Briton in Russia Revives Soviet-Era Watches for Luxury Market

An employee demonstrates a watch at the Raketa Watch Factory in Peterhof, part of Saint Petersburg, Russia, April 1, 2026. (Reuters)
An employee demonstrates a watch at the Raketa Watch Factory in Peterhof, part of Saint Petersburg, Russia, April 1, 2026. (Reuters)
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Briton in Russia Revives Soviet-Era Watches for Luxury Market

An employee demonstrates a watch at the Raketa Watch Factory in Peterhof, part of Saint Petersburg, Russia, April 1, 2026. (Reuters)
An employee demonstrates a watch at the Raketa Watch Factory in Peterhof, part of Saint Petersburg, Russia, April 1, 2026. (Reuters)

When David Henderson-Stewart first visited Russia's Raketa watch factory, its few remaining watchmakers were huddled in winter coats over vintage equipment.

The British former lawyer knew nothing about watches, but his love of Soviet design led him to see potential in the ailing enterprise, which once employed 7,000 workers and produced timepieces for astronauts and the mass market.

President Vladimir Putin now wears a watch made by its bespoke offshoot, Imperial Peterhof Factory.

"I would never have found something as interesting as Raketa in the West," said Henderson-Stewart, who did not wear a watch until he took over the factory outside St Petersburg with a partner in 2010.

A yearning to ‌live abroad drove ‌Henderson-Stewart to move to Russia to work in law after ‌studying ⁠at Oxford and ⁠at Paris's Sorbonne University. He has stayed, raising three children, who all have Russian citizenship.

Under his leadership, Raketa's pivot to high-end watches with an emphasis on their "Made in Russia" credentials has paid off.

Western sanctions imposed over the war in Ukraine squeezed trade and shuttered foreign luxury stores in Russia from 2022, but domestic demand rose for the largely unsanctioned company, while sales continued to Europe and the Middle East. Its own supply chain was little affected.

"We don't depend on the ⁠West for components. We produce most of them ourselves," Henderson-Stewart said ‌at the revamped Raketa facility, whose industrial roots date ‌to 1721. "That's what our community likes ... that it's a Russian-made watch."

PUTIN BOOST

In the factory, some of the ‌over 200 employees use refurbished machinery to fashion tiny cogs, wheels and springs, continuing the ‌rare practice of making all mechanical parts in-house. Elsewhere, watchmakers with magnifying eyepieces work painstakingly, pop music blaring in the background.

Raketa received a boost in 2022 when Putin was spotted wearing his Imperial Peterhof Factory watch. Some local media read it as a signal of support for domestic production after ‌the invasion of Ukraine.

Putin has since worn the watch regularly, spurring demand for similar designs, said Henderson-Stewart.

"We were told that it would ⁠be better not ⁠to replicate this exact model," he added.

Public records show Raketa posted profit of 109 million roubles ($1.43 million) in 2025, over 15% more than in 2024.

Priced from around $700 to $3,500, Raketa watches are mostly based on Soviet designs, including the steely-faced Baikonur, named after the cosmodrome from which Moscow still launches crewed space flights.

The hands of another of its watches sweep counter-clockwise. This unique model has become a bestseller since it was brought to Henderson-Stewart's attention by head engineer Lyudmila Voynik, 86, who has worked at the factory since the 1950s.

Voynik pulled out a hand-inked technical drawing, patched with tape, from a filing cabinet - one of many she kept safe throughout Raketa's post-Soviet troubles.

"Our Raketas remain the same. Maybe some small changes in details here and there," she said. "I have lived my life here. I am proud that we managed to revive it all once again."



‘Fingerprints’ of Black Hole’s Event Horizon Detected for First Time

An actual image of the black hole where scientists looked for a ring of light, which is matter and radiation circling at extreme speeds around a region of darkness representing the black hole. (Event Horizon Telescope collaboration)
An actual image of the black hole where scientists looked for a ring of light, which is matter and radiation circling at extreme speeds around a region of darkness representing the black hole. (Event Horizon Telescope collaboration)
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‘Fingerprints’ of Black Hole’s Event Horizon Detected for First Time

An actual image of the black hole where scientists looked for a ring of light, which is matter and radiation circling at extreme speeds around a region of darkness representing the black hole. (Event Horizon Telescope collaboration)
An actual image of the black hole where scientists looked for a ring of light, which is matter and radiation circling at extreme speeds around a region of darkness representing the black hole. (Event Horizon Telescope collaboration)

Scientists have detected the "fingerprints" of a black hole's event horizon -- the boundary from which nothing can escape -- for the first time, according to research published on Wednesday.

The discovery was made by studying ripples in space-time called gravitational waves that were created when two black holes violently smashed into each other.

A black hole's event horizon is known as the "point of no return" because not even light can avoid being swallowed into its darkness.

This has made them incredibly difficult to learn anything about.

However, there is one event of such cataclysmic violence that it could offer a chance to glimpse this extreme phenomenon -- when two black holes merge into one.

When this cosmic death spiral occurs, it shoots gravitational waves across the universe which scientists have been detecting for the last decade.

For the new research published in Nature, an international team of researchers analyzed data from the strongest gravitational wave ever recorded, known as GW250114, detected by the LIGO observatory in January 2025.

By isolating the last burst of waves -- known as "direct waves" -- from this black hole merger, the scientists said they were able to extract information from closer to an event horizon than ever before.

"This black hole horizon concept normally appears in science fiction," lead study author Sizheng Ma of the Perimeter Institute for Theoretical Physics in Canada told AFP.

"But now we are really able to touch the region around the horizon with gravitational data," he added.

"Sometimes I cannot believe this is really happening."

- Causing a stir -

The last stage of two black holes merging is like a spoon stirring a glass of water, Sizheng Ma explained.

The resulting swirl in space creates the ripple of gravitational waves that travel at the speed of light in all directions.

If the metaphorical spoon is stirring close enough to the black hole's event horizon, "this offers us a chance to decode the physics around that region", Sizheng Ma said.

By supporting the theory of general relativity, the results "proved that Einstein was correct again," he added.

The scientists emphasized that more research was needed to decipher what can be gleaned about event horizons using this method.

But they did detect information about how black holes twist space around themselves as they rotate -- a phenomenon known as "frame dragging".

"This is similar to pushing a glass into a table and twisting it, so that the tablecloth winds up around it," Maximiliano Isi, a gravitational wave astrophysicist at Columbia University, told AFP.

In the future, the team of scientists hope to find signs of tiny changes known as quantum fluctuation.

"In this way, we can really probe this near horizon region to look for a new physics," including searching for a deviation from general relativity, Sizheng Ma said.

- Reaction mixed -

Experts not involved in the study urged caution.

Francesco Sannino, an Italian theoretical physicist who studies black holes, told AFP it was "compelling analysis" but needed to be checked by other researchers.

Still, it was "striking" that the scientists were able to show that gravitational waves carried the event horizon's "fingerprints," he said.

The astrophysicist Isi described the work as "tantalizing".

"More generally, understanding the physics of black holes and their mergers is important as it might shed light on how space and time are woven together at a more fundamental level," he told AFP.

Sean McWilliams, an astrophysicist at West Virginia University, was skeptical that the gravitational wave frequency analyzed by the scientists was actually "dictated" by the event horizon.

For this reason, "the actual observed signal doesn't really tell us anything about the horizon or the other properties directly related to it", he told AFP.

Sizheng Ma said McWilliams's statement was "not correct," suggesting he had conflated two different aspects in the paper.

"There is often considerable resistance and criticism in the early stages of promoting a new concept," he said, adding he is working on another paper to "clarify these confusions and possible misinterpretations".


Asteroid Zooming Past Earth on Saturday Visible to Stargazers

FILE PHOTO: A nighttime view of Earth, derived from satellite images taken daily over the past decade, capturing human activity on the planet through the emissions of artificial light, is seen in this image released on April 8, 2026. Michala Garrison/NASA Earth Observatory/Handout via REUTERS
FILE PHOTO: A nighttime view of Earth, derived from satellite images taken daily over the past decade, capturing human activity on the planet through the emissions of artificial light, is seen in this image released on April 8, 2026. Michala Garrison/NASA Earth Observatory/Handout via REUTERS
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Asteroid Zooming Past Earth on Saturday Visible to Stargazers

FILE PHOTO: A nighttime view of Earth, derived from satellite images taken daily over the past decade, capturing human activity on the planet through the emissions of artificial light, is seen in this image released on April 8, 2026. Michala Garrison/NASA Earth Observatory/Handout via REUTERS
FILE PHOTO: A nighttime view of Earth, derived from satellite images taken daily over the past decade, capturing human activity on the planet through the emissions of artificial light, is seen in this image released on April 8, 2026. Michala Garrison/NASA Earth Observatory/Handout via REUTERS

A large asteroid that will zoom harmlessly past Earth on Saturday will be visible to stargazers using a small telescope or large binoculars, the European Space Agency announced Wednesday.

The asteroid will come within 2,560,000 kilometers of Earth at 1114 GMT on Saturday, which is more than six times the distance between the Earth and the Moon.

Called (152637) 1997 NC1, the asteroid will be speeding along at nearly nine kilometers a second, posing no threat to Earth as any chance of an impact has been ruled out.

Discovered in 1997, the asteroid is estimated to be between 750 and 1,650 meters wide, according to calculations based on how much sunlight it reflects.

However other estimates suggest it could be smaller, AFP quoted the ESA as saying in a statement.

"A close approach to Earth by an object this size only occurs every few years, although this time the bright nearby Moon might impede its observability at closest approach," Juan Luis Cano of the ESA's Planetary Defense Office said in a statement.

For stargazers with telescopes or binoculars, the asteroid will be visible in parts of the Northern Hemisphere as it approaches, almost everywhere as it speeds past Earth, and only from the Southern Hemisphere as it departs.

But this depends if people are in areas of the world where the sky is dark enough as it passes.


Think Tank: Singapore, Indonesia, Malaysia and Brunei Face High Risk of Severe Haze this Year

People stop by a cafe with murals painted on its facade in the Arab Street district of Singapore on June 16, 2026. (Photo by Roslan RAHMAN / AFP)
People stop by a cafe with murals painted on its facade in the Arab Street district of Singapore on June 16, 2026. (Photo by Roslan RAHMAN / AFP)
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Think Tank: Singapore, Indonesia, Malaysia and Brunei Face High Risk of Severe Haze this Year

People stop by a cafe with murals painted on its facade in the Arab Street district of Singapore on June 16, 2026. (Photo by Roslan RAHMAN / AFP)
People stop by a cafe with murals painted on its facade in the Arab Street district of Singapore on June 16, 2026. (Photo by Roslan RAHMAN / AFP)

Singapore, Indonesia, Malaysia and Brunei face a high risk of severe haze this year due to hot and dry weather conditions, biofuel demand and economic pressures, a research institute said Wednesday.

The Singapore Institute of International Affairs said it was the second time it had issued a red risk rating since launching its Haze Outlook report in 2019. The previous red risk rating was in ⁠2023, Reuters reported.

Here are some ⁠details:

August to September is the peak danger period for haze in the Southeast Asian region, driven by the El Niño and Indian Ocean Dipole weather phenomena, the report said.

The ⁠return of El Niño is expected to create a longer and stronger dry season at a time when fire preparedness could be adversely affected by economic uncertainty and cost pressures.

The SIIA said rising costs of fertilizer and fuel as a result of the Iran war could lead to unsustainable activity such as the use ⁠of ⁠fire rather than machinery to clear land and dispose of waste.

Land use could also intensify as demand for biofuels rises due to energy supply disruptions.

"This trend will continue even if the US-Iran agreement holds, as countries now want energy independence," said SIIA associate director Khor Yu-Leng.

ASEAN cooperation and sustainable land management will be critical to reducing risks, the report said.