Paul McCartney's Stolen Bass is Found and Returned to the Beatle after More than 50 Years

In this photo released by The Lost Bass Project/Nick Wass on Friday, Feb. 16, 2024, Nick Wass, an executive with Hoefner, inspects Paul McCartney bass. (The Lost Bass Project/Nick Wass via AP)
In this photo released by The Lost Bass Project/Nick Wass on Friday, Feb. 16, 2024, Nick Wass, an executive with Hoefner, inspects Paul McCartney bass. (The Lost Bass Project/Nick Wass via AP)
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Paul McCartney's Stolen Bass is Found and Returned to the Beatle after More than 50 Years

In this photo released by The Lost Bass Project/Nick Wass on Friday, Feb. 16, 2024, Nick Wass, an executive with Hoefner, inspects Paul McCartney bass. (The Lost Bass Project/Nick Wass via AP)
In this photo released by The Lost Bass Project/Nick Wass on Friday, Feb. 16, 2024, Nick Wass, an executive with Hoefner, inspects Paul McCartney bass. (The Lost Bass Project/Nick Wass via AP)

Paul McCartney no longer gently weeps for his original bass guitar, The Associated Press reported.
A five-year search by the manufacturer of the instrument that was aided by a husband-and-wife team of journalists helped reunite The Beatles star with the distinctive violin-shaped 1961 electric Höfner that went missing a half century ago and is estimated to be worth 10 million pounds ($12.6 million).
McCartney had asked Höfner to help find the missing instrument that helped launch Beatlemania across the universe, Scott Jones, a journalist who teamed up with Höfner executive Nick Wass to track it down, said Friday.
“Paul said to me, ‘Hey, because you’re from Höfner, couldn’t you help find my bass?’” Wass said. “And that’s what sparked this great hunt. Sitting there, seeing what the lost bass means to Paul, I was determined to solve the mystery.”
McCartney bought the bass for about 30 pounds ($37) in 1961 when The Beatles were developing their chops during a series of residencies in Hamburg, Germany. The instrument was played on the Beatles first two records and featured on hits such as “Love Me Do,” “Twist and Shout,” and “She Loves You.”
“Because I was left-handed, it looked less daft because it was symmetrical,” McCartney once said. "I got into that. And once I bought it, I fell in love with it.”
It was rumored to have been stolen around the time The Beatles were recording their final album, “Let it Be,” in 1969. But no one was sure when it went missing.
What began as a long and winding road for Wass to track down the bass picked up speed when Jones serendipitously joined the hunt after seeing McCartney headline the Glastonbury Festival in 2022. The stage lights at one point seemed to illuminate nothing but the sunburst pattern on his bass and Jones wondered if it was the same instrument McCartney had played in the early '60s.
When he later searched the internet he was stunned to find the original bass was missing and there was a search for it.
“I was staggered, I was amazed,” Jones said. “I think we live in a world where The Beatles could do almost anything and it would get a lot of attention.”

Jones and his wife, Naomi, both journalists and researchers, got in touch with Wass to spread the word more broadly.
After hitting a dead end following a lead about a roadie for The Who, they relaunched The Lost Bass Project in September and within 48 hours were inundated with 600 emails that contained the “little gems that led us to where we are today," Jones said.
One of those emails came from sound engineer Ian Horne, who had worked with McCartney’s band Wings, and was the first big breakthrough in the hunt. Horne said the bass had been swiped from the back of his van one night in the Notting Hill section of London in 1972.
The researchers published the new information on their website in October, adding that Horne said McCartney told him not to worry about the theft and that he continued working for him for another six years.
“But I’ve carried the guilt all my life,” Horne said.
After publishing that update, a bigger break came when they were contacted by a person who said their father had stolen the bass. The man didn't set out to steal McCartney's instrument and panicked when he realized what he had, Jones said.
The thief, who was not named, ended up selling it to Ron Guest, landlord of the Admiral Blake pub, for a few pounds and some beers.
As the Joneses were starting to look for relatives of Guest, word had already reached his family. His daughter-in-law contacted McCartney's studio.
Cathy Guest said that the old bass that had been in her attic for years looked like the one they were looking for.
It had been passed from Ron Guest to his oldest son, who died in a car wreck, and then to a younger son, Haydn Guest, who was married to Cathy and died in 2020.
The instrument was returned to McCartney in December and then it took about two months to authenticate it.
The project had planned to announce the news but were upstaged by Cathy Guest's son, Ruaidhri Guest, a 21-year-old film student who posted photos Tuesday of the guitar on X, formerly Twitter, and wrote: “I inherited this item which has been returned to Paul McCartney. Share the news.” He posted a message Friday saying the family had been inundated with interview requests and would tell its story eventually.
The estimated value of the instrument is based on the fact that a Gibson acoustic guitar Kurt Cobain played on MTV Unplugged sold for $6 million (4.7 million pounds), Jones said. But it held almost no value during the past half century.
“The thief couldn’t sell it,” Jones said. “Clearly, the Guest family never tried to sell it. It’s a red alert because the minute you come forward someone’s going to go, 'That’s Paul McCartney's guitar.'”



Animals Found Living Underground Near Deep-sea Hydrothermal Vents

Giant tubeworms on the seafloor surface at 2,500 meters water depth at the East Pacific Rise, a volcanically active ridge located where two tectonic plates meet on the floor of the Pacific Ocean in this undated photograph.CC BY-NC-SA Schmidt Ocean Institute/Handout via REUTERS
Giant tubeworms on the seafloor surface at 2,500 meters water depth at the East Pacific Rise, a volcanically active ridge located where two tectonic plates meet on the floor of the Pacific Ocean in this undated photograph.CC BY-NC-SA Schmidt Ocean Institute/Handout via REUTERS
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Animals Found Living Underground Near Deep-sea Hydrothermal Vents

Giant tubeworms on the seafloor surface at 2,500 meters water depth at the East Pacific Rise, a volcanically active ridge located where two tectonic plates meet on the floor of the Pacific Ocean in this undated photograph.CC BY-NC-SA Schmidt Ocean Institute/Handout via REUTERS
Giant tubeworms on the seafloor surface at 2,500 meters water depth at the East Pacific Rise, a volcanically active ridge located where two tectonic plates meet on the floor of the Pacific Ocean in this undated photograph.CC BY-NC-SA Schmidt Ocean Institute/Handout via REUTERS

A deep-diving robot that chiseled into the rocky Pacific seabed at a spot where two of the immense plates comprising Earth's outer shell meet has unearthed a previously unknown realm of animal life thriving underground near hydrothermal vents.

Giant tubeworms - the world's heftiest worms - and other marine invertebrates such as snails and bristle worms were found using the remotely operated underwater vehicle SuBastian. They were living inside cavities within the Earth's crust at an ocean-floor site where the Pacific is 1.56 miles (2,515 meters) deep. All the species were previously known to have lived near such vents, but never underground, Reuters reported.

"We discovered vent animal life in the cavities of the ocean's crust. We now know that the unique hydrothermal vent ecosystem extends into the ocean's crust," said marine biologist Sabine Gollner of the Royal Netherlands Institute for Sea Research, one of the leaders of the study published this week in the journal Nature Communications.

"To our knowledge, it is the first time that animal life has been discovered in the ocean crust," Gollner added.

The exploration was conducted at the East Pacific Rise, a volcanically active ridge on the floor of the southeastern Pacific, running approximately parallel to South America's west coast. Earth's rigid outer part is divided into colossal plates that move gradually over time in a process called plate tectonics. The East Pacific Rise is located where two such plates are gradually spreading apart.

This area contains many hydrothermal vents, fissures in the seafloor situated where seawater and magma beneath the Earth's crust come together. Magma refers to molten rock that is underground, while lava refers to molten rock that reaches the surface, including the seafloor. New seafloor forms in places where magma is forced upward toward the surface at a mid-ocean ridge and cools to form volcanic rock.

The hydrothermal vents spew into the cold sea the super-heated and chemical-rich water that nourishes microorganisms.

"The warm venting fluids are rich in energy - for example, sulfide - that can be used by microbes, which form the basis of the food-chain," Gollner said.

Life flourishes around the vents - including giant tubeworms reaching lengths of 10 feet (3 meters), mussels, crabs, shrimp, fish and other organisms beautifully adapted to this extreme environment. The giant tubeworms do not eat as other animals do. Instead, bacteria residing in their body in a sack-like organ turn sulfur from the water into energy for the animal.

The researchers deployed SuBastian from the Schmidt Ocean Institute research vessel Falkortoo to the vent site deep below. The robot was equipped with arms that wielded a chisel that the researchers used to dig into the crust and uncover warm and fluid-filled cavities where the tubeworms, bristle worms and snails were spotted.

"We used a chisel to break the rock. We dug about 20 cm (8 inches). The lava plates were about 10 cm (4 inches) thick. The cavities below the lava plates were about 10 cm in height," Gollner said.

Larvae from these animals may invade these subseafloor habitats, the researchers said, in an example of connectivity between the seafloor and underground ecosystems.

"It changed our view on connectedness in the ocean," Gollner said of discovering the subsurface lair.