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PeacePreneuring by the Numbers…Great Work

Austin Tang — Mon, 18 Aug 2025 13:57:47 +0000

https://bit.ly/PeoplesPAiXAcademy2025

Synergies between the “Peace Pole Map” and “Strength Through Peace ’25 TOUR” documents

Both the “Peace Pole Map” and the “Strength Through Peace ’25 TOUR” documents are centered on the themes of peace, global interconnectedness, and the power of ideas.

Peace as a central message:

The “Peace Pole Map” promotes “May Peace Prevail On Earth” as an all-inclusive, universal message intended to embrace all people and lands¹¹¹¹. The document also mentions the mission of May Peace Prevail On Earth International, an organization associated with the Department of Public Information at the United Nations, is to spread this message widely²²²².
The “Strength Through Peace ’25 TOUR” features Congressman Dennis Kucinich, who is described as being committed to peace³. His “Prayer for America” speech is an appeal for a shift from militarism to peace and diplomacy, with a vision of America as a global force for peace⁴. He also advocates for a federal Department of Peace and for the abolition of nuclear weapons⁵⁵⁵⁵.

Global interconnectedness and unity:

The “Peace Pole Map” highlights the message “May Peace Prevail On Earth” as a “meeting place of the heart,” bringing together people of all faiths, backgrounds, and cultures to embrace the “Oneness of our planetary family”⁶. The map itself is a “Virtual Global Peace Pole Map,” intended to “Embrace the Earth in an Aura of Peace”⁷.
Kucinich’s speech, featured in the “Strength Through Peace ’25 TOUR,” speaks of a deeper truth in the unity of the United States, which extends to the union of all people everywhere⁸. He emphasizes global interconnectedness through human consciousness and a shared desire for freedom, not just economically⁹.

The power of ideas and a call to action:

The “Peace Pole Map” document emphasizes “The Power of Thought” and “The Power of Words” to create change¹⁰¹⁰¹⁰¹⁰. It states that thought forms are strong enough to affect planetary destiny, and words can inspire, heal, and transform the human heart¹¹¹¹¹¹¹¹. The creation of physical or virtual peace poles serves as a tangible action to spread the message¹².
Kucinich’s speeches are presented as a call to action, urging a reclaiming of democratic traditions and a promotion of peace and nonviolence¹³. He calls for a world free from social issues like hunger and homelessness and a shift away from a “permanent war economy”¹⁴. He argues that a free people cannot simultaneously walk in fear and faith¹⁵.

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GoodNewsLetter: GIVING TUESDAY – Good News has a great opportunity for you for Peace and Mother Earth

Austin Tang — Tue, 03 Dec 2024 18:21:54 +0000

partnership with www.EarthDay.org, founders of Earth Day.

If you can share some of your hard-earned income, with our worthy cause…we will be honored to share your Good News in our media and there are some great rewards to be had: Please support our TAX DEDUCTIBLE nonprofit, 501 C 3, Good News Corporation at http://goodnewsplanet.com/peacedayparty/peace-day-donations/

VOLUNTEER HELP NEEDED FOR EARTH & WATER DAY ASAP. CALL PAUL

Also here is our 2025 Earth & Water Day and our International Day of Peace Presentation for Donors and Corporations, please support our nonprofit events that are FOR ALL PEOPLE. WE ARE ONE. WORLD PEACE IS SERIOUS. .

https://pausetheworldforpeace.org/2024/11/04/2025-earth-water-peace-day-donor-presentation/

STAY WELL

Please support our nonprofit, 501 C 3, Good News Corporation at http://goodnewsplanet.com/peacedayparty/peace-day-donations/

LET’S GROW TOGETHER. GOOD NEWS MOTTO: “All we are is what we are with each other.” Zeal

With Respect. Love and May Peace Prevail on Earth, For Information Contact:

Reverend Paul Sladkus, All Faiths and Spiritual,

Founder, Good News Corporation 501 C 3 212 647 1212 paul.sladkus1@gmail.com and our Good News and Peace Worldwide Team who make our Peace Day 9/21 happen.

www.pausetheworldforpeace.org,www.goodnewsplanet.TV, www.youtube.com/goodnewsbroadcast

Social Networks: www.Facebook.com/PaulSladkus, LinkedIn Paul Sladkus, Twitter/X Good News to Go, Instagram PausetheWorld

LET’S GROW TOGETHER. GOOD NEWS MOTTO: ALL WE ARE IS WHAT WE ARE WITH EACH OTHER. ZEAL

For more information contact:

Reverend Paul Sladkus, All Faiths and Spiritual 212 647 1212

New York, NY, Montauk, NY

PS – SPECIAL OPPORTUNITY FOR OUR FRIENDS AND MEMBERS:

Looking for a vacation rental, SHORT TERM, in Montauk, here is our listing https://goodnewsplanet.com/montauk-manor-rental-suite-403-paul-sladkus/ call me. Paul Sladkus: 917 687 1790

PPS: Special Waterfront Real Estate Canada, Laurentians, your dreams though your own waterfront real estate. www.monlac.com

Domaine Le Sanctuaire des Lacs offers you a piece of paradise situated in a large gated territory in the Laurentians

Call Paul Sladkus: 917 687 1790

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Thought for the Day…12/03/24

Austin Tang — Tue, 03 Dec 2024 14:44:50 +0000

Good morning. Have a great day. Stay blessed always.

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How to Map a Fly Brain in 20 Million Easy Steps

Austin Tang — Thu, 28 Oct 2021 16:20:59 +0000

By Emily Anthes

Published Oct. 26, 2021Updated Oct. 27, 2021

The brain of a fruit fly is the size of a poppy seed and about as easy to overlook.

“Most people, I think, don’t even think of the fly as having a brain,” said Vivek Jayaraman, a neuroscientist at the Janelia Research Campus of the Howard Hughes Medical Institute in Virginia. “But, of course, flies lead quite rich lives.”

Flies are capable of sophisticated behaviors, including navigating diverse landscapes, tussling with rivals and serenading potential mates. And their speck-size brains are tremendously complex, containing some 100,000 neurons andtens of millions of connections, or synapses, between them.

Since 2014, a team of scientists at Janelia, in collaboration with researchers at Google, have been mapping these neurons and synapses in an effort to create a comprehensive wiring diagram, also known as a connectome, of the fruit fly brain.

The work, which is continuing, is time-consuming and expensive, even with the help of state-of-the-art machine-learning algorithms. But the data they have released so far is stunning in its detail, composing an atlas of tens of thousands of gnarled neurons in many crucial areas of the fly brain.

And now, in an enormous new paper, being published on Tuesday in the journal eLife, neuroscientists are beginning to show what they can do with it.

By analyzing the connectome of just a small part of the fly brain — the central complex, which plays an important role in navigation — Dr. Jayaraman and his colleagues identified dozens of new neuron types and pinpointed neural circuits that appear to help flies make their way through the world. The work could ultimately help provide insight into how all kinds of animal brains, including our own, process a flood of sensory information and translate it into appropriate action.

It is also a proof of principle for the young field of modern connectomics, which was built on the promise that constructing detailed diagrams of the brain’s wiring would pay scientific dividends.

“It’s really extraordinary,” Dr. Clay Reid, a senior investigator at the Allen Institute for Brain Science in Seattle, said of the new paper. “I think anyone who looks at it will say connectomics is a tool that we need in neuroscience — full stop.”

Credit…Matt Staley, Janelia Research Campus

‘Your fly brain is cooked’

The only complete connectome in the animal kingdom belongs to the humble roundworm, C. elegans. The pioneering biologist Sydney Brenner, who would later go on to win a Nobel Prize, started the project in the 1960s. His small team spent years on it, using colored pens to trace all 302 neurons by hand.

“Brenner realized that to understand the nervous system you had to know its structure,” said Scott Emmons, a neuroscientist and geneticist at Albert Einstein College of Medicine, who later used digital techniques to create new C. elegans connectomes. “And that’s true across biology. Structure is so important.”

Brenner and his colleagues published their landmark paper, which clocked in at 340 pages, in 1986.

But the field of modern connectomics did not take off until the 2000s, when advances in imaging and computing finally made it feasible to map the connections in larger brains. In recent years, research teams around the world have started assembling connectomes of zebrafish, songbirds, mice, humans and more.

When the Janelia Research Campus opened in 2006, Gerald Rubin, its founding director, set his sights on the fruit fly. “I don’t want to offend any of my worm colleagues, but I think flies are the simplest brain that actually does interesting, complex behavior,” Dr. Rubin said.

Several different teams at Janelia have embarked on fly connectome projects in the years since, but the work that led to the new paper began in 2014, with the brain of a single, five-day-old female fruit fly.

Researchers cut the fly brain into slabs and then used a technique known as focused-ion beam scanning electron microscopy to image them, layer by painstaking layer. The microscope essentially functioned like a very tiny, very precise nail file, filing away an exceedingly thin layer of the brain, snapping a picture of the exposed tissue and then repeating the process until nothing remained.

“You’re simultaneously imaging and cutting off little slices of the fly brain, so they don’t exist after you’re done,” Dr. Jayaraman said. “So if you screw something up, you’re done. Your goose is cooked — or your fly brain is cooked.”

The team then used computer vision software to stitch the millions of resulting images back together into a single, three-dimensional volume and sent it off to Google. There, researchers used advanced machine-learning algorithms to identify each individual neuron and trace its twisting branches.

Finally, the Janelia team used additional computational tools to pinpoint the synapses, and human researchers proofread the computers’ work, correcting errors and refining the wiring diagrams.

Last year, the researchers published the connectome for what they called the “hemibrain,” a large portion of the central fly brain, which includes regions and structures that are crucial for sleep, learning and navigation.

The connectome, which is accessible free online, includes about 25,000 neurons and 20 million synapses, far more than the C. elegans connectome.

“It’s a dramatic scaling up,” said Cori Bargmann, a neuroscientist at the Rockefeller University in New York. “This is a tremendous step toward the goal of working out the connectivity of the brain.”

Welcome to orientation

Credit…FlyEM/Janelia Research Campus

Once the hemibrain connectome was ready, Dr. Jayaraman, an expert on the neuroscience of fly navigation, was eager to dive into the data on the central complex.

The brain region, which contains nearly 3,000 neurons and is present in all insects, helps flies build an internal model of their spatial relationship to the world and then select and execute behaviors appropriate for their circumstances, such as searching for food when they are hungry.

“You’re telling me you can give me the wiring diagram for something like this?” Dr. Jayaraman said. “This is better industrial espionage than you could get by getting insights into the Apple iPhone.”

He and his colleagues pored over the connectome data, studying how the region’s neural circuits were put together.

For instance, Hannah Haberkern, a postdoctoral associate in Dr. Jayaraman’s lab, analyzed the neurons that send sensory information to the ellipsoid body, a doughnut-shape structure that acts as the fly’s internal compass.

Dr. Haberkern found that neurons that are known to transmit information about the polarization of light — a global environmental cue that many animals use for navigation — made more connections to the compass neurons than did neurons that transmit information about other visual features and landmarks.

The neurons dedicated to polarization of light also connect to — and are capable of strongly inhibiting — brain cells that provide information about other navigational cues.

The researchers hypothesize that fly brains may be wired to prioritize information about the global environment when they are navigating — but also that these circuits are flexible, so that when such information is inadequate, they can pay more attention to local features of the landscape. “They have all these fallback strategies,” Dr. Haberkern said.

Fruit fly phone home

Other members of the research team identified specific neural pathways that seem well suited to helping the fly keep track of its head and body orientation, anticipate its future orientation and traveling direction, calculate its current orientation relative to another desired location and then move in that direction.

Imagine, for instance, that a hungry fly temporarily abandons a rotting banana to see whether it can rustle up something better. But after a (literally) fruitless few minutes of exploration, it wants to return to its previous meal.

The connectome data suggests that certain brain cells, technically known as PFL3 neurons, help the fly pull off this maneuver. These neurons receive two critical inputs: They get signals from neurons that track the direction the fly is facing as well as from neurons that may be keeping tabs on the direction of the banana.

After receiving those signals, the PFL3 neurons then send out their own message to a set of turning neurons that prompt the fly to veer off in the correct direction. Dinner is served, again.

“Being able to trace that activity through that circuit — from sensory back to motor through this complex intermediate circuit — is really amazing,” said Brad Hulse, a research scientist in Dr. Jayaraman’s lab who led this part of the analysis. The connectome, he added, “showed us a lot more than we thought it was going to.”

And the group’s paper — a draft of which includes 75 figures and stretches to 360 pages — is just the beginning.

“It just really provides this ground truth for exploring this brain region further,” said Stanley Heinze, an expert on insect neuroscience at Lund University in Sweden. “It’s just enormously impressive.”

And just plain enormous. “I wouldn’t really treat it as a paper but more as a book,” Dr. Heinze said.

In fact, the paper is so large that the preprint server bioRxiv initially declined to publish it, perhaps because the administrators — understandably — thought it actually was a book, Dr. Jayaraman said. (The server ultimately did post the study, after a few extra days of processing, he noted.)

The paper’s publication in the journal eLife “required some special permissions and back-and-forth with editorial staff,” Dr. Jayaraman added.

Fly-ing lessons

There are limitations to what a snapshot of a single brain at a single moment in time can reveal, and connectomes do not capture everything of interest in an animal brain. (Janelia’s hemibrain connectome omits glial cells, for instance, which perform all sorts of important tasks in the brain.)

Dr. Jayaraman and his colleagues stressed that they would not have been able to infer so much from the connectome if not for decades of prior research, by many other scientists, into fruit fly behavior and basic neuron physiology and function, as well as theoretical neuroscience work.

But the wiring diagrams can help researchers investigate existing theories and generate better hypotheses, figuring out what questions to ask and which experiments to conduct.

Credit…Peter Yeeles/Alamy

“Now what we’re really excited about is taking those ideas that the connectome inspired and going back to the microscope, going back to our electrodes and actually recording the brain and seeing if those ideas are true,” Dr. Hulse said.

Of course, one could — and some have — asked why a fruit fly’s brain circuitry matters.

“I get asked this at the holidays a lot,” Dr. Hulse said.

Flies are not mice or chimps or humans, but their brains perform some of the same basic tasks. Understanding the basic neural circuitry in an insect could provide important clues to how other animal brains approach similar problems, said David Van Essen, a neuroscientist at Washington University in St. Louis.

Gaining a deep understanding of the fly’s brain “also gives us insights that are very relevant to the understanding of mammalian, and even human, brains and behavior,” he said.

Creating connectomes of larger, more complex brains will be enormously challenging. The mouse brain contains roughly 70 million neurons, the human brain a whopping 86 billion.

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As Iran Hits 25M COVID Cases, A U.S. Nonprofit Fights Sanctions to Help With Food & Medicine

Austin Tang — Wed, 19 Aug 2020 23:00:16 +0000

http://goodnewsplanet.com/wp-content/uploads/2020/08/bobak_1.mp3
There’s a much shorter highlight reel here as well:
http://goodnewsplanet.com/wp-content/uploads/2020/08/Hunger-Relief-HIGHLIGHTS-Moms-Against-Poverty-Fundraiser-w-Maz-Jobrani-Andy-Brian-Cox-and-m.mp3
Bobak Bakhtiari, Board Member.

I’m following up my email last week, after Iranian President Hassan Rouhani declared over 25 million Iranians have contracted COVID, to bring your attention to a U.S. based organization aiding relief efforts both here and in Iran. I’m hoping you’ll take interest in this story as a standalone focus, orin tapping into the organization’s leadership for commentary on this or other related affairs.

Moms Against Poverty (MAP) is a global non-profit organization, founded in 2008 in San Francisco as a volunteer-based nonprofit organization to nurture and educate underprivileged children. In 2020, MAP is working diligently to aid children and the poor impacted by COVID-19. They are active in helping U.S. families,having provided over 50,000 meals in 2020 alone for families from San Francisco to Washington, D.C. but are also currently one of the only U.S. based charities able to provide aid to Iran.

In regards to Iranian humanitarian efforts, the decades-long political stalemate, and severe sanctions / banking restrictions imposed by the U.S., inhibit availability of medical equipment to stem the coronavirus’ effects. Support is desperately needed for the most vulnerable of the populace.

This year alone, MAP has supported over 200,000 children and their families in Iran by providing 27 ventilators, 7 ECGs, 6 radiography machines, 3 oxygen machines, 150 oxygen tanks and tens of thousands of various forms of critical PPEs, including isolation clothing, surgical gowns, masks,and face shields. Beyond hospital support, MAP also donated PPEs, disinfectants and surface cleaners to public orphanages and homeless shelters in Iran.

While this is an accomplishment that tackles the first phase of the pandemic, to alleviate the ever-increasing economic impact of COVID-19, MAP has transitioned their effort to hunger relief in Iran. They recently distributed food packets including groceries such as meat, rice and more to 2000 families. Additionally,MAP has launched a bread project where families in Iran receive bread for a month. MAP also have had a disaster relief NGO arm, operating in Iran since 2010. Recently their funds ceiling quota was tripled by OFAC, allowing them to do even more work. More information on the organization’s efforts is in their mid-year report, here.

While there is brinksmanship ongoing between the U.S. and Iran, the suffering of innocents due to COVID is something that should be addressed and helped at all costs.

#iran #covid #nonprofit #fights #sanctions #help #food #medicine #bobak #cyrus #bakhtiari #rouhani #hassan #president #aiding #relief #moms #against #poverty #map #coronavirus #effects #support #families #ppe #ventilators #oxygen #shelters #hospital #humanitarian

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Tomorrow’s Webcast: 2017 World’s Most Ethical Companies Process + Applications Open

admin — Tue, 23 Aug 2016 18:42:33 +0000

Join us Wednesday, August 24, at 1 PM Eastern for a webcast introducing Ethisphere’s 2017 Ethics Quotient and World’s Most Ethical Companies program.
Attend to gain an understanding of our vetted methodology, the types of questions asked, the scoring procedure, and the Analytical Scorecard that each participant receives. You’ll also learn more about changes to this year’s program.
For ten years, Ethisphere has been defining the ethical standards that are used to measure performance, trust, reputation, and the coverage and precision of your compliance and ethics programs. Companies that participate in our process consistently tell us that this type of measurement truly matters – the data they receive allows them to:
· More fully engage in executive conversations
· Plan a thoughtful program roadmap
· Budget resources
· Move their companies forward
Don’t miss this opportunity to learn more.
REGISTER for the webcast here: http://events.ethisphere.com/events/the-2017-worlds-most-ethical-companies-process/
To receive a link to your custom survey: http://worldsmostethicalcompanies.ethisphere.com/start-eq/.
Thanks,
The Ethisphere Team

Ethisphere Institute | 6263 N. Scottsdale Rd | Scottsdale, AZ 85250 United States

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KalaRhythms, The Cycles of Change – David Katzmire

editor — Tue, 19 Mar 2013 17:35:35 +0000

http://kalarhythms.org/
Patterns are encoded in the human experience,
encrypted in the anecdotal evidence of our behavior
and decoded here in the map of time.

The Machine Age is Ending and the Industrial Revolution will no longer define our future.

The Map of Time is our navigational guide through the lessons of history and our lead to the future.

We are Catching Up With The Ancients who knew the keys to our future.

Physical, Emotional, and Intellectual energies progress through their four seasons of development, and points of chaos, to bring change to the nation.

An original theory presented by K. David Katzmire.

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