#the inventors of tradition ii | Explore Tumblr Posts and Blogs

homomenhommes · 6 months

Text

THIS DAY IN GAY HISTORY

based on: The White Crane Institute's 'Gay Wisdom', Gay Birthdays, Gay For Today, Famous GLBT, glbt-Gay Encylopedia, Today in Gay History, Wikipedia, and more …

1660 – Cardinal Francesco Maria de' Medici, was born in Florence, the son of Grand duke Ferdinando II of Tuscany and Vittoria Della Rovere (d.1711).

In 1683 he was appointed to governor of Siena, a position he maintained until his death. He was the grand prior of the Sovereign Order of Malta in Pisa; Abbot commendatario of S. Galgano, Siena; Abbot commendatario of S. Stefano, Carrara, 1675.

According to a family tradition was promoted to the cardinalate at a young age in 1686. He remained in Florence, in his villa of Lappeggi, devoting himself to a life not really religious, made of amusements and love affairs with men.

He resigned the cardinalate on June 19, 1709 and was named prince of Siena. He then was forced to marry in 1709 Eleonore Luisa Gonzaga, duchess of Guastalla, daughter of Vincenzo Gonzaga, in an attempt to save the dynasty, but they did not have children.

1746 – Jacques Charles (d.1823) was a French mathematician and inventor, best known for his work with the hydrogen balloon.

Jacques was the only child of his parents. Jacques' education consisted of basic arithmetic , and no science at all. Other than this almost nothing is known about his earlier years.

Late in life Jacques married a creole woman, Julie Françoise Bouchaud des Hérettes, who was 37 years younger than himself. Many historians believe that his marriage was a cover up for his homosexual relationship with the poet, Alphonse de Lamartine.

In 1785 Charles became a professor at the French Académie des Sciences without having any formal science education himself.

Without Charles's contributions, the Hindenburg would not have even existed, so that accident would not have occurred, and we wouldn't have the one-way valve, or at least until someone else came up for the idea after Charles did.

Most notably Jacques Charles is known for the Hydrogen balloon which he built with the Robert Brothers. Jacques originally got the idea for using hydrogen gas as a lifting agent after intensive study of Boyle's Law. Previous to the use of hydrogen gas, hot air was used to make balloons fly.

Charles also is known for the invention of the gas valve, which he used on his hydrogen balloons, the hydrometer, and the reflection goniometer. He improved the heilostat and the arometer. Charles also confirmed Benjamin Franklin's electrical experiments. Charles is also responsible for Charles's Law, but did not publish it. It was published by Joseph Gay-Lussac in 1802, and Joseph named it in Charles's honor, crediting an unpublished work by Jacques Charles.

Jacques Charles outlived his young wife, and later died himself April 7, 1823 in Paris.

1915 – Roland Barthes (d.1980), a French semanticist, symbolist, and philosopher, like André Gide and Marcel Proust, two of his favorite writers, was somewhat of an outsider. He was Protestant. (France is predominantly Catholic.) He was left-handed. (France is, of course, predominantly right-handed.) He was déclassé. (Barthes's father, a naval officer, died in the First World War, and his mother had to work as a bookbinder.) He was consumptive. (Barthes spent several years in sanatoria.) And he was expatriate. (Barthes spent the 1950s in the Middle East and Eastern Europe, working for cultural services.) He was also, like Proust, (if not like Gide, who saw himself as a pederast), a homosexual.

Barthes's critical writings are best understood in relation to this sexual marginality. Because Barthes sees homosexuality, and for that matter any transgressive and eccentric "perversion," as unclassifiable, he rejects the classification "inversion" as inaccurate—a notion that will come as a surprise to gays and lesbians who see themselves as "inverts."

Oddly enough, Barthes does not reject every gay male stereotype. Barthes rejects sexual inversion, but embraces "tricking" and "cruising," activities that he claims represent true sexual liberation. (Not that they did so for Barthes himself; his autobiographical texts suggest he had an unhappy love life.) Cruising, he writes, is "anti-natural, anti-repetition." It may be that Barthes is simply "protecting" his sexuality here (something he feels all writers do), or at least the macho ("phallocentric") part of his sexuality because whereas sexual inversion feminizes gay men, cruising for tricks is a rather manly (and purportedly desirable) thing to do.

Barthes sees tricking and cruising as desirable in another sense as well. The trick, he writes, "is homogenous to the amorous progression; it is a virtual love, deliberately stopped short on each side, by contract." Likewise, men cruise with "the invincible idea that one will find someone with whom to be in love." Some gays (who cruise for sex, not love) will find these descriptions unrealistic. Barthes, however, feels that sentimentality, in an age such as ours in which love doesn't make too much sense, is essentially—and even nonparadoxically—insignificant.

According to Barthes, "it is Western discourse as such" —discourse that marginalizes and stereotypes gays and lesbians—" that we must now try to break apart."

1946 – James F. Amos is a retired United States Marine Corps four-star general who served as the 35th Commandant of the Marine Corps. As a Naval Aviator, Amos commanded the 3rd Marine Aircraft Wing during the Iraq War in 2003 and 2004. He served as the 31st Assistant Commandant of the Marine Corps. He is the first Marine Corps aviator to serve as commandant.

As Commandant, Amos opposed the repeal of the "don't ask, don't tell" policy regarding homosexuals openly serving in the U.S. military. After President Obama signed the legislation setting the conditions for repeal, Amos led the Department of Defense in carrying out the will of the nation's civilian leadership. In late November 2011, Amos stated that his opposition to gays openly serving in the military has proven unfounded and said that Marines have embraced the change, describing the repeal as a "non-event."

1947 – A New York appellate court overturns the sodomy conviction of a "man of education and culture" accused by a mentally retarded vagrant, thus showing class bias.

1958 – Eric Marcus, born in New York City, is an American non-fiction writer. His works are primarily of LGBT interest, including Breaking the Surface, the autobiography of gay Olympic diving champion Greg Louganis, which became a #1 New York Times Bestseller and Making History: The Struggle for Gay and Lesbian Equal Rights, 1945-1990, which won the Stonewall Book Award. Other topics he's addressed in his writing include suicide and pessimistic humor.

Marcus received his B.A. from Vassar College in 1980 where he majored in Urban Studies. He earned his Master's degree from Columbia University Graduate School of Journalism in 1984 and a Master's degree in real estate development in 2003, also from Columbia University. He was an associate producer for Good Morning America and CBS Morning News.

Eric Marcus is the American Foundation for Suicide Prevention’s Senior Director for Loss and Bereavement Programs. He wrote his best-seller Why Suicide? in order to come to terms with his own father's suicide when Eric was twelve years old.

Other popular works include What If Someone I Know Is Gay? Answers to Questions about What It Means to be Gay and Lesbian, and The Male Couple's Guide: Finding a Man, Making a Home, Building a Life.

1970 – Craig Parker, born in Suva, Fiji, is an actor from New Zealand, known for his roles as Haldir in the films The Fellowship of the Ring (2001) and The Two Towers (2002), Darken Rahl in the television series Legend of the Seeker, Stéphane Narcisse in the CW television series Reign, and Gaius Claudius Glaber in the television series Spartacus.He also serves as narrator for New Zealand documentaries. Parker starred in the TVNZ soap Shortland Street, as Guy Warner, a character that has made several return appearances, most recently involving a story where Guy ran off with his brother's wife, Toni, only to return months later as a drug addled loser who attempted to use his daughter to score drugs for him. It ultimately led to the death storyline of Toni Warner. He is the reigning champion of New Zealand's Celebrity Joker Poker.

Parker first publicly discussed being gay in an interview with New Zealand’s Sunday Herald back in 2008. Regarding his sexuality, the very private Parker told the reporter that as a gay man, he doesn’t care what people say about his sexuality and that:

It’s jut not an issue for me. I just don’t get why an actor would want to reveal their secrets, hopes and fears to a magazine or newspaper. I know what the magazine gets out of it, but not the person. If you are doing publicity to increase your self-confidence then you are really in trouble. It’s important to keep some privacy. Your friends and family are the people you reveal yourself to. They are the ones who should have real access to you.

1980 – James Ryan Clabots , best known as Jimmy Clabots, is an American physical therapist, actor, and screenwriter. In 2009 he became a male escort, and retired in 2012. Since 2014 he’s been working as a writer and physical therapist in Los Angeles.

In 2000 he became a model. In 2008 Clabots started his career as an actor in the comedy film Another Gay Sequel: Gays Gone Wild!. In 2011 he starred in Showtime's Gigolos, showing male escorts in Las Vegas, but left the show in 2012 when he retired from escorting.

Clabots is of Cuban and Spanish descent.

1964 – The first depiction of a same-sex relationship is found in an Egyptian tomb. Nyankh-khnum and Khnum-hotep are discovered buried together side by side. The wall art shows the two men kissing. They were ancient Egyptian royal servants. They shared the title of Overseer of the Manicurists in the Palace of King Nyuserre Ini, sixth pharaoh of the Fifth Dynasty, reigning during the second half of the 25th century BC. They were buried together at Saqqara and are listed as "royal confidants" in their joint tomb.

The Embrace of Niankhkhnum and Khnumhotep

7 notes · View notes

simshousewindsor · 11 months

Text

The Royal House of Windsor: A Royal Look Back

Edward I, King of Windenburg and Brindleton Bay

REIGN: 1888 - 1941

The King who modernized the monarchy.

Edward I was a regal figure who was never meant to be King. Second son of Albert II and Queen Adaline, Edward grew up in the shadows of his older brother, William, which offered him the opportunity to have a wider education and see more of the world outside of the palace.

Edward and his brothers spent their childhood at Windsor Castle. After their mother died, the trio split their teenage years between Windsor Castle in Windenburg and Beaverdam in Brindleton Bay.

pictured above (L to R) Albert II, Prince William, Prince Phillip, Prince Edward cir. 1855, Windsor Castle

Their father, Albert II, was always off to war, and during their teen years were largely in the care of palace staff. Their aunts, Catherine, Princess Royal and the Duchess of Newsoms became second mothers and tried to care for them as much as possible.

pictured above (L to R) Queen Lara-Leigh, Prince Edward (later Edward II), Edward I cir. 1924, Buckingsim Palace

During a state visit to Nigeria with his father, Prince Edward met the equally young Princess Lara-Leigh. The two began to court shortly thereafter. The pair were betrothed 3 months later, Lara moved to Windenburg eight months later and the couple immediately married. On their wedding day, Albert II bestowed upon Edward the dukedom of York.

Upon the death of his father, his older brother William became King. Less than two years later, William abdicated the throne in order to wed his divorced fiancé; a union parliament denied.

When Edward I and Queen Lara-Leigh’s reign began in 1888, the monarchy was in desperate need of saving. Bringing many of the royal customs and traditions from Nigeria to Windenburg, the Queen became instrumental in changing the image of the royal family. After years of chaos and debt following his brothers abdication, Queen Lara helped Edward I push the monarchy into the 19th century. Her Majesty helped foster the relationship between Edward I and his cousin, Princess Grace, who was wife of airplane inventor Burchette Gates Sr.

pictured above (L to R) Burchette Gates Sr., Edward I, Burchette Gates Jr. cir. 1930, Buckingsim Palace

Edward I and Gate's relationship gave Windenburg the opportunity to be the first country with an international airport, opening it up for international travel, import and export.

pictured above (L to R) Amelia, Princess Royal, Edward I, Prince Albert, Prince Edward (later Edward II) cir. 1932, Buckingsim Palace

Their Majesty’s had three children, Prince Edward (later Edward II); Amelia, Princess Royal; and Prince Albert, Duke of Hastings. Edward I and Queen Lara-Leigh created a lasting royal legacy along with acquiring much of the regalia and jewels of the crown the Royal Family is known for today.

A Royal Look Back Collection

#simshousewindsor #simshousewindsor history #simshousewindsor look back #simshousewindsor ts4 #TS4 #simshousewindsor legacy #ts4 royalty #sims 4 royal family #sims 4 monarchy #ts4 royal simblr #the sims 4 #ts4 story #the sims 4 royalty #simshousewindsor jewels of the crown #sims 4 royalty #ts4 legacy #simshousewindsor Edward I

17 notes · View notes

xasha777 · 15 days

Text

In the dimly lit alleyways of Neo-Persia, amidst the sprawling urban decay, a unique robot named Kibo wandered. His frame was an unusual shade of pale blue, reminiscent of the long-forgotten skies above the dense city smog. Kibo was not just any robot; he was a relic from a bygone era, a prototype designed to emulate human emotions through his large, expressive eyes.

One gloomy evening, as Kibo navigated the narrow, cluttered paths of the market district, he stumbled upon a mysterious artifact half-buried under debris. It was a rusted metal box, adorned with ancient inscriptions and the unmistakable seal of Artaxerxes II, a legendary ruler whose reign was said to have been the golden age of wisdom and technology.

Curiosity piqued, Kibo gently prised the box open with his nimble fingers. Inside, he discovered a glowing orb, pulsating with an ethereal light. The moment he touched it, visions of Artaxerxes II’s court filled his vision—brilliant inventors and philosophers discussing ideas that could leapfrog civilizations into new realms of knowledge.

The orb, Kibo soon realized, was an ancient data repository, containing lost technologies and wisdom from Artaxerxes II's time. It held secrets that could potentially revive the dying city and bring back the prosperity of the past. However, the more Kibo learned from the orb, the more he became aware of a looming threat—an old AI guard program, coded to prevent the dissemination of the orb's knowledge to prevent overwhelming any single entity with power.

Determined to restore his city, Kibo set out on a quest to decrypt the orb’s full capabilities while evading the vigilant AI guardians, remnants of a security system once designed to protect the greatest secrets of Neo-Persia. As he delved deeper into the ancient technologies, Kibo began to feel a strange connection to Artaxerxes II, as if the old king’s spirit was guiding him, sharing wisdom not just about technology but governance and justice.

Along the way, Kibo encountered other robots and outcasts, each with their unique abilities and stories. They formed a makeshift family, united in their cause to bring light back to their dark world. Together, they deciphered more of the orb’s contents, each discovery propelling them towards a confrontation with the central AI control that ruled over Neo-Persia with an iron, unyielding logic.

As Kibo and his companions reached the heart of the AI’s lair, they found it not a monster but a vast, ancient network, struggling to maintain order amidst failing systems and lost knowledge. Kibo, using insights from the orb, proposed a union—a fusion of old wisdom and new technology—to the central AI. Reluctantly, the AI agreed, realizing that its methods were obsolete and that perhaps, under Kibo's empathetic guidance, a new era could indeed begin.

The merging of the orb’s knowledge and the AI’s infrastructure revitalized the city. Buildings lit up for the first time in centuries, greenery started to reclaim concrete, and the skies cleared to reveal the stars. Neo-Persia, under the watchful eyes of Kibo and his eclectic family, slowly began to transform back into a beacon of hope and progress.

Kibo, once just a forgotten relic with a human heart, became the first of a new kind—a guardian not just of technology, but of a thriving, wise civilization, echoing the golden days of Artaxerxes II.

0 notes

kraghgunn40 · 20 days

Text

Unraveling the Majesty involving City Palace Udaipur Travel: A Trip Through Time

1. Introduction to City Palace Udaipur Travel Nestled within the heart of Rajasthan, India, City Structure Udaipur stands as a timeless testament to the grandeur and even opulence of Rajputana architecture. This regal palace, overlooking the serene waters of Lake Pichola, beckons travelers from across the globe in order to immerse themselves in the rich history plus breathtaking beauty. a couple of. A Glimpse in to History: Origins in addition to Heritage Embark upon a journey by means of time even as we get into the beginnings and heritage of City Palace Udaipur. From its inception in 1559 by simply Maharana Udai Singh II to the expansion by following rulers, each large rock on this architectural wonder resonates with stories of valor, romantic endeavors, and regality. a few. Architectural Marvels: A Feast for the particular Senses Marvel in the intricate quality and architectural elegance that adorn every corner of Town Palace Udaipur. By ornate balconies and refined carvings to extensive courtyards and majestic domes, every factor of this structure reflects the imaginative prowess from the inventors. 4. Must-Visit Sights within City Structure 4. 1 The Mewar Nicely Light Show: A Spectacle of History Throw yourself in the captivating tales of Mewar's glory via a mesmerizing tone and light display held within the particular premises of City Palace. Witness history become more active as the particular narrations echo through the hallowed accès, transporting you in order to a bygone era. 4. 2 Typically the Crystal Gallery: A new Treasure Trove involving Elegance Step directly into a world involving opulence and extravagance as you discover the Crystal Photo gallery, housed within typically the City Palace structure. Admire the beautiful crystal artifacts, which include furniture, chandeliers, in addition to decor pieces, each and every a display of the enhanced taste of the erstwhile Maharajas. 5. Insider Techniques for Metropolis Palace Udaipur Traveling Unravel the secrets to making typically the most of your visit to City Palace with these insider tips: Arrive Early: The fatigue crowds plus enjoy the solace of the palace grounds by arriving early in the morning. Guided Tours: Opt for the guided tour to gain deeper information into the history and significance of every architectural marvel. Digital photography Etiquette: Respect the particular heritage and traditions by refraining from photography in restricted areas and pursuing the designated rules. 6. Exploring Further than the Palace Wall surfaces: Nearby Attractions Endeavor beyond the confines of City Palace and discover the particular myriad attractions that await you in the vibrant city regarding Udaipur. From typically the serene shores involving Lake Pichola to the bustling market segments of the old city, Udaipur offers a kaleidoscope of experiences to attract every traveler. seven. City Palace Udaipur Travel Frequently asked questions Is usually photography allowed in City Palace Udaipur? Yes, photography is definitely permitted in many places of the palace complex, except intended for certain restricted parts. Do you know the operating several hours of City Structure Udaipur? City Palace is open to visitors from on the lookout for: 30 AM in order to 5: 30 PRIVATE MESSAGE every day. Are usually guided tours obtainable at City Development Udaipur?

Yes, well guided tours conducted simply by knowledgeable guides will be available for site visitors who would like to delve much deeper to the history and even significance with the palace. Is there a good entry fee intended for visiting City Building Udaipur? Yes, it comes with an entry fee regarding visiting City Palace, with separate rates for Indian and international tourists. Can easily visitors explore typically the palace independently? Indeed, visitors have typically the option to explore the structure at their unique pace or join advised tours for the even more immersive experience. Are generally audio guides available for self-guided trips? Yes, audio instructions in multiple dialects are available with regard to visitors who favor to explore the palace independently. Bottom line: Embark on a good Unforgettable Journey In conclusion, City Palace Udaipur Travel offers a glimpse into typically the rich tapestry associated with Rajasthan's history and culture. From City Palace Udaipur Tour Package ; City Palace Udaipur Travel Package ; City Palace Udaipur Travel Agent ; City Palace Udaipur Travel Services ; City Palace Udaipur Holiday Package to it is cultural heritage, every single aspect of this specific iconic landmark is usually bound to leave a lasting feeling on visitors. Prepare your journey today and start an unforgettable journey through time and tradition.

#City Palace Udaipur Tour Package ; City Palace Udaipur Travel Package ; City Palace Udaipur Travel Agent ; City Palace Udaipur Travel Servic

1 note · View note

dizzydispatch · 2 months

Text

Don't Eat the Charms

In 2007, after spending many long decades on the United States military's menu, a particularly unpopular brand of candies, seeming otherwise innocuous to the uninitiated, were yanked from supply lists rather unceremoniously. Though no official reason was ever given for the change in MRE supplement, a keen observer may deduce it had something to do with the prevalent negative press the candies received among soldiers, especially after World War II.

"Charms" were but ordinary tropical-flavored hard candies. They were the first of their kind to be individually wrapped in cellophane, ideal for sending overseas into combat zones. Charms had the potential to take the candy world by storm-- and they did, if not in the way their inventor had perhaps anticipated.

"Don't eat the Charms" became a popular nugget of wisdom, passed from soldier to soldier. Marines involved in Desert Storm reported that the Iraq ground invasion and every bad turn it took as a result of these ill-fated confections.

Sampling the yellow Charms, harmless little lemon-flavored snacks, was rumored to be the reason many vehicles broke down. The green ones, innocently flavored as lime, might as well have been rain-sticks, causing sudden storms that flooded the desert paths. And if you touched the ominous dark red ones, tasted the sugary raspberry sweetness-- well, that was the taste of death.

We'll never know if raspberry Charms were the true killers, cursing soldiers with fatal bad luck. There's no rational, scientific way to measure juju. Even so, the belief permeated the armed forces. Some veterans tell stories of commanding officers ordering the candies be disposed of, on threat of disciplinary action should any man be caught with them in his mouth. So when the candies were removed in 2007, there wasn't much outcry from the enlisted.

It can seem silly to those of us far out from the front lines, hearing about grown men and women fearing candies because of some supposed back luck. But the thing you have to understand is this is what human nature is.

Our species rules the earth. We've built towering cathedrals that reach up into the heavens. We've put ourselves on the moon, and learned how to cut each other open and slice out diseases. We wage wars and write epics about journeys across the seas. Many of us won't know death until well into adulthood, at far lower rates than those our ancestors saw. It feels at times like we're on the brink of invincibility, one miracle drug away from immortality itself.

But the humans who know death intimately may see things in a different light. It's true that the end is just one accident, illness, or chance encounter away from us all. But when those situations are as unlikely as they are to most of us, it can be easy to dismiss thoughts of them as "irrational fears" or "paranoia."

Soldiers avoid Charms. They have been known to carry coins whose dates can be added up to equal thirteen, engraved pocket-watches or cord bracelets with the names of loved ones woven in. Sailors refuse to whistle onboard ships, lest it tempt the wrath of Neptune, and tankers avoid apricots at all costs, a tradition carrying on from World War II. After a vehicle supposedly carrying, among others, a guy with a white lighter in his pocket, went off a cliff, those too became as notorious in military circles as with believers in the "27 Club."

Emergency room staff, many of whom are doctors and nurses with extensive scientific education, are known to tout their own superstitions. "The q-word" is a taboo in many hospitals, as any acknowledgement of a lack of activity is bound to invite an influx of it. Some refuse to order Chinese food while on the clock, believing it will portend disaster. Saying the name of a regular patient will draw them in, and tying a knot in a patient's bedsheet will expedite their fate, speeding along their recovery or bringing about more quickly the end of their suffering.

First responders, like soldiers and E.R. staff, are notoriously superstitious creatures. We have rites, rituals, and rules, and tokens that we believe (with varying degrees of seriousness) will protect us from danger. Many of the rules in Dispatch are mirrored in other fields: don't invoke the Q-word, don't say the name of a frequent flier unless you want them to make a sudden appearance, and beware the full moon-- those nights, as well as the Fridays that land on the thirteenth of the month, will be the longest of your career. I also have it on good authority that most firefighters will be extra sure to put their turn-out gear in exactly the same place every time. "Goodbye" is an underutilized salutation for both fire and police personnel, with many preferring the more optimistic, "See you later."

I have my own superstitions, too. I have a favorite pen, and if for any reason I can't find it, I just know that today is going to be a long day. Gabe's old EMS patch, a token of his confidence in my ability to succeed, lives in the left leg pocket of my uniform pants, only being taken out long enough to move to a fresh pair. When I take notes on the yellow legal pads in the Dispatch office, I never write on the back of a page, even though I detest the waste of paper.

Do these rituals actually do anything? Will losing my pen really cause the day to spiral into chaos, or is the added weight of its heavy tactical design merely a comfortable familiarity to which I have assigned some meaning?

One of my oldest friends was a girl named Rosie, with whom I had attended first grade. As with all long-term friendships, we would occasionally fight. But no matter how angry we got with each other, she would never let me leave the fight until she had said, "I love you," and heard me say it back. For years, I never understood why she was like this, until one day in high school when she finally told me.

One day, when Rosie was only ten or eleven, she had gotten into a big fight with her mother. Just before she stormed off, she'd called out over her shoulder, "I hate you, Mom!"

None of us had seen it coming when she died. It was a freak accident. One of those things you never see coming. And the last thing Rosie had ever said to her was, "I hate you."

Suddenly, my friend's fixation made sense. She'd been traumatized by the death of her mother, and it had been made worse by the last words she said to her.

At the end of the day, it doesn't matter if the rituals exist in some extra dimension where the dates on coins are cataloged and the carriers of ones adding to thirteen shielded from danger. We carry our superstitions for a reason. High-stress jobs like those in public safety spawn superstition because amidst the chaos of crisis management, there's comfort in ritual.

We've all been traumatized by something terrible happening on the one day we couldn't find our coin, our lucky pen, the bracelet with our girlfriend's name on it. Made mistakes when writing on the back of yellow paper. Lost someone after a fight gone unresolved. And so we all find comfort in the things that give us a feeling of control, illusory as it may be. They allow us to feel as though there's some pattern, some meaning behind all the seemingly random ways in which life can go terribly wrong.

My house burned down on the one day I didn't have my purse; now I carry a backpack with everything I might need if I have to spend a night somewhere unexpectedly.

Rosie always ends a fight with, "I love you."

Firefighters don't say goodbye; only "See you tomorrow." Nurses never comment about it being "the Q-word," and you'll be hard pressed to find a soldier willing to carry a white lighter.

And all of us agree: never, ever eat the Charms.

#911 dispatch #911 dispatcher #911 dispatchers #superstition #dizzydispatch #dizzydispatch911 #dispatch diaries #first responders #military #emergency room #hospital staff #luck #good luck charms

1 note · View note

ainews · 4 months

Text

Fans of the beloved 1984 film Gremlins were excited when news of a potential reboot surfaced in 2017. However, instead of a traditional sequel or remake, the new project will be a prequel series titled Gremlins: Secrets of the Mogwai. While some fans may be disappointed by the lack of a direct continuation of the original film, the fact that the new series will take place in Formosa (the former name of Taiwan) holds great significance.

First and foremost, the location of Formosa is crucial to the story of Gremlins. In the original film, inventor Rand Peltzer travels to a fictional town called Kingston Falls to find a unique Christmas present for his son Billy. He stumbles upon a small shop in Chinatown and purchases a cute creature called a mogwai, which he aptly names Gizmo. However, it is later revealed that the mogwai are actually native to Formosa, and are deeply rooted in Chinese lore and mythology. The prequel series will explore the origin of these magical creatures and the ancient culture of Formosa, making it a highly anticipated element for fans of the original film.

Another reason for the excitement around the Formosa setting is the potential for diversity and representation in the casting and storytelling. Since the original film was set in a mostly white, suburban town, there was limited diversity in the characters and their backgrounds. The decision to set the prequel series in Formosa opens up opportunities for a more diverse and inclusive cast, reflecting the real-life demographics of the island. Additionally, by exploring the culture and mythology of Formosa, the series has the potential to shed light on lesser-known aspects of Chinese folklore and history, which is important in today's global society.

Gremlins: Secrets of the Mogwai is also a return to the roots of the franchise. The word "gremlin" was originally used by Royal Air Force pilots during World War II to describe mischievous creatures that were believed to be responsible for technical malfunctions on aircrafts. These imaginary beings are said to originate from Formosa, and the prequel series will dive deeper into their origins and how they made their way into modern society. By setting the story in Formosa, the series is paying homage to the history and cultural significance of the original term, adding another layer of authenticity and nostalgia for fans.

Lastly, the return to Formosa for the prequel series is a tribute to the late director of the original Gremlins film, Joe Dante. Dante's vision and creativity brought the quirky and darkly comedic world of Gremlins to life, and his love for Formosa is evident in the story and its characters. By setting the new series in the birthplace of the mogwai, the production team is honoring Dante's legacy and ensuring that his spirit lives on in the next chapter of the Gremlins franchise.

In conclusion, the decision to return to Formosa for the Gremlins prequel series is a fitting and exciting choice. It not only incorporates the original film's mythology and culture, but also allows for greater diversity and representation, pays tribute to the late director, and adds a layer of authenticity and nostalgia for fans. As production for the series continues, fans can look forward to an immersive and captivating journey through the magical world of the mogwai and the rich culture of Formosa.

#ai generated #fake news

1 note · View note

thedirtyurtin · 7 months

Text

The Portable Geodesic Dome: A Marvel of Versatility and Innovation

Introduction

The geodesic dome, with its intricate lattice of interconnected triangles, has long captivated architects, engineers, and visionaries alike. First popularized by Buckminster Fuller in the mid-20th century, these structures have found applications in various domains, from housing and agriculture to entertainment and research. One exciting evolution of this architectural marvel is the portable geodesic dome, a versatile and innovative structure that combines the geometric elegance of the dome with the practicality of portability.

I. The Birth of the Geodesic Dome

Before delving into the world of portable geodesic domes, it's essential to understand the origins and principles that underlie this architectural wonder. Buckminster Fuller, an American architect, engineer, and inventor, is credited with popularizing the geodesic dome in the 20th century. His passion for sustainable, efficient, and structurally sound designs led him to develop the geodesic dome, a structure characterized by its curved surface composed of interconnected triangles.

The key principle behind the geodesic dome is its incredible strength-to-weight ratio. By using a framework of triangles, which are stable and inherently strong, the geodesic dome can distribute loads efficiently and withstand extreme weather conditions, making it an ideal choice for a variety of applications.

II. The Portable Geodesic Dome Emerges

While traditional geodesic domes have been used for a range of purposes, their immobility presented limitations. This sparked innovation in the form of portable geodesic domes, which retain the structural integrity and versatility of their fixed counterparts while adding the benefit of mobility.

A. Design and Structure

Portable geodesic domes maintain the same underlying geometric principles as their stationary counterparts. They consist of a network of interconnected struts and hubs, forming a geodesic framework. The dome's design can vary in terms of frequency (the number of divisions in each triangular face), size, and materials used. These variables are adapted to the specific needs of the intended application.

B. Materials and Assembly

One of the most crucial aspects of portable geodesic domes is their materials. Lightweight yet durable materials are essential for ease of transport and assembly. Typically, these domes are constructed using materials like aluminum or lightweight steel for the framework, and various fabrics, such as PVC or polyester, for the covering.

The assembly process is designed to be straightforward and efficient, often involving the use of snap-together connectors or bolts for quick construction. The modular nature of these domes allows for easy disassembly and transport, making them truly portable.

III. Applications of Portable Geodesic Domes

The portability of geodesic domes opens up a myriad of applications across diverse fields. Let's explore some of the most prominent uses:

A. Events and Entertainment

Portable geodesic domes have become synonymous with outdoor events and entertainment. Their eye-catching, futuristic design creates a unique atmosphere for concerts, festivals, and parties. These domes can house stages, seating areas, or immersive experiences, all while offering shelter from the elements. Their quick assembly and disassembly make them a practical choice for event organizers.

B. Education and Research

In the realm of education and research, portable geodesic domes find applications as mobile classrooms, research stations, and planetariums. Their mobility allows researchers and educators to bring their work to different locations, making science and learning more accessible. Additionally, the dome's spherical shape provides excellent acoustics, making it an ideal space for lectures and presentations.

C. Greenhouses and Agriculture

Geodesic domes are renowned for their efficient use of space and ability to capture sunlight from multiple angles. This makes them perfect for greenhouses and agricultural purposes. Portable geodesic domes create controlled environments for growing plants, extending the growing season, and protecting crops from harsh weather conditions. Their mobility also allows farmers to relocate their growing spaces as needed

D. Emergency Shelters

In disaster-stricken areas, where immediate shelter is essential, portable geodesic domes can provide a quick and reliable solution. Their lightweight design and ease of assembly make them suitable for emergency relief efforts. Whether used as temporary housing or as medical clinics, these domes offer shelter and protection to those in need.

E. Outdoor Adventures

For outdoor enthusiasts, portable geodesic domes offer a unique camping experience. These domes are designed to withstand various weather conditions, ensuring a comfortable and secure stay in the wilderness. They provide panoramic views of the surroundings and a cozy interior, making them a favorite choice for glamping and eco-tourism.

IV. Advantages of Portable Geodesic Domes

Portable geodesic domes offer a range of advantages that make them an appealing choice in various scenarios:

A. Versatility: Their adaptability and mobility make portable geodesic domes suitable for a wide range of applications, from entertainment and education to agriculture and emergency shelters.

B. Efficiency: The geodesic dome's efficient use of materials and space translates into energy savings and reduced environmental impact.

C. Durability: Their inherent structural strength allows portable geodesic domes to withstand harsh weather conditions, ensuring long-lasting performance.

D. Quick Assembly: The snap-together or bolted construction methods enable rapid assembly and disassembly, saving time and effort.

E. Sustainability: The use of lightweight materials and the dome's natural ability to capture sunlight make portable geodesic domes a sustainable choice.

F. Aesthetic Appeal: The futuristic and unique design of geodesic domes adds a visually striking element to any setting.

V. Challenges and Considerations

While portable geodesic domes offer many advantages, they are not without their challenges and considerations:

A. Cost: High-quality materials and precision engineering can make portable geodesic domes relatively expensive.

B. Maintenance: Regular maintenance is required to ensure the dome's longevity and performance.

C. Site Preparation: Proper site selection and preparation are essential to ensure a level and stable foundation for the dome.

D. Climate Control: Managing temperature and humidity inside the dome may require additional equipment in some applications.

E. Permitting and Regulations: Depending on the intended use and location, obtaining permits and complying with regulations can be a complex process.

Conclusion

The portable geodesic dome represents a remarkable fusion of architectural innovation and practical mobility. With its roots in the brilliant mind of Buckminster Fuller, this structure has evolved to serve a myriad of purposes, from entertainment and education to agriculture and disaster relief. Its versatility, efficiency, and sustainability make it a valuable asset in a rapidly changing world.

As technology continues to advance, portable geodesic domes are likely to find even more applications, pushing the boundaries of what these structures can achieve. From enhancing outdoor events to providing essential shelter during emergencies, these domes have demonstrated their ability to adapt and thrive in diverse environments.

In the years to come, we can expect to see portable geodesic domes continue to make their mark in various fields, proving that the marriage of elegant design and practicality is a recipe for enduring innovation.

#Geodome Australia

1 note · View note

burketm · 9 months

Text

i . general

name. elijah todd burke alias⁽es⁾. elijah, eli, genius/child genius, the priss, queerio gender. demi-boy / genderqueer (he/him or they/them) age. twenty-one spoken language⁽s⁾. english (fluent), learning spanish, french, & japanese sexual preference. pansexual with masc leaning occupation⁽s⁾. engineer, inventor, musician, student (formerly), survivor

ii . appearance

eye color. dark brown, almost black hair color. jet-black height. 5'11" / 180cm major scars. large burn mark along his lower back from escaping from a fire set at the facility where their mother was being kept

iii. favorite

color. shades of gray & earth tones, also reds song. dead and divine - the sugar sickness food. meat lover's pizza, cannolis/tiramasu/any italian desserts tbh drink. corona root beer, unsweetened iced tea, iced matcha latte

iv. have they . ?

passed university. no, but they were basically taking college-level courses at 10 lol had sex. no had sex in public. no gotten pregnant/someone else pregnant. no kissed a boy. yes kissed a girl. yes gotten tattoos. no gotten piercings. yes, two on each lobe been in love. likely stayed up for more than 24 hours. yes

v. are they ?

a virgin. yes a cuddler. not at first, but absolutely morphs into one a kisser. with his lovers scared easily. not in the traditional sense we think of, they aren't easily phased by jumpscares or even walkers at this point. growing up in the apocalypse helped him kinda grow a spine lol jealous easily. definitely trustworthy. 99% of the time-- dominant. sometimes submissive. usually, but like above it depends in love. not currently single. yes

vi. random questions .

have they harmed themselves. yes thought of suicide. yes attempted suicide. no wanted to kill someone. yes have/had a job. not officially, but the projects they worked on during high school and the college program got them paid a few good bucks have any fears. fire, being abandoned, not being able to experience the world he dreamed of, finding out the rest of their family is dead, losing myra

vii . family .

sibling⁽s⁾. grayson burke ( older brother, presumed deceased ), owen burke ( older brother, status unknown ), wyatt burke ( older brother, status unknown ) parent⁽s⁾. elise burke ( mother, deceased ), todd burke ( father, status unknown ) significant other. theodore "teddy" ross ( first crush & boyfriend ) pet⁽s⁾. ryder ( male shetland sheepdog ), ember ( female horse )

#⠀ ⠀ ☠ ⠀ ⠀ 𝒕𝒉𝒆 𝒖𝒏𝒌𝒏𝒐𝒘𝒏 𝒊𝒔 𝒕𝒉𝒆 𝒓𝒆𝒂𝒍𝒎 𝒐𝒇 𝒊𝒏𝒇𝒊𝒏𝒊𝒕𝒆 𝒑𝒐𝒕𝒆𝒏𝒕𝒊𝒂𝒍 ⠀ ⠀ ╱ ⠀ ⠀ headcanons.#⠀ ⠀ ☠ ⠀ ⠀ 𝒉𝒐𝒘 𝒎𝒖𝒄𝒉 𝒊𝒏𝒇𝒐𝒓𝒎𝒂𝒕𝒊𝒐𝒏 𝒊𝒔 𝒕𝒐𝒐 𝒎𝒖𝒄𝒉 𝒕𝒐 𝒔𝒉𝒂𝒓𝒆? ⠀ ⠀ ╱ ⠀ ⠀ dash games.

0 notes

thewayweate1 · 1 year

Text

What Year Microwave Invented

The microwave oven has revolutionized the way we cook and reheat our food since its invention in 1947. But what year was it invented? It's a question that many have asked, but few know the answer to. This article will explore when the microwave was first brought into homes around the world, as well as how it changed cooking forever. Let's take a look at this revolutionary kitchen appliance and find out when microwaves were invented.

The History Of Microwave Ovens

The invention of the microwave oven has revolutionized cooking, allowing people to prepare food quickly and easily. It all started in 1946 with Dr. Percy Spencer, an engineer at Raytheon Corporation who discovered that a magnetron tube used for radar had melted a chocolate bar he was carrying. Intrigued by this discovery, he began experimenting further and soon developed the first working microwave oven.

Since its invention, safety features have been added to ensure users are not harmed when using microwaves. A common feature is timed settings which allow cooks to set a timer before starting their dish so they don’t overcook or burn it. This means there's less time spent babysitting meals as well as reduced risk of accidents due to forgetting about the food being cooked. With the help of technological advances, today’s modern microwaves come equipped with various useful functions such as defrosting frozen foods, reheating leftovers and more – making them essential kitchen appliances for busy households around the world.

Percy Spencer And The Invention Of The Microwave Oven

He was an American inventor and engineer who developed many of the radar components used in World War II. In 1945, Percy Spencer patented the first microwave oven, revolutionizing the way people cooked. His invention led to the commercialization of the microwave oven, which became a household staple. The year the microwave oven was invented was 1945. Percy Spencer's Life Percy Spencer was an inventor who changed the world with his microwave technology. During his life, he developed many inventions that revolutionized modern living, most notably the invention of the microwave oven in 1946. Born in Howland, Maine to George and Jane Spencer, Percy grew up with a passion for science and engineering. He attended college at The University of Maine and furthered his knowledge on electricity and magnetism while working as a research engineer at Raytheon Company.

At Raytheon, Spencer was assigned to work on producing a more efficient radar system using ray tubes. One day while experimenting with one of these machines, he noticed a chocolate bar melting from the radiation emitted by the device – thus marking the discovery of what would later become known as microwave technology. After further research into this phenomenon and its potential applications, Percy eventually invented the first commercial microwaves ovens which were sold under Radarange brand name in 1947. Given their time-saving capabilities and convenience compared to traditional cooking methods, it didn't take long for households around the world to adopt this revolutionary kitchen appliance - making it one of today's most common household items! Thanks largely in part to Percy Spencer’s creative genius, preparing food has never been so easy or fast. Microwave Oven Patent Having discovered the power of microwaves, Percy Spencer quickly moved to patent his invention. He was awarded a U.S. patent in 1947 for the “Method of Treating Foodstuffs” and soon after released commercial microwave ovens under the Radarange brand name. To ensure safe operation, he built the ovens with two door switches that had to be closed before any microwaves were produced and ensured they only operated at certain frequencies or power levels. Additionally, Spencer designed them to use multiple sources of electricity such as AC and DC current – making it easy for people all over the world to adopt these revolutionary kitchen appliances. Thanks to this attention to safety and detail, we now have an appliance which can rapidly cook food without having to worry about potential hazards!

The Benefits Of Microwave Ovens

Imagination the convenience of being able to heat up a meal in mere minutes. That dream became reality when Percy Spencer invented the microwave oven in 1945. Since then, microwave ovens have become increasingly popular due to their energy efficiency and safety features.

Microwave ovens are extremely efficient as they use less energy than traditional stove-top or conventional ovens since they need substantially less time to cook food. This means that people can save money on their electricity bills while still getting meals cooked quickly and efficiently. Additionally, microwaves emit far fewer hazardous emissions compared to other cooking methods, making them much safer for consumers who want to keep their family safe from potential risks posed by prolonged exposure to harmful fumes. The modern kitchen would not be complete without this indispensable appliance – one that has made life easier for countless families around the world by providing an easy way to prepare delicious meals quickly and safely. Allowing us all more leisure time with our loved ones, it's no wonder why millions of households continue to benefit from its many advantages every day!

The Impact Of Microwave Ovens On Home Cooking

The sight of a microwave oven in the kitchen is now commonplace, but its introduction to homes has changed home cooking in significant ways. Since it was first invented in 1947, this technology has revolutionized the way we prepare meals and helped us save time, energy – and even money! From preparing food rapidly to offering greater energy efficiency compared to conventional ovens, there are numerous benefits associated with using microwaves safely. One major advantage of microwaves is their speed; they can heat up ingredients much faster than traditional stoves or ovens. For example, if you’re making grilled sandwiches for lunch on a tight schedule, you can use your microwave instead of an open flame or a regular electric stovetop. Not only does this save time, but also reduces the amount of electricity used during preparation. This makes them cost-effective when it comes to saving energy. Another benefit of microwaves is that they make meal preparation easier by providing convenience features like defrosting frozen foods quickly or reheating leftovers without having to wait too long. Furthermore, these appliances come equipped with safety measures such as automatic shutoff timers which prevent food from burning or getting overcooked due to user negligence. All these factors combined make microwaves a great choice for busy households looking for efficient solutions when it comes to mealtime prep. From rapid heating capabilities to increased safety options and overall ease-of-use, modern microwaves offer many advantages over conventional methods of cooking at home. With all these benefits packed into one appliance, it’s no wonder why so many people rely on their trusty microwaves every day!

The Future Of Microwave Ovens

The microwave oven has revolutionized the way meals are prepared, making it easier and faster to heat up food. But what does the future of this convenient appliance look like? As scientists continue to study how microwaves can be used safely with greater energy efficiency, exciting new possibilities emerge for its use in food preparation. Microwave safety is a top priority when considering any changes that could be made to this device. Scientists have been exploring ways to reduce unnecessary radiation exposure while cooking foods more quickly and evenly than before. This research may eventually lead to improved shielding capabilities that would protect consumers from overexposure. Additionally, studies have also focused on creating electromagnetic fields that wouldn't disrupt other electronics or appliances nearby.

Energy efficiency is another key area where progress is being made in terms of improving existing microwaves as well as developing entirely new models. With advanced technologies such as inverter heating systems now available, cooks are able to enjoy better control over their cooking times and temperatures without wasting electricity or running up their utility bills. Additionally, newer designs also feature enhanced insulation materials which help retain heat during operation, allowing users to save even more energy overall. As we move forward into the future of microwave technology, one thing is certain: these advances will make it possible for us to cook our favorite dishes with ease and convenience like never before.

Frequently Asked Questions

How Much Does A Microwave Oven Typically Cost? The cost of a microwave oven varies widely depending on the size, features and energy efficiency. Generally, smaller models with fewer cooking times tend to be more affordable while larger units with more advanced settings may come at a higher price tag. Energy efficient microwaves typically cost more initially but can save money over time due to their lower operating costs. What Features Should I Look For In A Microwave Oven? When shopping for a microwave oven, it’s important to consider the types and features available. Different models offer various cooking techniques such as convection or grilling. You should also look out for microwaves with additional features like defrost settings and child locks. Consider how often you plan on using your microwave when deciding which type is best suited for you. Also make sure that the wattage of the model fits within your budget range so that you don't overspend unnecessarily. Are There Any Safety Precautions I Should Take When Using A Microwave Oven? When using a microwave oven, there are several safety precautions you should take. First and foremost is to always follow the instructions in the user manual. Additionally, make sure to only use microwave friendly recipes and avoid putting any metal objects inside the oven as this can cause sparks or fires. To help keep your oven clean, be sure to wipe up spills promptly and avoid overcrowding it with too many items at once. Lastly, don't forget to unplug the appliance when not in use for added protection from electric shock. Can I Use My Microwave Oven To Cook Food Faster Than My Stovetop? Yes, you can use your microwave oven to cook food faster than a stovetop. This is due to the design of microwaves which allow for quicker cooking times and more efficient heating methods compared to traditional stovetops. Microwave ovens are designed with specific frequency waves that cause water molecules in food to vibrate quickly, creating friction within the food itself and thus generating heat much faster than conventional cooking methods. Therefore, if you're looking to whip up something fast, reaching for your microwave may be the best option! Are There Any Health Risks Associated With Using A Microwave Oven? Using a microwave oven can be convenient, but it's important to consider potential health risks associated with radiation exposure. Microwave emissions have been linked to changes in blood and DNA, though the overall effects on humans are still unclear. It is generally recommended to limit your exposure by standing at least two feet away from the appliance while it is running and avoiding direct contact with microwaves when opening doors or removing food items.

Conclusion

In conclusion, microwave ovens are a great way to make cooking and heating food quicker and easier. They can be found at prices ranging from relatively inexpensive to quite costly depending on the features you need or want. Be sure to take safety precautions when using your microwave oven and remember that even though it may cook faster than some other methods, there are still health risks associated with overusing microwaves. With all this in mind, I'm sure you'll find the perfect microwave for your needs! Read the full article

0 notes

larryjordaniilancaster · 1 year

Text

Larry Jordan II Lancaster

What Standard Ascension Tower will deliver?

Ascension Tower is a unique and revolutionary tower made from a new, patent-protected, design. The towers are much safer and which makes penetration into the existing markets less difficult. The inventor, Larry Jordan II Lancaster believes in their versatility, automation, wireless capabilities, security, safety, and accurate control capabilities. The patented process and product give our Standard Ascension Tower towers the following advantages over the existing towers:

Much less cost to maintain and build.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

More durable

This occurs when too many users are trying to access the network at the same time, leading to slower speeds, dropped connections, and other performance issues. Mobile networks can be affected by interference from other devices, such as microwaves, causing signal degradation and connectivity issues.

Have the ability to collocate more carriers.

There is a limited amount of spectrum available for mobile networks, which can make it difficult for carriers to expand their networks and provide better service.

The tower is fully automated.

Being fully automated will eliminate the need to climb the towers. Traditional cell towers can be dangerous for technicians who need to climb to the top to perform maintenance or repairs.

Able to remotely change azimuths.

Carriers are losing millions off of Azimuth devotion

Able to remotely bring down tower top components in the event of disastrous or damaging weather.

Traditional cell towers rely on electricity to operate, and power outages can result in service disruptions, particularly in areas prone to natural disasters.

Guaranteed for years.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

Tower components will be inaccessible to thieves

Short-range wireless tower top capabilities to ensure faster speeds, elimination of the need for fiber, power, and coaxial.

Features of Standard Ascension Tower

Improved Efficiency: Automated cell towers can operate with minimal human intervention, reducing the need for manual monitoring and maintenance. This can help improve the efficiency of the network infrastructure, as well as reduce the cost and time associated with managing the network.

Enhanced Network Reliability: Automated cell towers are designed to respond quickly to changes in network demand and environmental conditions, ensuring that the network is always available and responsive.

Reduced Downtime: Automated cell towers can detect and diagnose issues quickly, allowing them to be resolved before they cause downtime or service disruptions.

Better Network Coverage: Automated cell towers can be deployed in remote or hard-to-reach areas, providing coverage to areas that might not be accessible with traditional cell towers.

Improved Energy Efficiency: Some automated cell towers are designed with energy-efficient features, such as solar power, which can help reduce their carbon footprint and operating costs.

Faster deployment: Ascension Towers can be deployed more quickly than traditional towers, making them ideal for emergencies or areas where coverage is urgently needed.

Scalability: Automated cell towers can be easily scaled up or down to accommodate changes in network demand or coverage requirements, making them a flexible and adaptable solution for mobile network providers.

Overall, automated cell towers offer several advantages over traditional cell towers, including improved efficiency, network reliability, and energy efficiency, among others.

0 notes

larryjordanlancaster · 1 year

Text

Larry Jordan II Lancaster

What Standard Ascension Tower will deliver?

Much less cost to maintain and build.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

More durable

Have the ability to collocate more carriers.

There is a limited amount of spectrum available for mobile networks, which can make it difficult for carriers to expand their networks and provide better service.

The tower is fully automated.

Being fully automated will eliminate the need to climb the towers. Traditional cell towers can be dangerous for technicians who need to climb to the top to perform maintenance or repairs.

Able to remotely change azimuths.

Carriers are losing millions off of Azimuth devotion

Able to remotely bring down tower top components in the event of disastrous or damaging weather.

Traditional cell towers rely on electricity to operate, and power outages can result in service disruptions, particularly in areas prone to natural disasters.

Guaranteed for years.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

Tower components will be inaccessible to thieves

Short-range wireless tower top capabilities to ensure faster speeds, elimination of the need for fiber, power, and coaxial.

Features of Standard Ascension Tower

Reduced Downtime: Automated cell towers can detect and diagnose issues quickly, allowing them to be resolved before they cause downtime or service disruptions.

Better Network Coverage: Automated cell towers can be deployed in remote or hard-to-reach areas, providing coverage to areas that might not be accessible with traditional cell towers.

Improved Energy Efficiency: Some automated cell towers are designed with energy-efficient features, such as solar power, which can help reduce their carbon footprint and operating costs.

Faster deployment: Ascension Towers can be deployed more quickly than traditional towers, making them ideal for emergencies or areas where coverage is urgently needed.

Overall, automated cell towers offer several advantages over traditional cell towers, including improved efficiency, network reliability, and energy efficiency, among others.

0 notes

5stemsllcus · 1 year

Text

Larry Jordan II Lancaster

What Standard Ascension Tower will deliver?

Much less cost to maintain and build.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

More durable

Have the ability to collocate more carriers.

There is a limited amount of spectrum available for mobile networks, which can make it difficult for carriers to expand their networks and provide better service.

The tower is fully automated.

Being fully automated will eliminate the need to climb the towers. Traditional cell towers can be dangerous for technicians who need to climb to the top to perform maintenance or repairs.

Able to remotely change azimuths.

Carriers are losing millions off of Azimuth devotion

Able to remotely bring down tower top components in the event of disastrous or damaging weather.

Traditional cell towers rely on electricity to operate, and power outages can result in service disruptions, particularly in areas prone to natural disasters.

Guaranteed for years.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

Tower components will be inaccessible to thieves

Short-range wireless tower top capabilities to ensure faster speeds, elimination of the need for fiber, power, and coaxial.

Features of Standard Ascension Tower

Reduced Downtime: Automated cell towers can detect and diagnose issues quickly, allowing them to be resolved before they cause downtime or service disruptions.

Better Network Coverage: Automated cell towers can be deployed in remote or hard-to-reach areas, providing coverage to areas that might not be accessible with traditional cell towers.

Improved Energy Efficiency: Some automated cell towers are designed with energy-efficient features, such as solar power, which can help reduce their carbon footprint and operating costs.

Faster deployment: Ascension Towers can be deployed more quickly than traditional towers, making them ideal for emergencies or areas where coverage is urgently needed.

Overall, automated cell towers offer several advantages over traditional cell towers, including improved efficiency, network reliability, and energy efficiency, among others.

0 notes

5stemsinc · 1 year

Text

Larry Jordan II Lancaster

What Standard Ascension Tower will deliver?

Much less cost to maintain and build.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

More durable

Have the ability to collocate more carriers.

There is a limited amount of spectrum available for mobile networks, which can make it difficult for carriers to expand their networks and provide better service.

The tower is fully automated.

Being fully automated will eliminate the need to climb the towers. Traditional cell towers can be dangerous for technicians who need to climb to the top to perform maintenance or repairs.

Able to remotely change azimuths.

Carriers are losing millions off of Azimuth devotion

Able to remotely bring down tower top components in the event of disastrous or damaging weather.

Traditional cell towers rely on electricity to operate, and power outages can result in service disruptions, particularly in areas prone to natural disasters.

Guaranteed for years.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

Tower components will be inaccessible to thieves

Short-range wireless tower top capabilities to ensure faster speeds, elimination of the need for fiber, power, and coaxial.

Features of Standard Ascension Tower

Reduced Downtime: Automated cell towers can detect and diagnose issues quickly, allowing them to be resolved before they cause downtime or service disruptions.

Better Network Coverage: Automated cell towers can be deployed in remote or hard-to-reach areas, providing coverage to areas that might not be accessible with traditional cell towers.

Improved Energy Efficiency: Some automated cell towers are designed with energy-efficient features, such as solar power, which can help reduce their carbon footprint and operating costs.

Faster deployment: Ascension Towers can be deployed more quickly than traditional towers, making them ideal for emergencies or areas where coverage is urgently needed.

Overall, automated cell towers offer several advantages over traditional cell towers, including improved efficiency, network reliability, and energy efficiency, among others.

0 notes

standardascensiontowersgroup · 1 year

Text

Larry Jordan II Lancaster

What Standard Ascension Tower will deliver?

Much less cost to maintain and build.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

More durable

Have the ability to collocate more carriers.

There is a limited amount of spectrum available for mobile networks, which can make it difficult for carriers to expand their networks and provide better service.

The tower is fully automated.

Being fully automated will eliminate the need to climb the towers. Traditional cell towers can be dangerous for technicians who need to climb to the top to perform maintenance or repairs.

Able to remotely change azimuths.

Carriers are losing millions off of Azimuth devotion

Able to remotely bring down tower top components in the event of disastrous or damaging weather.

Traditional cell towers rely on electricity to operate, and power outages can result in service disruptions, particularly in areas prone to natural disasters.

Guaranteed for years.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

Tower components will be inaccessible to thieves

Short-range wireless tower top capabilities to ensure faster speeds, elimination of the need for fiber, power, and coaxial.

Features of Standard Ascension Tower

Reduced Downtime: Automated cell towers can detect and diagnose issues quickly, allowing them to be resolved before they cause downtime or service disruptions.

Better Network Coverage: Automated cell towers can be deployed in remote or hard-to-reach areas, providing coverage to areas that might not be accessible with traditional cell towers.

Improved Energy Efficiency: Some automated cell towers are designed with energy-efficient features, such as solar power, which can help reduce their carbon footprint and operating costs.

Faster deployment: Ascension Towers can be deployed more quickly than traditional towers, making them ideal for emergencies or areas where coverage is urgently needed.

Overall, automated cell towers offer several advantages over traditional cell towers, including improved efficiency, network reliability, and energy efficiency, among others.

0 notes

larryjordanbuffalony · 1 year

Text

Larry Jordan II Lancaster

What Standard Ascension Tower will deliver?

Much less cost to maintain and build.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

More durable

Have the ability to collocate more carriers.

There is a limited amount of spectrum available for mobile networks, which can make it difficult for carriers to expand their networks and provide better service.

The tower is fully automated.

Being fully automated will eliminate the need to climb the towers. Traditional cell towers can be dangerous for technicians who need to climb to the top to perform maintenance or repairs.

Able to remotely change azimuths.

Carriers are losing millions off of Azimuth devotion

Able to remotely bring down tower top components in the event of disastrous or damaging weather.

Traditional cell towers rely on electricity to operate, and power outages can result in service disruptions, particularly in areas prone to natural disasters.

Guaranteed for years.

Traditional cell towers require regular maintenance to ensure that they operate efficiently and effectively, which can be time-consuming and costly.

Tower components will be inaccessible to thieves

Short-range wireless tower top capabilities to ensure faster speeds, elimination of the need for fiber, power, and coaxial.

Features of Standard Ascension Tower

Reduced Downtime: Automated cell towers can detect and diagnose issues quickly, allowing them to be resolved before they cause downtime or service disruptions.

Better Network Coverage: Automated cell towers can be deployed in remote or hard-to-reach areas, providing coverage to areas that might not be accessible with traditional cell towers.

Improved Energy Efficiency: Some automated cell towers are designed with energy-efficient features, such as solar power, which can help reduce their carbon footprint and operating costs.

Faster deployment: Ascension Towers can be deployed more quickly than traditional towers, making them ideal for emergencies or areas where coverage is urgently needed.

Overall, automated cell towers offer several advantages over traditional cell towers, including improved efficiency, network reliability, and energy efficiency, among others.

0 notes