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Maryland property tax assessment error could cost $250M

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Maryland property tax assessment error could cost 0M

Maryland lawmakers are looking at a legislative solution to address a missed mailing deadline for property tax assessments, a mistake that affected about 107,000 notices and could cost local governments roughly $250 million over three years if nothing is done, a state official said Thursday.

Maryland reassesses the value of one-third of all property in each county every year. The State Department of Assessments and Taxation must send the notices by Jan. 30.

This year, however, the agency learned of an error that resulted in notices not being sent, according to Michael Higgs, the agency’s director. That has interfered with the timeline for property owners to appeal the new assessments.

MARYLAND GOV. MOORE ENDORSES BILLS AIMED AT MITIGATING HOUSING CRISIS

State Sen. Guy Guzzone, who chairs the Senate Budget and Taxation Committee, said attorneys are working to find the best solution that will be fair.

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“We’re trying to resolve a mistake, and what it will essentially look like would give the department the ability to get the mail out now, which they are in the process of doing, and from the time period that people receive it, that they then continue to get every bit of an opportunity, the full, same opportunity, to appeal assessments,” Guzzone said in an interview Thursday.

Guzzone, a Howard County Democrat, said lawmakers are considering a provision that would extend the expired mailing deadline.

Pictured here is the Maryland State House on May 11, 2023, in Annapolis, Md. Maryland lawmakers are in search of a solution to the problem of property tax assessments not getting sent out by the planned deadline, which means that people never had the chance to appeal them. (AP Photo/Brian Witte, File)

The error in the mailing process was first reported by Maryland Matters.

Higgs said the agency uses the state’s preferred vendor, the League of People with Disabilities, to print and mail reassessment notices. In a statement, he said the vendor has since resolved an error, and the missed recipients will receive notices in the coming weeks.

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Higgs said the agency has been working with the General Assembly to draft legislation that will enable a temporary timeline adjustment to distribute the reassessment notices.

“The legislation will ensure that the State reassessment can be completed fairly and accurately and that all appropriate revenues are collected,” Higgs said. “Every account in this group will receive a notice in the coming weeks and will be provided with the full 45-day time frame for appealing the reassessment.”

David Greenberg, the president of the League for People with Disabilities in Baltimore, said a social enterprise division of the group has been processing, printing and mailing the notices with timeliness, proficiency and integrity for more than 10 years.

“In Fall of 2023, SDAT made significant changes to the format of the assessment,” Greenberg wrote in an email. “SDAT later discovered duplicate and missing notices. Since then, The League has been working closely with SDAT staff to fix the issues.”

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In December, the department announced there was an overall average increase in value of nearly 26% for all residential property in the state’s 23 counties and the city of Baltimore.

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Northeast

Terror sponsor Iran gets UN leadership overseeing Charter principles

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Terror sponsor Iran gets UN leadership overseeing Charter principles

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Iran has been elected vice-chair of the United Nations Charter Committee, a body tasked with examining and strengthening the principles of the U.N. Charter, drawing criticism from Israel and renewed scrutiny of the organization’s selection processes.

The appointment was approved during the committee’s opening meeting as part of its executive composition, through an agreed procedure and without a formal vote.

At a U.N. press briefing, Fox News Digital asked whether Iran’s record aligns with the values of the Charter and whether the secretary-general would condemn the move.

UPROAR AFTER IRAN NAMED VICE-CHAIR OF UN BODY PROMOTING DEMOCRACY, WOMEN’S RIGHTS

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A view of the United Nations Headquarters building in New York City, N.Y., July 16, 2024. (Jakub Porzycki/NurPhoto via Getty Images)

“The election of any member state to a body is the result of voting by member states themselves,” Stéphane Dujarric, spokesperson for the secretary-general said. “So, questions about who gets elected to which bodies is a question for member states. We expect every member state of this organization to uphold the Charter, to uphold the Universal Declaration of Human Rights, given that they themselves signed on to this club that the U.N. is and those are founding, some of our founding documents.”

Pressed on whether the secretary-general would condemn Iran’s election, the spokesperson added, “It is not for him to condemn the election of any member state to a body. He will condemn and has when member states, through their actions, he feels, violate the charter or human rights.”

The Charter Committee operates under the U.N. Legal Committee and meets annually. Its mandate includes examining issues related to the Charter and proposing ways to reinforce its implementation, though its work typically requires consensus among member states and rarely results in binding action.

ISRAELI UN AMBASSADOR SENDS STARK WARNING TO IRAN AMID GROWING UNREST

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U.S. Ambassador to the United Nations Michael Waltz speaks with Israel’s Ambassador to the United Nations Danny Danon before a meeting of the United Nations Security Council to consider a U.S. proposal for a U.N. mandate to establish an international stabilization force in Gaza at U.N. headquarters in New York City, N.Y., Nov. 17, 2025. (Eduardo Munoz/Reuters)

Anne Bayefsky, president of Human Rights Voices and director of the Touro Institute on Human Rights and the Holocaust, sharply criticized the move, linking it to longstanding concerns about the U.N.’s performance.

“The U.N. created a committee back in 1974 supposedly to ‘enhance the ability of the U.N. to achieve its purposes.’ The trouble is that, ever since, the U.N. has been a downward trajectory on actually achieving its primary purposes, namely, maintaining international peace and security and promoting respect for fundamental human rights,” Bayefsky said.

“Given that Iran is the world’s leading state sponsor of terrorism and a country committed to the annihilation of the Jewish state and the bloody repression of its own people, the U.N. appointment helps clarify that in our time, U.N. purposes are in fact antithetical to peace, rights and human dignity.”

Iranian security forces reportedly killed detainees and burned bodies during protests, with clashes continuing in Kermanshah, Rasht and Mashhad, Iran, despite government claims. (NCRI)

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Israel’s Ambassador to the U.N. Danny Danon sharply criticized Iran’s appointment. 

“This is a moral absurdity,” Danon said. “A regime that violates the basic principles of the U.N. cannot represent them.

“A country that systematically violates the basic principles of the U.N. cannot sit in a leadership position that deals with strengthening them. The U.N. cannot continue to grant legitimacy to regimes that violate the very principles of its own charter.”

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Protesters rally outside the United Nations during Iranian President Masoud Pezeshkian’s speech at the 2025 United Nations General Assembly in New York City, N.Y., Sept. 24, 2025. (Alireza Jafarzadeh)

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The committee has in recent years served as a forum for political disputes among member states, including criticism directed at Israel, diplomats say. Iran’s selection to a leadership role comes amid ongoing debate over how the U.N. balances representation among member states with concerns about human rights records and adherence to the organization’s founding principles.

The U.N. maintains that leadership positions across its committees are determined by member states, not the secretariat, and reflect internal diplomatic processes rather than endorsement of any government’s policies or record.

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New York

Inside the Birthplace of Your Favorite Technology

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Inside the Birthplace of Your Favorite Technology

The technology industry is obsessed with the future.

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Many of our modern marvels are rooted in the legacy of Bell Labs, an innovation powerhouse in suburban New Jersey.

Bell Labs, the once-famed research arm of AT&T, celebrated the centennial of its founding last year.

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In its heyday, starting in the 1940s, the lab created a cascade of inventions, including the transistor, information theory and an enduring computer software language. The labs’ digital DNA is in our smartphones, social media and chatbot conversations.

“Every hour of your day has a bit of Bell Labs in it,” observed Jon Gertner, author of “The Idea Factory,” a history of the storied research center.

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Bell Labs’ most far-reaching idea — information theory — forms the bedrock of computing. The mathematical framework, known as the “Magna Carta of the information age,” provided a blueprint for sending and receiving information with precision and reliability. It was the brainchild of Claude Shannon, a brilliant eccentric whom the A.I. start-up Anthropic named its chatbot after.

Last month, Nvidia announced a new A.I. chip packed with more than 300 billion transistors — the tiny on-off electrical switches invented in the lab.

Bell Labs became so powerful and renowned that it is entrenched in pop culture. The 1968 sci-fi movie “2001: A Space Odyssey” drew inspiration from Bell Labs, and the father of the titular character in the period dramedy “The Marvelous Mrs. Maisel” worked there. Most recently, characters in the show “Severance” report to a former Bell Labs building.

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Here are some of the labs’ most prominent inventions.

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Bell Labs described itself as a wide-ranging “institute of creative technology.” And it was a well-funded one, thanks to the monopoly held by AT&T — with incentive to expand Ma Bell’s phone business.

One invention was Telstar, the first powerful communications satellite, which could receive radio signals, then amplify them (10 billion times) and retransmit them. This allowed for real-time phone conversations across oceans, high-speed data communications and global television broadcasts.

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1960

In 1960, Bell Labs launched an earlier orbital communications satellite in collaboration with the National Aeronautics and Space Administration — a passive balloon satellite called Echo that could reflect signals one way.

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1962

The lab again teamed up with NASA to launch the smaller Telstar, which was about three feet in diameter and weighed 170 pounds.

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1962

Bell Labs also developed some of the rocket technology that launched the satellite, a byproduct of an antiballistic missile project.

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1962

Lyndon B. Johnson, vice president at the time, spoke on the first phone conversation bounced off a satellite. “You’re coming through nicely,” he assured Frederick Kappel, the phone company’s chairman.

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PRESENT

In the decades since, those groundbreaking inventions from Bell Labs have become ubiquitous and affordable. International phone calls and television broadcasts are part of daily life. Today, more than 11,000 satellites provide internet, surveillance and navigation services, and are crucial for driverless cars and drone warfare.

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While developing mobile-phone service, Bell Labs scientists drove around in a van to check transmission quality.

The labs submitted its plan for a working cellular network to the government in 1971, and AT&T opened the first commercial cellular service in Chicago more than a decade later.

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1968

An early, simple version of mobile service was essentially a conventional phone on wheels — the car phone. Through radio technology, it connected to the landline network for calls.

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1972

Smaller, more powerful chips, radios and batteries made a truly mobile phone possible. It still weighed nearly two pounds.

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PRESENT

The technology continued to improve, as cellphones grew smaller and more sophisticated. Smartphones, which gained popularity with the iPhone’s launch in 2007, helped cement the devices as everywhere, ever-present and the dominant device for communication, information and entertainment — for better or worse.

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The Picturephone allowed you to see the person you were talking to on a small screen.

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1968

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And it was heavily promoted. An ad for the Picturephone said it amounted to “crossing a telephone with a TV set.” Its tagline: “Someday you’ll be a star!”

1964

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The Picturephone was introduced to great fanfare at the 1964 New York World’s Fair.

1964

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Even the White House was enlisted for a publicized demo. Lady Bird Johnson spoke via Picturephone to a Bell Labs scientist, Elizabeth Wood.

1968

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But at the cost of $16 for a three-minute call (more than $165 today), the novelty soon wore off. Though a market failure, the Picturephone had a star turn in Stanley Kubrick’s “2001: A Space Odyssey.”

PRESENT

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Decades later, tech giants ran with the vision of talking with people on video. Similar technology is now incorporated in every smartphone, allowing families to chat in real time. Video calls have also transformed the way we work — connecting people around the world for meetings.

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The light-sensitive electronic sensor, called a charge-coupled device, opened the door to digital imaging. It captured images by converting photons of light into electrons, breaking images into pixels.

1978

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Efforts to use the imaging sensors in cameras and camcorders began in the 1970s, and the products steadily improved. The cameras got smaller and the images sharper. Willard Boyle and George E. Smith earned a share of the Nobel Prize in Physics for their invention.

1978

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The science is complicated, but the sensor converts light to electrical charges, stores them and then shifts them across the chip to be measured.

PRESENT

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By the early 2000s, a smaller, cheaper technology, CMOS, had won out in mass markets like camera phones. But charge-coupled sensors remained the choice for tasks requiring very high resolution, like mapping the Milky Way.

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The silicon solar cell was a Bell Labs triumph of material physics.

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The solar cell performs a special kind of photon-to-electron conversion — sunlight to energy.

1956

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But while a scientific success, the early solar cell technology was a market flop — prohibitively expensive for mainstream adoption. By one estimate at the time, it would have cost $1.5 million for the solar cells needed to meet the electricity needs of the average American house in 1956.

PRESENT

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The solar industry would take off decades later, riding the revolution in semiconductor technology, with prices falling and performance soaring. Government subsidies in many countries, eager to nurture clean energy development, helped as well. Today, light-catching panels stretch across fields and deserts.

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All computer technology stems from the transistor, the seemingly infinitely scalable nugget of hardware that is essentially an on-off electrical switch that powers digital technology. It was invented at Bell Labs, which licensed the technology to others, paving the way for today’s tech industry.

The versatile transistor can also boost signals by gating electrons and then releasing them.

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1956

These transistors — seen on the face of a dime — were the tiniest in their day. The smaller the transistors, the more that can be packed on a chip, using less electricity and enabling faster, more powerful computers.

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1950s

Improvements in transistor design led to mass production in the 1950s, helping inspire new products like the portable transistor radio.

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1956

The transistor’s inventors — John Bardeen, Walter Brattain and William Shockley — shared the Nobel Prize in Physics for their creation.

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1979

The technology continued to improve as a “computer on a chip” in the late 1970s. It was smaller than a fingernail and a few hundredths of an inch thick.

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PRESENT

Today’s microscopic transistors animate the chips that go into our phones, computers and cars. The artificial intelligence boom is powered by chips of almost unimaginable scale. Jensen Huang, president of Nvidia, recently showed off the company’s new Rubin A.I. chip, with 336 billion transistors.

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Boston, MA

Why a Virginia mom is running the 2026 Boston Marathon: ‘Stories can save lives’

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Why a Virginia mom is running the 2026 Boston Marathon: ‘Stories can save lives’


Boston Marathon

“I run for my mother. I run for awareness. I run so others know they are not alone.”

Elizabeth Ayres is running the 2026 Boston Marathon. (Photo courtesy of Elizabeth Ayres)

In our “Why I’m Running” series, Boston Marathon athletes share what’s inspiring them to make the 26.2-mile trek from Hopkinton to Boston. Looking for more race day content? Sign up for Boston.com’s pop-up Boston Marathon newsletter.


Name: Elizabeth Ayres
Age: 45
From: Henrico, Virginia

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I run because running saved my life.

When I was 11 years old, my mother died by suicide. That loss shaped my childhood and followed me quietly into adulthood. For many years, I carried grief without knowing how to release it.


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At 36, after immigrating to the United States without speaking English, working in house cleaning, and raising two children, I discovered running — not as a sport, but as a lifeline. What began as short walks turned into 5Ks, then marathons, and eventually ultramarathons. With every mile, I found strength, healing, and clarity.

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Running taught me discipline and resilience, but more importantly, it gave my pain a purpose.

In 2026, I will run the Boston Marathon in honor of my mother and in support of suicide prevention through the American Foundation for Suicide Prevention (AFSP). I run to help break the silence around mental health and to remind others that asking for help is an act of courage.

As a mother, immigrant, and runner, I want my journey to show that it’s never too late to begin again. Movement can heal. Stories can save lives. And hope can grow from even the deepest pain.

I run for my mother. I run for awareness. I run so others know they are not alone.

Editor’s note: This entry may have been lightly edited for clarity or grammar.

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Profile image for Annie Jonas

Annie Jonas is a Community writer at Boston.com. She was previously a local editor at Patch and a freelancer at the Financial Times.

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