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Patient Aboard an Ambulance Fatally Stabs a Firefighter Paramedic
A member of the emergency medical services in Kansas City, Mo., died on Sunday after being stabbed by a patient who was being transported to a hospital in what officials said started out as a “routine medical call.”
The patient stabbed the emergency worker, Graham Hoffman, a 29-year-old firefighter paramedic, in the chest, piercing his heart, city officials said in a news release.
A suspect was in custody but had not been publicly identified. A motive for the attack was not immediately known.
The episode began after Kansas City police officers were dispatched to a “routine medical call” early on Sunday to check on a woman who was reported to be walking along a section of highway near North Oak Trafficway, the police said.
Officers found the woman and requested help from the emergency medical services for further unspecified treatment. While en route to the hospital, the patient “produced an edged weapon” and stabbed Firefighter Hoffman, the police said.
Firefighter Hoffman’s partner called a crew emergency, and additional Fire Department and Police Department personnel responded. Firefighter Hoffman was taken to North Kansas City Hospital.
“Despite the heroic efforts of KCFD paramedics, the hospital medical team, Firefighter Hoffman succumbed to his injuries in the intensive care unit,” the city said.
Firefighter Hoffman had been a member of the Kansas City Fire Department since 2022, according to the news release.
The police are working with the Clay County prosecutor on criminal charges, the city said.
“We will demand accountability be applied not just to the suspect, but also for any steps in the system that fell short,” said Quinton Lucas, the mayor of Kansas City.
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Orbán’s defeat is a win for democracy and a warning to Trump, some say
President Trump has followed Hungarian Prime Minister Viktor Orban’s competitive authoritarian playbook, according to political scientists. But that playbook was not enough to save Orban from a landslide defeat Sunday.
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Hungarian Prime Minister Viktor Orbán was seen for years as a master of tilting the electoral playing field in his favor to remain in power. On Sunday, his carefully-crafted strategy finally failed.

His opponent, Péter Magyar – a former Orbán loyalist – ran a campaign focused on Hungary’s economic problems, government corruption and getting rid of the prime minister himself. The record turnout overwhelmed the measures Orbán had taken over the years to preserve power.
Hungarian American experts here in the U.S. say Orbán’s loss has lessons for President Trump, and about the resilience of democracy.
“You can rewrite the constitution, you can capture public media, you can gerrymander election districts, but as long as people still enjoy the freedom to vote and to vote for whomever they want to, these systems can be reversed under the right circumstances,” said David Koranyi who runs Action for Democracy, a U.S.-based civil society organization.
The case of Hungary is relevant because many political scientists say Trump has adopted a version of Orbán’s competitive authoritarian playbook.
The president has sued news organizations, and the Federal Communications Commission has threatened to pull licenses from broadcasters the president has said are biased against him.
Trump has also suggested the federal government take over the running of elections in 15 states and has used the Justice Department to target his perceived political enemies.
Orbán’s defeat shows the limits of these sorts of tactics, especially when wielded by an unpopular leader.
“Fundamentally in a democracy, you can’t have the majority of people against you for too long before you lose power,” said Lorinc Redei, who teaches politics at the University of Texas at Austin.

Orbán’s loss also suggests opportunities for Democrats heading into the midterms and Republicans thinking about a presidential run in 2028, experts say. Like Orbán, President Trump is vulnerable on the economy, which he pledged to fix. An NPR/PBS News/Marist Poll earlier this year found nearly 6 in 10 people disapproved of Trump’s handling of the economy – normally a strength for the president.
Magyar, a former member of Orbán’s Fidesz party, led the opposition in Hungary and built a broad coalition. Magyar cut a patriotic profile, traveling the country in a pickup truck with a color scheme that matched the Hungarian flag.
“Everywhere he went, he emphasized that national identity and patriotism do not belong to the right wing,” said Julia Sonnevend, a professor of sociology and communications at the New School in New York.
Sonnevend said Magyar also steered clear of divisive social issues. When Orbán tried to ban last year’s Pride parade in Budapest, Magyar chose not to march and kept his coalition together.
“Magyar really managed to unite the entire opposition to Orbán under his flag and I think that carries lessons for Democrats . . . that you need to create a very, very broad tent,” said Redei, the politics professor.
Hungarian Prime Minister Viktor Orban has been a favorite of many MAGA Republicans for his tough stance on immigration and his anti-LGBTQ policies.
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Magyar also benefitted from his profile as an insider and member of Orbán’s right-wing party, who saw the light and quit. Magyar publicly broke with Orbán’s government two years ago. Magyar was furious after his ex-wife, the justice minister, took the fall for a scandal involving the pardon of a child sex abuser.
Koranyi says members of the Trump administration who want to succeed him could try to distance themselves from the president in advance of a 2028 presidential run. But choosing when to break with a powerful leader is tricky.
“It’s hard to know ahead of time when that window of opportunity is going to close,” said Redei. “The higher up you are in a party, the earlier it closes.”
Some conservative political watchers in the U.S., however, said people are reading too much into Orbán’s loss. The United States is a vast, ethnically diverse nation of about 340 million people, while Hungary has a population of less than 10 million and is about the size of Indiana.
Matt Schlapp, who leads the Conservative Political Action Conference (CPAC), pointed out that Orbán, 62, was running for a fifth term, and that no politician can win forever.
“When you’ve been in power 16 years, as Victor Orbán has, longer than FDR . . . it was probably asking a little too much to buck that much history,” said Schlapp, whose organization has held annual conferences in Hungary.
Mike Gonzalez, a senior fellow at the Heritage Foundation, noted that a win for Magyar – who favors strict immigration and conservative social values – is no victory for the left. But Gonzalez added that Orbán’s defeat has lessons for President Trump.
“Keep the promises you’ve made,” said Gonzalez. “Above all, don’t get complacent.”
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Firefighters Likely Had Limited View of Approaching Plane in LaGuardia Crash
The rapidly approaching plane that collided with a fire truck at New York’s LaGuardia Airport last month was most likely hard for the firefighters to see, a New York Times analysis has found.
They were navigating in the rain on a taxiway that was angled away from the oncoming plane. Because the plane had just touched down, the pilots and the firefighters were left with very little time to react.
The collision killed both pilots and was the first deadly crash at the airport in over three decades. The two firefighters, who were rushing to another emergency, survived with injuries.
The Times built a 3-D model, interviewed aviation experts and analyzed flight data, video footage of the crash and air traffic control audio — all to answer a critical question: What could the firefighters see?
The truck’s dispatch
The two firefighters were driving on Taxiway D in the lead vehicle of a convoy that had been dispatched to assist with an emergency on the other side of the airport from the fire station.
Their fire truck, a type that can weigh upward of 60,000 pounds when fully loaded, is designed with the driver’s seat in the center, in part to offer better visibility. The other firefighter typically sits to the right of the driver.
The air traffic control tower had cleared an Air Canada Express jet to land on Runway 4. About two minutes later, the tower cleared the truck to cross the same runway using Taxiway D. Eleven seconds later, the tower called back with an urgent warning to stop, but the truck kept moving. It is unclear if the firefighters in the truck heard the warnings.
Each firefighter had a disadvantage
Even in an optimal scenario in which the driver was looking directly toward the oncoming plane in the moments before collision, it’s likely that his view of the approaching plane would have been obstructed by the second firefighter.
If the driver had leaned forward slightly with his head turned about 90 degrees to the right before looking straight again, the plane would have most likely been obstructed:
The second firefighter would have had a better view, but for him, the plane would most likely not have stood out as a moving object until it grew closer to the truck. Even as the plane was approaching, it would have stayed in roughly the same position in his field of view — making the plane more difficult to track than if it had been moving across his line of sight.
This is a familiar phenomenon documented in aviation and maritime navigation, in which an object approaching on a collision course can appear to be stationary until the last moment, when it seems to suddenly grow in size.
Here is what the view for the second firefighter could have been if he had been leaning forward slightly with his head turned about 90 degrees to the right and looking toward the plane:
Crash footage shows that there was one vehicle in the convoy initially traveling alongside the fire truck, and it may also have blocked the firefighters’ view of the runway before it came to a stop about seven seconds before the crash.
Based on the available evidence, there is no way to know with certainty where the firefighters were looking in the seconds before the crash. The runway where the crash occurred is bidirectional, meaning planes can approach one at a time for landing in both directions. As a result, the firefighters would not necessarily have been able to assume the direction of oncoming planes.
The two firefighters, Sgt. Michael Orsillo and Officer Adrian Baez, who were hospitalized along with about 40 others, did not respond to requests for comment. The Port Authority of New York and New Jersey, which runs LaGuardia Airport and its fire rescue unit, declined to comment.
The taxiway was angled away from the oncoming plane
The lead fire truck had been driving along a taxiway that was angled away from the direction of the oncoming plane. This means that the plane was approaching off the right rear section of the truck — where it would have been difficult for the firefighters to see — instead of its direct right-hand side.
As a result of the angle, the driver would have had a difficult time spotting the plane, regardless of where he was looking. If he had turned to the right, toward the plane, his view might have also been obstructed by the firefighter beside him:
The plane would have appeared in the right corner of the second firefighter’s field of view, but only if he had leaned forward slightly, turned his head to the right and looked in the plane’s direction. Here is what he might have seen right before the truck entered the runway about two seconds before collision:
The analysis of the crash footage also shows that the truck turned slightly toward the left as it entered the runway. It is unclear whether it turned because the firefighters saw the plane, but the change in direction angled the firefighters farther away from the approaching plane, making it even harder to see.
Airports use these slanted taxiways because they allow planes to exit the runway more quickly, instead of having to make a sharp 90-degree turn at a slower speed.
That said, the Federal Aviation Administration urges airports to use intersections configured at 90-degree angles because they give pilots and drivers the best visual perspectives to see other aircraft and vehicles, said Michael O’Donnell, a retired F.A.A. official and a former airport firefighter.
The truck did not slow down or stop before entering the runway
The Times analysis of the crash footage indicates that the truck did not stop or slow down before entering the runway and that it was traveling at a relatively steady speed of about 30 miles per hour from the moment the air traffic controller first gave the warning to stop until the collision.
Slowing down or stopping entirely may have given the firefighters more time to look and assess any oncoming traffic on the runway.
Seconds after the controller first warned the truck to stop, about seven seconds before the crash, the convoy of vehicles that was following the lead truck slowed down and stopped while the lead truck continued.
Once the tower clears an emergency response vehicle to cross a runway, the vehicle’s drivers are not expected to obey the stop marks on the pavement, Mr. O’Donnell said. But they are expected to look for aircraft before crossing and proceed with caution, he said.
Other distractions
It’s also likely that there were other visual distractions. The airport runway and taxiways are lined with lights. The night of the crash was rainy and misty, and the rain-slicked surface of the runway could have given it the appearance of a glaring light show.
“At night, it’s basically like driving through a lit-up Christmas tree,” said Bobby Egbert, a spokesman for the Port Authority Police Benevolent Association, the officer’s union. “You have so many lights and the crew has to know exactly what those lights mean.”
What the firefighters could have seen or not seen “with that equipment, at that time of night, with that illumination,” is one of the many components of the National Transportation Safety Board’s investigation, said Peter Knudson, a spokesman for the board, who said the preliminary report would be released later this month. He declined to answer questions about the crash, citing the ongoing investigation.
According to safety board officials, the airport’s runway status lights, set in the pavement at taxiways and runway crossings to warn of planes on or approaching the runway, were functional that night. Video analysis of the crash shows that the truck may have entered the runway around the same time as the lights went from red to dark, which they are designed to do a couple seconds before a plane passes.
What the jet’s pilots may have seen
For the pilots, Captain Antoine Forest and First Officer Mackenzie Gunther, the truck was most likely in their field of vision from the cockpit, if they were looking down the runway:
About the same time that the fire truck entered the runway, the Air Canada jet dropped its speed sharply below what is typical after touchdown, according to a Times analysis that compared the jet’s flight data with hundreds of other landings on Runway 4 by the same aircraft model. The plane reduced its speed to about 100 miles per hour from about 140 miles per hour in about three seconds.
The firefighters’ limited visibility is only one factor among many that the authorities are investigating as possibly contributing to the crash. They are also looking into any potential problems with air traffic controller staffing, radio miscommunications and vehicle tracking technology.
How we analyzed the crash footage
The Times estimated the position and speed of the lead fire truck by analyzing video of the crash, flight path data from Flightradar24, satellite imagery and the manufacturer’s dimensions of the vehicle.
First, we geolocated the camera in the crash video by matching landmarks in the footage (buildings, runway markings and lights) to their real-world positions in satellite imagery. From that fixed vantage point, we measured the span of the truck in each video frame. Those measurements — combined with the truck’s physical dimensions, its path along the taxiway and its position relative to the runway lights — allowed us to estimate its position frame by frame. From those positions and the video’s timestamps, we then calculated the truck’s speed. Our estimates of the truck’s position are within three feet, and its speed is within five miles per hour.
We placed the positional data of the truck into a georeferenced 3-D model of the airport, where we programmatically animated the vehicles along their paths. We tested our analysis by overlaying the video frames on the 3-D model rendered from the camera’s position, as seen in the video below.
The Times also obtained flight data showing landings at LaGuardia Airport from several hundred aircraft — the same model as the Air Canada Express jet. The data helped us understand how the plane’s speed on the runway compared with that of other planes slowing down after a typical touchdown.
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