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Hal Williams, ‘Sanford And Son’ And ‘227’ Star, Dies At 91

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@ 16/07/2026

Opening Of The National Museum Of African American History And Culture

WASHINGTON, DC - SEPTEMBER 24: Harold 'Hal' Williams attends the opening of the National Museum of African American History and Culture on September 24, 2016 in Washington, DC. (Photo by Monica Morgan/WireImage)

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Hal Williams, who starred as Officer “Smitty” Smith on the 1970s sitcom Sanford and Son and Lester Jenkins on the 1980s sitcom 227, has died.

Williams’ representative told TMZ that the longtime actor died Wednesday morning from natural causes in Rancho Mirage, Calif. He was 91.

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Williams appeared as Smitty in a recurring role opposite Redd Foxx and Demond Wilson in hit Sanford and Son in 20 episodes during the six-season run of the show from 1972-77. Williams also reprised Smitty for Foxx’s spinoff series Sanford, appearing in five episodes over two seasons from 1980-81.

He a member of the main cast as Jenkins in 227, appearing in 115 episodes of the series, which ran for five seasons on NBC from 1985 to 1990. Set in an apartment building, the sitcom also starred Helen Martin, Marla Gibbs and Alaina Reed-Hall. The show also launched the career of Regina King, who was part of the main cast in her first screen role.

Williams also appeared in a recurring role as Harley Foster on the TV drama The Waltons from 1973 to 1980 and played Drill Sergeant L.C. "Ted" Ross in Goldie Hawn’s hit film comedy Private Benjamin in 1980.

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LOS ANGELES - SEPTEMBER 1: Private Benjamin, a CBS television sitcom based on the movie of the same name, about life in the Army. September 1, 1982. Los Angeles, CA. Hal Williams (portrays Sgt. Ted Ross). (Photo by CBS via Getty Images)

CBS via Getty Images

Williams reprised the role in a spinoff sitcom of the same name from 1981-83, with Lorna Patterson taking over Hawn’s role of Pvt. Judy Benjamin. Williams appeared in all 39 episodes of the series, which ran for three seasons on CBS.

BET paid tribute to the prolific actor in an X post on Thursday, writing, “Today we remember Hal Williams, best known as Officer ‘Smitty’ on Sanford and Son and Lester Jenkins on 227. Before Hollywood knew his name he was working as a corrections officer and postal worker in Columbus, Ohio.

"He bet on himself in his 30s and gave us nearly six decades of warmth, humor, and authenticity across some of the most beloved shows in television history. Williams reminds us that it is never too late to become who you were meant to be.”

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PARSIPPANY, NJ - OCTOBER 29: Howard Platt, Hal Williams and Nathaniel Taylor attend Chiller Theater Expo Winter 2017 at Parsippany Hilton on October 29, 2017 in Parsippany, New Jersey. (Photo by Bobby Bank/Getty Images)

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Hal Williams Appeared In More Than 70 Screen Roles

Born Dec. 14, 1934, in Columbus, Ohio, Hal Williams’ first credited screen appearance came in the 1970 Burt Reynolds crime drama Dan August.

Williams’ other television credits over his career included numerous guest roles in such series as That Girl, The Jimmy Stewart Show, The New Dick Van Dkye Show, Cannon, Police Woman, Harry O, Gunsmoke, Kung Fu, S.W.A.T., Police Story, Quincy, M.E., Good Times, The White Shadow and What’s Happening!

The actor also appeared in a guest capacity in such series as The Dukes of Hazzard, Gimme a Break!, The Jeffersons, Webster, Hill Street Blues, Night Court, Magnum, P.I., L.A. Law, Tales from the Crypt, Suddenly Susan, Moesha and Parks and Recreation.

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Williams also appeared in an episode of the 1979 miniseries Roots: The Next Generations, the sequel to the 1977 landmark miniseries Roots.

On film, Williams’ credits included the Clint Eastwood crime thriller The Rookie, the Ashton Kutcher comedy Guess Who and the voice role of the father of Whip (Denzel Washington) in the airline disaster drama Flight.

Hal Williams last appeared in a pair of episodes of the Kathy Bates’ legal drama, Matlock, in 2024 and 2025.

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Neurostimulation restores feeling in paralysed hand for months after | New Scientist

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@ 16/07/2026

Keith Thomas, who has paralysis, but can now move and feel his hands again thanks to a brain implant

Keith Thomas has paralysis, but can now move and feel his hands again thanks to a brain implant

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A man who became paralysed after a diving accident six years ago regained the ability to move and feel pressure in his hands thanks to brain stimulation. Now, researchers have revealed he maintained this ability for months after the stimulation was turned off. This suggests the intervention has caused a rerouting of his neuronal connections through neuroplasticity.

“We turned everything off completely, for many months, and yet he’s maintained these gains,” says Chad Bouton at the Feinstein Institutes for Medical Research in New York. “That’s unheard of.”

Keith Thomas, 48, was paralysed from the chest down in July 2020. He had no sensation or control over his limbs and had significant muscle wasting, says Bouton.

In 2023, Bouton and his colleagues performed a double neural bypass surgery on Thomas, placing five electrodes into his brain in regions associated with arm movements and feeling. They then connected computer cables to these electrodes, so artificial intelligence could interpret his movement intentions. That information was then wired into electronic splints that stimulated his arms, hands and fingers to carry out his intended movements, enabling him to pick up coffee cups and scratch his face.

To recreate the sense of feeling, the team embedded force sensors into 3D-printed wearable devices for Thomas’s hands and fingers, which sent feedback via electrical stimulation into the brain’s sensory areas.

After conducting a series of experiments – which even involved Thomas feeling objects through another person’s hand – Bouton says the team planned to stop the stimulation for about a month, to test for any lingering effects. “Then we had a fire in the building, and it actually forced us to stop stimulation for even longer than we’d planned, for about three months.”

Thomas has even been able to move and feel sensations through another person’s hand

MATTHEW LIBASSI/Feinstein Institutes for Medical research

The unexpected interruption led to surprising findings: Thomas continued to maintain strength, feeling and function in his hands. “He’s now also controlling individual fingers with even more accuracy, so that’s big,” says Bouton.

In a video interview with New Scientist, Thomas raised his elbows nearly to shoulder level and described feeling “tingling” in his wrist in response to pressure, even when he’s “unplugged from the computer”. “When I first felt it, it was amazing,” he says. “I’m used to it now.”

Sergey Stavisky at the University of California, Davis, says the work suggests that this approach promotes lasting recovery of the nervous system. “The goal is to help the nervous system partially heal so the person can move their own body better,” he says.

“If these improvements persist even when the system is turned off, then the device is doing more than temporarily restoring function,” says Daniel Lu at the University of California, Los Angeles. “It may be helping the nervous system reorganise itself through neuroplasticity.”

This describes the brain’s ability to rewire itself by forming new neural connections, such as after an injury or even in response to a new hobby. “After an injury such as spinal cord injury, those same mechanisms may help restore function by strengthening spared pathways or recruiting alternative circuits, allowing neural signals to travel through networks that were previously too weak to support meaningful movement,” says Lu.

The researchers have observed stronger neural responses in Thomas’s sensory cortex since the intervention.

But this is just a single case report, so it’s unclear how well this approach would work on other people with paralysis from different types of injuries. Charles Greenspon at the University of Chicago says he has spent years working on stimulation to restore touch in people with spinal cord injuries and continues to find that some respond better than others, and some not at all. “And we have no idea why,” he says. “So, the question is: can you replicate it? This is a really ambitious study, but we need to see them replicating their results in more participants before we believe the hype.”

As to Thomas’s future, “at this point now we know nothing’s impossible, or anything’s possible”, says Boulton. “I think it’s possible he will continue to to improve,” he adds. %!s()

GTA 6 could break records with $5 billion first week, analysis shows

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@ 16/07/2026

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Published Jul 16, 2026, 1:00 PM EDT

Rockstar's new Grand Theft Auto game is on pace to make up to $5.2 billion at launch

Louis Rees-Zammit: Wales wing says more to come for next season

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@ 16/07/2026

Louis Rees-Zammit says he has not settled back into rugby as quickly as he would have liked during his first year back in the sport.

The 25-year-old announced almost 12 months ago that he was returning to his original sport from American football after trying to break into the NFL.

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Pump that recreates human heartbeat blood flow on lab chips inspired by an accordionist

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@ 16/07/2026

25-year disease modeling breakthrough inspired by accordionist
The HemaDyne pump. Credit: Drs. Abhishek Jain and Ankit Kumar.

For more than 25 years, lab-on-a-chip technology has allowed researchers to model human organs and blood vessels using real human cells in artificial microscopic environments. These microphysiological systems (MPS) may replicate human cells and mimic organs or even full organ systems under numerous conditions. They have become key to studying everything from heart disease to the effectiveness of new drugs. However, they have been held back by one major limitation: an inability to accurately re-create the blood flow waveforms generated by the human heart.

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