Zelinskie on a project with the NASA James Webb team. They wanted to make space exploration accessible to everyone. Mozilla Hubs seized this out-of-world opportunity as a chance to do real life testing with their subscription service before making it available next week.

On December 25, 2021, the James Webb telescope launched into space. Conceptual artist Ashley Zelinskie wanted to commemorate the launch in a way that was approachable and reachable to many people. She worked with Mozilla Hubs to create an immersive experience featuring an animated sculpture and interactive portraiture of the NASA James Webb team. She featured the Mozilla Hubs installation titled Unfolding the Universe: A NASA Webb VR Experience in her solo exhibition, Unfolding the Universe: First Light. It includes the telescopes First Images data released this past July. The immersive experience could be seen through live projections on the gallery walls as part of the installation or directly through a web browser which is also available here. We caught up with Ashley Zelinskie to hear more about her experience working with Mozilla Hubs.

I had been to a few events in Mozilla Hubs. During the pandemic friends were hosting art exhibitions in Hubs as a way to share their work while in lock down. Through a virtual residency I was doing with Agora Digital Arts I met Pierre-Francois Gerard of Metaxu Studio and began building my own VR experience.

Not really. All my artwork starts out digital and then I have it fabricated. So I wasnt a stranger to working digitally but I had never focused on that being the final outcome. It was interesting to see all the steps it takes to polish and produce a piece that is fully digital.

I dont think there is another VR service on the market that would be this accessible to people with no experience.

I had never made anything in VR when the Webb team approached me, and they wanted something accessible especially during the pandemic. Most of my work starts digitally where Ill use 3D models. I dont use shaders nor animation. Ill use a grey model and then have it printed in 3D and finish it in the real world. I had never created it in this new environment. There were steps I hadnt thought of as an artist. I worked with Pierre who helped me see that I dont have to deal with reality, and I can make things fly and float. It was really eye-opening to see that I can make things spin and fly. I no longer had to worry about the real world issues I had previously with 3D printed items like it sagging under gravity when I design. Once I switched my mindset, I could create stars, planets, a black holes, and accretion disks. None of it could ever be produced in the real world. I was able to make the impossible and flip the design process on its head.

I have no background as a developer or coder. I found Hubs to be extremely approachable. I dont think there is another VR service on the market that would be this accessible to people with no experience.

Hubs was an easy choice for this project. When I was brainstorming a way to do public outreach during a pandemic with Maggie of the Webb team we landed on VR. It seemed to be the most immersive and interesting way to get people involved and interested. However we didnt want to cut people out that didnt have fancy VR headsets or little experience in VR. Hubs was the democratic solution to all these logistics. If we were going to invite the world to experience the Webb Telescope we wanted everyone to be able to attend.

We will be exhibiting a few different works of art in Mozilla Hubs. The first one being the one we created to commemorate the launch of the James Webb Space Telescope called Unfolding the Universe: A NASA Webb VR experience. This piece includes interactive portraits of scientists and engineers on the Webb team, a custom musical soundscape, and digitally animated version of sculptures that will be shown in the ONX gallery. Since the first images were released we created two new works to reflect the new discoveries. One of the works depicts exoplanet spectroscopy data in the form of a rainbow aurora mountain landscape and the other is a totally new VR world inside the black hole at the center of the cartwheel galaxy.

Note: All photos credited to Caroline Xia, ONX Studio

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You don't have to be an astronaut to explore space, Mozilla Hubs can take you there - Mozilla & Firefox

The 10 biggest telescopes on Earth – Space.com

The biggest telescopes in the world are often the most successful at making new space discoveries, due to their ability to collect more light and delve into the universe's history from impressive distances.

Despite space observatories such as the Hubble Space Telescope (HST) and James Webb Space Telescope (JWST) being closer to the action, ground-based telescopes can achieve greater dimensions and are far less restricted by weight. When telescopes on Earth are built in a good location, with wide sky views, they can focus on a range of specific areas or events unlike space telescopes which need to be in the right place at the right time.

Some of the largest telescopes are serving as Earth's eyes to explore supernovas, galaxies and other distant objects. Here are the ten biggest telescopes in action and in progress today.

Related: 15 stunning places on Earth that look like they're from another planet

Location: Texas, United States

Type: Optical

Diameter: 32 feet (10 meters)

Before its success as one of the world's largest optical telescopes, Hobby Eberly's design was unique. One element that helped make it stand out from existing telescopes was that its mirror is always tilted 55 degrees up from the horizon. This might sound restricting, but its rotating mechanism means it can still observe 70 percent of the visible sky. The telescope's mirror has 91 hexagonal segments to collect visible light.

The most noteworthy discovery captured by Hobby Eberly was light that originated from a quasar so far away that the Earth was only an eighth of its current age when this light began traveling towards Earth. A quasar is an incredibly bright object that gains its energy from a supermassive black hole.

Location: Maunakea, Hawaii

Type: Optical and Infrared

Diameter: 32.8 feet (10 meters)

Despite being Earth-based, the twin telescopes at the Keck Observatory can see farther into space than the famous Hubble Telescope. This means that around a quarter of the observations made by U.S. astronomers are achieved using Keck, and it is considered the most scientifically productive of all land telescopes.

By incorporating optical and infrared telescopes, the observatory produces clear images in the visible light spectrum, but also allows astronomers to see deeper into space using infrared. Some of the incredible imagery uncovered by this combination of apparatus include the birth of stars, which can produce a visible glow and also heat up surrounding gas that can be detected using infrared.

The observatory is positioned near the equator and at the top of the dormant Hawaiian volcano, Mauna Kea. There are 36 mirrors that make up each telescope, joined together to make one large panel. Concealed in insulated domes, the two telescopes operate at temperatures slightly below freezing to prevent heat from interfering with the infrared images.

Location: La Palma, Spain

Type: Optical-infrared

Diameter: 34.1 feet (10.4 meters)

This telescope discovered the most densely populated galaxy cluster.

Location: Karoo, South Africa

Type: Optical

Diameter: 36 feet (11 meters)

The design of SALT appears almost identical to Hobby Eberly because it was inspired by the success of its predecessor. SALT has the same number of hexagonal panels as Hobby Eberly but was redesigned to improve its field of view and image quality. The mirrors of SALT also have a higher sensitivity to short wavelengths, due to additional layers of metal being added to them. Among SALT's top discoveries is the first white dwarf pulsar. This is a fast-spinning star remnant of a white dwarf.

Location: Atacama desert, Chile

Type: Radio

Diameter: 39.4 feet (12 meters)

ALMA consists of 66 radio telescopes, with 54 measuring 39.4 feet (12 meters) in diameter and the remaining 12 just 23 feet (seven meters). Collectively known as an astronomical interferometer, each of these antennas works together to create one image. When this array is used in different combinations, the range of visibility varies. This is essential for targeting the desired galactic areas.

One of the groundbreaking discoveries made by ALMA was the most distant oxygen in space. This is a record that the telescopes have broken more than once. The furthest detection of oxygen in space was 13.28 billion light-years away and evidence of this was picked up by ALMA in 2018. Due to the expansion of the universe, the infrared light that had been emitted from this oxygen was converted into microwaves as it stretched. The signal came from ionized oxygen in the galaxy MACS1149-JD1.

Location: Atacama desert, Chile

Type: Optical

Diameter: 80 feet (24.5 meters)

The GMT, set to be complete in 2029, could produce images 10 times clearer than Hubble.

Location: Mauna Kea, Hawaii

Type: Optical-infrared

Diameter: 98 feet (30 meters)

This project is currently in progress, as part of a collaboration between Japan (the National Institutes of Natural Sciences and National Astronomical Observatory), the U.S. (Caltech and the University of California), Canada (National Research Council Canada), China (National Astronomical Observatories of the Chinese Academy of Sciences), and India (the Department of Science and Technology of India).

Its name gives away the measurement of the large primary mirror which will consist of 492 hexagonal panels. Between each 56.6-inch (1.44-meter) tessellated mirror is a gap of just 2.5 millimeters (0.1 inches). The site of this telescope is at an altitude of 13,163 feet (4,012 meters) and will be used to analyze black holes at the heart of the Milky Way and other galaxies.

Location: Australia and South Africa

Type: Phased array, radio

Diameter: 512 x 49.2 feet (512 x 15 meters)

Although the individual size of each of these telescopes isn't as grand as some of the previous entries, the anticipated scale of this construction is much greater. Chosen for their extremely remote lands, the Karoo region of South Africa and Murchison Shire of Western Australia are due to host the massive radio telescope arrays. In Australia, which is planned to be home to the largest of these sites initially, there will be 512 telescope stations, while 200 will be situated in South Africa.

Scientists estimate that the result of this project will be telescope arrays that are 100 times more sensitive than today's top sites and a sky surveying time that is around one million times faster. The targeted completion date is in 2028 and the arrays are expected to be used for around five decades.

Location: Atacama desert, Chile

Type: Optical-infrared

Diameter: 128 feet (39.3 meters)

Designed by the European Southern Observatory (ESO), the Extremely Large Telescope (which is due to be completed in 2027) also holds extremely lofty goals. These include discovering Earth-like planets and searching for life beyond the Solar System.

Due to its significant mirror surface area of 10,527 square feet (978 square meters), the ELT will be able to collect 100,000,000 times more light than the human eye. The telescope will be encased in a huge, 262-foot (80-meter) tall rotating dome, which will weigh approximately 6,000 tonnes. The strong foundations for this telescope were completed at the beginning of 2022.

Location: Guizhou, China

Type: Radio

Diameter: 1,640 feet (500 meters)

The FAST opened in 2020 and is currently the world's largest single-dish ground telescope.

To stay up to date with the latest news from the FAST telescope, visit the FAST website (opens in new tab). Alternatively, to read more about the Thirty Meter Telescope, you can visit the TMT International Observatory website (opens in new tab).

"Up Above the World so High (opens in new tab)". W.M. Keck Observatory (2022).

"Introducing the Gran Telescopio CANARIAS (opens in new tab)". Gran Telescopio CANARIAS (2020).

"South African Telescope, Patterned After Hobby-Eberly Telescope, Sees First Light (opens in new tab)". Penn State Eberly College of Science (2005).

"ALMA, In search of our cosmic origins (opens in new tab)". European Southern Observatory (ESO) (2020).

"ALMA Finds Most-Distant Oxygen in the Universe (opens in new tab)". ALMA (2018).

"TMT (Thirty Meter Telescope) (opens in new tab)". National Astronomical Observatory of Japan (NAOJ) (2022).

"The SKA Project (opens in new tab)". SKA Telescope (2022).

"5M grant awarded to Cavendish Astrophysics to build "brains" of the world's largest radio telescope (opens in new tab)". University of Cambridge (2022).

"The Extremely Large Telescope: The World's Biggest Eye on the Sky (opens in new tab)". European Southern Observatory (ESO) (2022).

Original post:

The 10 biggest telescopes on Earth - Space.com