Ancient Egypt Martial Art Enthusiasts Eye Olympic Status

Enthusiasts hope the modern martial art will eventually make it to the Olympics - AFP
Enthusiasts hope the modern martial art will eventually make it to the Olympics - AFP
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Ancient Egypt Martial Art Enthusiasts Eye Olympic Status

Enthusiasts hope the modern martial art will eventually make it to the Olympics - AFP
Enthusiasts hope the modern martial art will eventually make it to the Olympics - AFP

Egypt's tradition of tahtib (stick fighting), popular at festivities and dating back at least 5,000 years, has become a modern martial art that enthusiasts hope will eventually make it to the Olympics.

French-Egyptian Adel Paul Boulad, who for some 15 years has been the driving force behind modern tahtib, calls the push a "unifying project" and a "cultural revolution".

The modern practice "is an updated sports version of a multi-millennial art", said the 69-year-old martial arts teacher.

"It is a sporting practice that is codified, structured... and which spans the entire history of Egypt," he told AFP.

In traditional tahtib, popular in Egypt's rural south, two men perform a dance while wielding bamboo-like rods, in a face-off somewhat resembling a fencing duel.

Folk musicians with loud drums accompany the performance, which is popular at weddings and festivities, and pump up the crowd encircling the men, who don traditional galabeya robes.

The UN cultural agency UNESCO in 2016 listed the martial art as "intangible cultural heritage of humanity".

France-based Boulad, who was also behind tahtib's UNESCO candidacy, formalized its intricate moves and broke it down to 12 forms -- the equivalent of katas in Japanese martial arts.

The "secrets of combat" were inscribed in stone on the walls of temples and tombs of ancient Egypt's Old Kingdom (2,700 to 2,200 BC) until the arrival of the Greeks, who conquered the North African country around 300 BC.

Boulad, who is also a business coach, wants to see tahtib included as a combat sport at the Olympics in the coming years.

Wearing a red belt with three tips -- reminiscent of the style of ancient Egyptian warriors -- and black outfits, competitors wield a 1.3-metre rattan stick.

Unlike traditional tahtib, women can participate in its modern version.

With exhibitions, notably at the International Martial Arts Festival in Paris in 2016, modern tahtib already has attracted followers internationally, but is still trying to gain a foothold in Egypt.

Boulad said he had given himself two to three years, with the help of private financing, to create "regional centers" across the world for spreading the sport further, including in Canada, Colombia and Hungary.

"I say to Egyptians, get moving, otherwise tahtib will go to the Olympics without an Egyptian team representing it," he said.

In Cairo's upmarket eastern suburb of Rehab, a leisure park welcomes the first enthusiastic Egyptian instructors trained by Boulad, and their eager students.

Nasser Refai, 44, a physical education teacher and one of the trainers, said the Egyptian fighting style inherited from the time of the pharaohs was a "treasure".

"It's something we have to keep. Like any art form, if we don't practice, we lose it," added Refai, known affectionately as Captain Nasser to his students.

He and his associates have slowly started attracting young local admirers of the sport via social media.

"It's not just about fighting, it's about respecting and changing yourself," he told AFP, adding that it would be his "dream" to see tahtib recognized as an Olympic sport.

Stick in hand and wearing a headscarf, Jasmine Anwar, 25, is keenly taking part in her first training session.

"I will continue. I won't stop at just knowing how to hold the stick," the schoolteacher said.

New recruit, Jouba Ayoub Mohammed, a 27-year-old graphic designer, expressed interest in promoting the sport to others of his generation.

But "we must first let Egyptians know that tahtib is not a folk dance that is performed only at weddings and other cultural events," he said.

"It's a part of ancient Egyptian history."



Images Show China Building Huge Fusion Research Facility

A satellite photo shows a new large-scale laser fusion research center in Mianyang, China. Courtesy of Planet Labs
A satellite photo shows a new large-scale laser fusion research center in Mianyang, China. Courtesy of Planet Labs
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Images Show China Building Huge Fusion Research Facility

A satellite photo shows a new large-scale laser fusion research center in Mianyang, China. Courtesy of Planet Labs
A satellite photo shows a new large-scale laser fusion research center in Mianyang, China. Courtesy of Planet Labs

China appears to be building a large laser-ignited fusion research center in the southwestern city of Mianyang, experts at two analytical organisations say, a development that could aid nuclear weapons design and work exploring power generation.

Satellite photos show four outlying "arms" that will house laser bays, and a central experiment bay that will hold a target chamber containing hydrogen isotopes the powerful lasers will fuse together, producing energy, said Decker Eveleth, a researcher at US-based independent research organisation CNA Corp.

It is a similar layout to the $3.5 billion US National Ignition Facility (NIF) in Northern California, which in 2022 generated mceore energy from a fusion reaction than the lasers pumped into the target - "scientific breakeven".

Eveleth, who is working with analysts at the James Martin Center for Nonproliferation Studies (CNS), estimates the experiment bay at the Chinese facility is about 50% bigger than the one at NIF, currently the world's largest.

The development has not been previously reported.

"Any country with an NIF-type facility can and probably will be increasing their confidence and improving existing weapons designs, and facilitating the design of future bomb designs without testing" the weapons themselves, said William Alberque, a nuclear policy analyst at the Henry L. Stimson Center.

China's foreign ministry referred Reuters questions to the "competent authority". China's Science and Technology Ministry did not respond to a request for comment.

The US Office of the Director of National Intelligence declined to comment.

In November 2020, US arms control envoy Marshall Billingslea released satellite images he said showed China's buildup of nuclear weapons support facilities. It included images of Mianyang showing a cleared plot of land labeled "new research or production areas since 2010".

That plot is the site of the fusion research center, called the Laser Fusion Major Device Laboratory, according to construction documents that Eveleth shared with Reuters.

NUCLEAR TESTING

Igniting fusion fuel allows researchers to study how such reactions work and how they might one day create a clean power source using the universe's most plentiful resource, hydrogen. It also enables them to examine nuances of detonation that would otherwise require an explosive test.

The Comprehensive Nuclear Test Ban Treaty, of which both China and the United States are signatories, prohibits nuclear explosions in all environments.

Countries are allowed "subcritical" explosive tests, which do not create nuclear reactions. Laser fusion research, known as inertial confinement fusion, is also allowed.

Siegfried Hecker, a senior fellow at the Freeman Spogli Institute for International Studies and the former director of Los Alamos National Laboratory, another key US nuclear weapons research facility, said that with testing banned, subcritical and laser fusion experiments were crucial to maintaining the safety and reliability of the US nuclear arsenal.

But for countries that have not done many test detonations, he said - China has tested 45 nuclear weapons, compared with 1,054 for the United States - such experiments would be less valuable because they do not have a large data set as a base.

"I don't think it would make an enormous difference," Hecker said. "And so ... I'm not concerned about China getting ahead of us in terms of their nuclear facilities."

Other nuclear powers, such as France, the United Kingdom and Russia, also operate inertial confinement fusion facilities.

The size of those facilities reflects the amount of power designers estimate is needed to apply to the target to achieve ignition, said Omar Hurricane, chief scientist for the inertial confinement fusion programme at Lawrence Livermore National Laboratory, which operates NIF.

"These days, I think you probably can build a facility that's of equal energy or even more energetic (than NIF) and a smaller footprint," Hurricane said. But, he added, at too small a scale, experimental fusion does not appear possible.

That other countries operate laser-driven fusion research centers is not a cause for alarm in itself, Hurricane said.

"It's kind of hard to stop scientific progress and hold information back," he said. "People can use science for different means and different ends, and that's a complicated question."