EGYPT : Ten Egyptian Monuments the World Still Won’t Give Back

With the news of the Netherlands returning a 3,500-year-old Egyptian sculpture this week, here is a list of ten important Egyptian artefacts that are still held abroad.

Earlier last week, Dutch Prime Minister Dick Schoof announced his government would be returning a sculpture from the reign of King Thutmose III to Egypt, where it had been illegally taken during the 2011 Revolution and sold abroad. The announcement was made in the wake of the opening of the Grand Egyptian Museum and was met with praise and applause by many Egyptian observers. In recent years, there have been increasing calls by Egyptians (and by many people of formerly colonized countries) to bring home their country’s lost artefacts. However, the story of how artefacts came to leave a country is often complicated. Oftentimes they were looted, but sometimes they were given as gifts (or otherwise lawfully taken). In any case, in an effort to commemorate the Grand Egyptian Museum becoming the largest museum in the world dedicated to one civilization, here is a list of some of the Egyptian artefacts you still won’t find there.

1) The Oldest Bible in the World (British Library, London)

The Codex Sinaiticus, also known as the Sinai Bible, is the oldest complete copy of the New Testament ever found. Dating to around 350 CE during the time of Roman Egypt, it is also the youngest artefact on this list. (The timeline of the Grand Egyptian Museum, which chronicles ancient Egyptian history from prehistoric times to the Greco-Roman period, ends at 400 CE.)

The story of how this Bible left Egypt is complicated. Although the Bible was found in Saint Catherine’s Monastery in Sinai in 1844 by a German theologian, it was given to Tsar Alexander II of Russia, and then sold to the British Museum in London in 1933 by the Soviet government. Today, most of the manuscript remains in British Library (where very few scholars have been allowed to see it in full), though smaller fragments are still scattered across Germany, Russia, and St. Catherine’s Monastery.

2) Luxor Obelisk (Paris)

If you’ve ever been to the Luxor Temple on the east bank of the Nile River, you will have noticed that in the entranceway there stands only one obelisk, the other clearly missing. Carved during the reign of Ramses II of Egypt’s New Kingdom, the missing granite obelisk now sits in the center of Place de la Concorde in Paris. It was gifted to the French Empire by Muhammad Ali Pasha in 1829 as a gesture of friendship, and it remains the oldest monument in all of France.

3) The Oldest Woven Dress in the World (Petrie Museum, London)

The Tarkhan dress, a linen garment that was once likely once worn by an Egyptian worker, is a 5000 year old piece of clothing—the oldest woven garment ever found. The dress was found south of Cairo in 1913 by Flinders Petrie, a British archaeologist, who at first believed it to be little more than a rag. He decided to take the rag with him to London anyway, and it wasn’t until the clothing was carbon-dated in 2015 that the true age—and significance—of the dress was understood.

The roughly size 2 dress remains in remarkably good condition (for its age), featuring a V-neck cut and long sleeves, and armpit stains left by its original wearer. 

4) The Oldest Complete Map of the Ancient Sky (Louvre Museum, Paris)

The Dendera Zodiac is a celestial map from the time of Ptolemaic Egypt, depicting the twelve zodiac signs (a Greek invention) with Egyptian imagery and style. It was likely created during the reign of Cleopatra, around 50 BCE, and was etched into the walls of the Dendera Temple of Hathor north of Luxor. Besides its beauty, its significance lies in the fact that it is the oldest (and possibly only) known complete map of the ancient sky.

The French removed it from Egypt in 1821 (with some versions of the story claiming they used dynamite to do so), and today it can be found in the Louvre Museum in Paris. 

5) The Rosetta Stone (British Museum, London)

Many people believe that the Rosetta Stone was taken by the British from Egypt, but in reality, it was taken by the British from the French, who took it from Egypt. Discovered by French soldiers in the town of Rashid (Rosetta) in 1799, this stone is perhaps the most important archaeological discovery of all time (and it remains the most visited artefact in the British Museum). Its decryption paved the way to understanding ancient Egyptian hieroglyphics (and with it most of ancient Egyptian history), which until then had been illegible to all who tried to read it.

When Egypt formally asked for the Stone’s repatriation in 2003, the British Museum refused to return it, and instead gave Egypt a replica of the Stone. That replica now sits inside the National Museum in Rashid. 

6) The Bust of Nefertiti (Neues Museum, Berlin)

This iconic sculpture is one of the most well-known artefacts from ancient Egypt, and it depicts an equally legendary figure: Queen Nefertiti, wife of Akhenaten, stepmother of Tutankhamun. 3,400 years ago, Akhenaten’s sculptor captured Nefertiti’s beautifully slender neck, raised chin, and level gaze, and when it was discovered in 1912 the painted sculpture was still in remarkably good condition.

At the time of its finding, excavations in Egypt were conducted under a system whereby all items discovered were split between Egypt and the foreign country sponsoring the excavation, but there was a caveat: only ‘non-unique’ items could leave the country. The controversy that surrounds this bust is that the German team that discovered it hid its true value, and thus the bust was allowed to leave Egypt and be transported to Berlin, where it remains today. 

7) Colossal Figure of Ramses II (British Museum, London)

Also known as the Younger Memnon, this colossal torso and head once sat atop a statue of Ramses II located at his mortuary temple in Luxor. In 1798, Napoleon’s men tried extracting the statue but failed, and a couple of decades later the British succeeded in removing the upper portion of the statue (which had, long before, been damaged and detached from the rest of the body during an earthquake). Weighing nearly 20 tonnes, the statue is the largest Egyptian sculpture in the British Museum.

8) Bust of Ankh-haf (Museum of Fine Arts, Boston)

This lesser known artefact is striking for its high level of realism. Its namesake, Ankh-haf, was a government official of the Old Kingdom who oversaw the building of the Great Pyramid of Giza and the Sphinx.

The bust was discovered in 1925 during an expedition by Harvard University, and in 1927 it was gifted by the Egyptian government to an American archaeologist. Perhaps fittingly given the sculpture’s realism, it now rests in the Museum of Fine Arts in Boston.

9 & 10) Cleopatra’s Needles (London & New York)

Despite their name, the pair of obelisks called Cleopatra’s Needles bear no relation to Queen Cleopatra herself. Instead, they were constructed during the reign of King Thutmose III of the New Kingdom, more than a thousand years before Cleopatra’s reign. During the Roman era they were moved from their original location in Heliopolis to Alexandria, where they stood for nearly two thousand years.

By the 1800s, one of the two needles had fallen. It was this needle that Muhammed Ali Pasha, in 1819, decided to gift to Britain (as he had gifted the Luxor Obelisk to France). However, the 21-meter tall obelisk was so massive that it was not actually transported to London until the reign of Ismail Pasha in 1877. It was also Ismail Pasha who, in the same year, gifted the remaining needle to the United States.

source/content: cairoscene.com (headline edited)

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Originally published on November 9th, 2025.

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EGYPT

SAUDI ARABIA : King Abdullah University of Science and Technology (KAUST) scientists develop nanoscale ‘drug factory’ that produces medicine inside living cells

Breakthrough advances programmable drug delivery through nanoscale protein engineering, say researchers.

Scientists at the King Abdullah University of Science and Technology have engineered nanoscale particles capable of transporting six proteins into living cells, where they work together as a miniature “drug factory” to produce violacein, a bioactive compound under study for therapeutic use.

The findings, detailed in a press release published recently on KAUST’s news site, offer an early demonstration of how future therapies might one day generate treatment compounds directly inside the body, only where they are needed.

Researchers said the approach could eventually allow treatments to act more precisely at the site of disease while reducing unwanted effects on healthy tissue.

Published in the journal Advanced Materials, the study combines nanotechnology, materials science and bioengineering to tackle a longstanding medical challenge: delivering multiple proteins into cells simultaneously so they can perform coordinated biological functions.

Researchers packaged six proteins inside porous, sponge-like particles known as metal-organic frameworks, or MOFs, creating what they described as synthetic organelles — engineered structures that mimic functions found in living cells.

Once inside mammalian cells, the proteins remained active and worked sequentially to convert a simple amino acid into violacein. According to the researchers, it is the most complex multiprotein system yet delivered into living cells and the first example of a “protein pathway transplant.”

“It was a bit of a moonshot,” said Raik Grunberg, senior research scientist at KAUST and one of the study’s corresponding authors.

“Protein delivery into the cell is difficult enough for individual proteins, so researchers usually do not even try with more than one or two. What we show here is that we can take a whole integrated protein system … and bring it into human cells as one functional unit.”

Niveen Khashab, professor of chemical science at KAUST, said the team overcame major technical hurdles after conventional MOF materials caused proteins to lose activity.

“By engineering a more porous, sponge-like framework, we were able to create an environment where the system could finally work as intended,” she said.

Researchers said the platform is designed to be adjustable, allowing scientists to fine-tune how proteins interact inside cells and potentially paving the way for programmable therapies tailored to specific diseases.

Stefan T. Arold, professor of bioscience at KAUST and another corresponding author, said the project demonstrated how combining expertise across biology and materials science could unlock new therapeutic approaches.

Although the work remains at an early stage and requires further validation before clinical use, the researchers said it points toward future treatments capable of producing beneficial compounds directly inside diseased tissue while minimizing side effects elsewhere in the body.

The KAUST team plans to test the system next in animal models as part of ongoing efforts to explore its therapeutic potential.

source/content: arabnews.com (headline edited)

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The breakthrough offers an early proof of concept for therapies that could one day generate treatment compounds directly inside the body at the site of disease. (KAUST News photo)

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SAUDI ARABIA

TUNISIA : IDRC-supported Tunisian scientist EmnaHarigua wins top award for AI innovation in health

Tunisian researcher Emna Harigua has been honoured with Tunisia’s 2025 Best Female Scientific Achievement Prize for her innovative drug discovery work powered by artificial intelligence (AI).

In recognition of women’s essential contributions to science and innovation, Harigua, who holds a doctorate in biomathematics, bioinformatics and computational biology, was awarded the prestigious prize by Tunisia’s Ministry of Family, Women, Children and Seniors as part of the celebrations for the country’s National Women’s Day, observed on August 13. Her achievements include leading research in AI-powered drug discovery through a national node in the Global South AI for Pandemic and Epidemic Preparedness and Response Network, a global initiative supported by IDRC and the United Kingdom’s Foreign, Commonwealth and Development Office. 

Harigua, a scientist at the Institut Pasteur de Tunis, Tunisia, and principal investigator of the BIND project (Bioinformatics and Artificial Intelligence for Infectious Diseases), is leading an AI-powered platform that accelerates research against some of the world’s most persistent infectious agents that pose health risks. 

Her research targets neglected tropical diseases such as leishmaniasis and malaria, combining bioinformatics, AI and experimental validation to shorten the drug discovery timeline and reduce costs. The BIND project has already identified nine novel anti-Leishmania drug candidates, with three now in pre-clinical validation. In addition, the team launched CidalsDB, an open-access AI platform for drug identification, marking a step forward in global efforts toward open science and collaborative health research.   

“This award is not just a personal milestone — it’s a recognition of the potential of African-led science to tackle global health challenges,” said Harigua. 

Beyond her lab, Harigua is a strong advocate for building Africa’s capacity in computer-aided drug discovery and ensuring that cutting-edge technologies serve the health needs of African communities. Her work — presented recently at the International Science Council  during a workshop held in Nairobi, Kenya, on the impact of emerging technologies on science systems — underscores a vision where innovation, collaboration and inclusion drive the future of medical research. 

source/content: idrc-crdi.ca (headline edited)

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Fourat Thamine, Institut Pasteur Tunisia. / Tunisian scientist Emna Harigua receives national recognition for her AI-powered drug discovery platform.

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TUNISIAN

SUDAN : Scientists discover broad beans may stop epilepsy

Riyadh-based academics’ findings on broad beans being tested in US.

At the same time when the Fifa World Cup is being held in South Africa, another fascinating tournament of sorts has been held in Singapore — a “medical championship”, so to speak, on broad beans.

Tens of scientists from all over the world presented and discussed research and papers in the first international conference titled: “Neuro Talk 2010: from Nervous Functions to Treatment”, held from June 25-28.

Scientists and doctors from 30 countries discussed brain and nervous system malfunctions and diseases, Professor Mustafa Abdullah Mohammad Saleh, consultant neurologist at the College of Medicine at King Saud University in Riyadh, who attended the conference, told Gulf News.

He said the conference discussed the latest methods of treatment by gene and stem cell therapy.

“The conference discussed a paper on the scientific discovery we have recently made and which was published in the US medical journal about the therapeutic potential of broad beans in preventing epileptic fits,” he said. Western news reports had earlier said that professor Saleh and his countryman, Ali Ahmad Mustafa, professor of pharmacology at the College of Medicine at King Saud University, had discovered that broad beans have a positive effect on epilepsy treatment.

Plant extracts

The two Sudanese scientists agreed in research on the treatment of epilepsy using plant extracts, to conduct joint research to decide the anti-convulsant substance in broad beans that prevents convulsions.

Professor Saleh’s discovery about the characteristics of broad beans in treating epilepsy is currently being tested in the labs of Harvard University.

He said his discovery was sparked by his observation that epilepsy cases among schoolchildren in Sudan who eat foul (broad beans) for breakfast (and sometimes dinner) rated between 0.9 per cent and one per cent per 1,000.

This figure is remarkably lower than that in countries which do not eat broad beans like North and South America which was about 2.6 per cent per 1,000 students and other African countries which was two to three times higher than that of the Americas.

“This is how I got the idea that broad beans must contain a substance that protects against epileptic convulsions. I immediately started the research work with my colleague, Professor Ali Mustafa,” he said.

Professor Saleh said they injected a group of mice with strychnine and picrotoxin, two drugs which cause convulsions leading to death, while they fed another group of mice with a fluid made of foul before giving them the two drugs.

“Convulsions and deaths from strychnine were decreased by about 66 per cent in the group of mice which were pre-treated with foul,” he said.

Professor Saleh said the rate of protection was 100 per cent in the mice which were given both foul and valium before they were injected with strychnine.

He explained that following this and other experiments, a drop of broad bean concentrate was examined by a form of chemical analysis (chromatography) and compared with drops of phenobarbitone (anticonvulsant drug), valium and glycine substance.

“The drop of foul had the same speed as that of glycine,” he concluded.

Professor Saleh had earlier discovered, along with other scientists, a new inherited gene which causes muscular myopathy. This gene has been named after him as ‘Salih myopathy’.

Should scientists look into people’s lifestyle around the world for treatments on different diseases? Is this discovery proof that people should start eating less processed food and more whole food?

source/content: gulfnews.com (headline edited)

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SUDANESE

ABU DHABI, U.A.E: Guinness World Record for Power Set by Damen-Built Electric Tug in UAE

Fully electric tugs have quickly emerged from a novelty in the industry and now Damen Shipyards Group and its client SAFEEN Group, part of AD Ports Group’s Maritime & Shipping Cluster, have set a Guinness World Record as the Most Powerful Electric Tugboat. The vessel delivered earlier this year demonstrated what the companies are calling “unprecedented for a fully electric tug” and further the growth of this sector of the industry.

The record was set by measuring the bollard pull of Damen RSD-E Tug 2513 Bu Tinah, which achieved an average high peak pull of 78.2 tonnes. It is the first fully electric tug to operate in the Middle East and now has the unique distinction of the unique honor by a world-recognized body for record keeping. Launched in 1954 as a promotional idea for the Guinness Brewery, the Guinness Book of Records (today Guinness World Records) is an often-quoted source of data.

“This Guinness World Record achievement demonstrates that the transition to alternative energy does not come at the cost of performance,” said Captain Ammar Mubarak Al Shaiba, CEO – Maritime & Shipping Cluster, AD Ports Group. “We are very proud that the first electric tug in the Middle East is also making waves on a global level with this accolade and the fact that in parallel it is improving the sustainability of our operations alongside cost efficiencies in terms of overall fuel saving is extremely important.”

The record-breaking performance took place at Khalifa Port, AD Ports Group’s flagship facility where the tug is a key component of AD Ports Group’s Marine Services fleet and its electrification strategy.

The RSD-E Tug 2513 according to Damen is designed with a focus on sustainability. It offers zero emissions from tank to wake playing a significant role in reducing emissions.

The RSD-E Tug 2513 builds on the already efficient design of the diesel propulsion RSD Tug 2513. The spec sheet highlights a 320 gross ton tug with a length of 24.73 meters (81 feet). It is designed to operate at a speed of up to 12 knots and can be recharged in two hours. 

The vessel can operate with a crew of just two or three persons or a maximum of up to sic and can be customized with options for oil and pollution control or fire fighting. 

The electric version according to its spec sheet is very similar to the earlier diesel version which has a maximum bollard pull of 80 tonnes. It operates at a speed of 12.6 knots.

Damen has been at the forefront of electric tug development, including delivering the world’s first electric harbor tug, aptly named Sparky, in 2022 to Ports of Auckland. It won the prestigious “Tug of the Year” at the 2022 International Tug and Salvage Awards ceremony and pioneered the growing deployment of electric tugs in ports around the world.

source/content: maritime-executive.com

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Damen’s electric tug delivered to AD Ports set a new record for pull power for electric tugs (Damen) / Published Nov 12, 2024 7:44 PM by The Maritime Executive
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ABU DHABI, UNITED ARAB EMIRATES (U.A.E)

ARAB world’s first joint satellite closer to lift-off after launch preparations completed

The 813 is scheduled for blast-off this year.

A satellite jointly built by Arab nations is a step closer to launch, with lift-off preparations complete.

More than 30 engineers from the United Arab Emirates University in Al Ain and engineers and researchers from 11 other Arab countries helped to develop the 260kg Earth observation satellite called 813.

It was expected to be launched in June from China aboard a ride-share carrier rocket, but it is now scheduled for the last quarter of this year, according to state news agency Wam.

The project was announced in 2019 with the intention of bringing Arab nations together and increasing their space sectors’ capabilities.

The satellite is named after 813AD. That was the year that Baghdad’s House of Wisdom became a public academy and library. It would attract the finest minds and usher the Arab world into a period of intellectual advancement known as the Islamic Golden Era.

Engineers from the UAE, Saudi Arabia, Egypt, Jordan, Bahrain, Sudan, Kuwait, Oman and Lebanon have taken part in the satellite’s development.

Amar Vora, head of space for Serco Middle East, told The National in an earlier interview that the project was a “powerful signal from the Arab world”.

“Much like Europe’s model under the European Space Agency, where long-standing co-operation has transformed Europe into a space leader, this satellite shows that Arab nations can also leverage collective strength to advance strategic capabilities,” he said.

“It brings together engineers, scientists, researchers and policymakers across the region in a way that builds not only hardware, but human capital, sovereign capability and institutional trust.”

The satellite will enter a sun-synchronous orbit at an altitude of 550km to 650km, where it will help to capture data on agriculture, natural resource management and environmental monitoring around the world.

Engineers installed a hyperspectral imaging payload system in the satellite, which will allow in-depth analysis of soil conditions, water quality, crop health, land cover changes and pollution levels.

All stages of the satellite, including its design, assembly, integration and environmental and functional testing, were completed at the university’s National Space Science and Technology Centre.

It has also developed an operational system on campus so that data from the satellite can be received, processed and converted into maps and scientific resources that will be available for researchers and university students.

source/content: thenationalnews.com (headline edited)

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A rendering of the 813 satellite. Photo: UAE Space Agency website

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ARAB NATIONS


SAUDI ARABIA : Makkah museum displays world’s largest Qur’an

The Holy Qur’an Museum at the Hira Cultural District in Makkah is showcasing a monumental handwritten copy of the Holy Qur’an, recognized as the largest Qur’an of its kind in the world.

The manuscript measures 312 cm by 220 cm and comprises 700 pages, earning the museum recognition from Guinness World Records for displaying the world’s largest Qur’an, the Saudi Press Agency reported.

The manuscript is a magnified reproduction of a historic Qur’an dating back to the 16th century, the SPA stated.

The original copy measures 45 cm by 30 cm, with the chapters written primarily in Thuluth script, while Surah Al-Fatiha was penned in Naskh, reflecting the refined artistic choices and calligraphic diversity of the era.

The Qur’an is a unique example of Arabic calligraphy, gilding and bookbinding, showcasing Islamic art through intricate decorations, sun-shaped motifs on the opening folio, and elaborately designed frontispiece and title pages that reflect a high level of artistic mastery.

The manuscript was endowed as a waqf in 1883. Its original version is currently preserved at the King Abdulaziz Complex for Endowment Libraries, serving as a lasting testament to Muslims’ enduring reverence for the Qur’an and the richness of Islamic arts across the centuries.

source/content: arabnews.com (headline edited)

MAURITANIA : In Mauritania, meet Aziza Sidi Bouna, the Engineer Fighting Climate Change with Animal Waste

“Contributing to mitigating climate change” is the great challenge that Aziza Sidi Bouna, a 32-year-old Mauritanian renewable energy engineer, has set for herself. To achieve this, she has developed an innovative solution: producing biogas from animal, plant, and domestic waste. She is a pioneer in her field and is determined to revolutionize this sector in Mauritania. In 2019, she launched SBGAZ, a start-up specialized in valorizing agricultural and livestock by-products.

Regularly, she roams the markets of Nouakchott, the capital, in search of this precious raw material. “Until today, cow dung, excrement from certain ruminants like camels, were undervalued in my country. I wanted to change that,” explains this dynamic entrepreneur. “You can find the raw material everywhere: on the farm, in the village, at the slaughterhouse, and of course, at home. It is an almost inexhaustible source,” she adds. In fact, in Mauritania, livestock production is one of the pillars of the national economy. It represents more than 15% of GDP, which is thousands of tons of animal waste per year. It is more than enough to produce huge quantities of biogas.

A Source of Clean Energy

Once collected, livestock manure is placed in a biodigester, a natural solution for recycling organic waste, which allows for the production of a combustible gas, biogas, and also a highly effective fertilizer, digestate. “Production lasts between 15 and 45 days, depending on the season,” explains Aziza Sidi Bouna.

“Our biogas has the advantage of being carbon neutral. We don’t use any fossil energy to extract the gas. It’s called methanization, and it’s 100% carbon natural.”

Aziza Sidi Bouna, Founder and CEO of SB-GAZ

“We started designing several biodigester prototypes in 2019,” she continues. “The resulting biogas is a clean energy that can be produced cheaply. It’s much less expensive than propane gas traditionally used for cooking.” And to demonstrate this, the engineer highlights an irrefutable argument: with one kilogram of cow dung, according to her, one can produce gas for one to two hours of gentle cooking.

But that’s not all. Aziza Sidi Bouna’s biodigesters also transform organic waste and excrement into biological fertilizer, which is excellent for increasing agricultural yields. And she affirms, “Out of 100 kilograms of organic waste digested by the machine, we recover 10 kilograms of manure that is as good as or even more effective than chemical fertilizer.”

It Runs in the Family

Aziza Sidi Bouna is not alone in her ambitious project. Her right-hand man and the technical director of SBGAZ is none other than her father, Ahmed Sidi Bouna. As a rural economics engineer, he is particularly proud of his daughter, whom he has always supported, especially in a country where women are often confined to domestic work. Together, they aim to popularize biodigesters throughout society. Thanks to funding from the International Committee of the Red Cross, they have installed several biodigesters in the Mbera refugee camp, providing relief for families in their daily struggles. In Bassikounou, in the southeast of the country, SBGAZ’s first industrial biodigester is up and running, and “almost daily, more than 200 households come to fill their biogas bottles,” says Aziza. “With a USD150,000 grant from the United Nations Development Programme (UNDP), I hope to achieve my dream of providing a clean and accessible source of energy to all Mauritanian and Sahelian households in the future,” she adds.

An Alternative to Fossil Fuels

This dream is within reach and, if realized, would have a tangible impact. In fact, the widespread use of biodigesters in Mauritanian households would reduce dependence on fossil fuels such as oil or coal, which are imported mainly from abroad. This would also reduce the emissions of fossil fuels that contribute to climate change. “With my project, I want to contribute to reducing greenhouse gas emissions for the future of our children and our planet. This is the challenge of our century, and it is my responsibility as an entrepreneur,” says Aziza.

Protecting the environment by producing green energy is thus Aziza Sidi Bouna’s promise, and she hopes to create hundreds of new jobs through the development of this new sector. The young woman already employs five workers aged 28 to 45, including two women, “and many more in the future,” she says confidently. Aziza believes in the future, not just for herself but for all her country’s youth. She wants her journey to serve as an example for all the young people in Mauritania and beyond. “I want to change the mindset of the youth here, in the Sahel, and even in Africa. We, young people, have the power to make a difference,” concludes Aziza Sidi Bouna.

source/content: undp.org (headline edited)

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Photo: UNDP WACA

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MAURITANIA

ALGERIA / EGYPT / LEBANON / MOROCCO / PALESTINE / SYRIA / DUBAI, U.A.E : Mohammed bin Rashid honours winners of 2025 edition of Great Arab Minds initiative

His Highness Sheikh Mohammed bin Rashid Al Maktoum, Vice President, Prime Minister and Ruler of Dubai, honoured the six winners of the Great Arab Minds 2025 edition at the Museum of the Future in Dubai.

Great Arab Minds is the largest Arab initiative dedicated to celebrating outstanding Arab achievement, highlighting contributions to advance human civilisation, support the expansion of scientific and knowledge-based endeavours, and showcasing the creative impact of Arab talent across the region and globally.

His Highness affirmed that the Great Arab Minds initiative was designed to expand the horizons for established and emerging Arab talent, nurturing and investing in their potential; recognise Arab achievement across research, development, innovation, technology, culture, and architecture; and to reinforce a culture of pride and sustained support for Arab individuals who have inspired significant progress in key fields.

His Highness Sheikh Mohammed said, “Today, we honour Great Arab Minds in recognition of achievements that advance civilisation and build societies. From the Museum of the Future in Dubai, we reaffirm our support for Arab talent committed to innovation, creativity, and excellence.”

His Highness further said, “We congratulate the winners of the Great Arab Minds 2025: Professor Abbas El Gamal in the Engineering and Technology category, Dr. Nabil Seidah in the Medicine category, Professor Badi Hani in the Economics category, Professor Majed Chergui in the Natural Sciences category, Dr. Suad Amiry in the Architecture and Design category, and Professor Charbel Dagher in the Literature and Arts category. We encourage them to continue their journey of achievement and contribution, serving as true role models for younger generations in our region and around the world, inspiring them to shape a better future through science and knowledge.”

His Highness expressed his confidence in the ability of Arab talent to drive progress in scientific research, knowledge creation, and the cultural sector, supported by expertise, institutional support, and the ambition of young people across the region.

Focused on a better future

Sheikh Mohammed noted that the Great Arab Minds initiative will continue to highlight the achievements of Arab individuals who look to the future with optimism and pursue ambitions that recognise no limits.

The awards ceremony was attended by H.H. Sheikh Maktoum bin Mohammed bin Rashid Al Maktoum, First Deputy Ruler of Dubai, Deputy Prime Minister and Minister of Finance of the UAE; H.H. Sheikh Ahmed bin Mohammed bin Rashid Al Maktoum, Second Deputy Ruler of Dubai and Chairman of the Dubai Media Council; H.H. Sheikh Ahmed bin Saeed Al Maktoum, President of the Dubai Civil Aviation Authority, Chairman of Dubai Airports, and Chairman and Chief Executive of Emirates Airline and Group; His Highness Sheikh Mansoor bin Mohammed bin Rashid Al Maktoum, President of the UAE National Olympic Committee; H.H. Sheikha Latifa bint Mohammed bin Rashid Al Maktoum, Chairperson of the Dubai Culture and Arts Authority (Dubai Culture); and H.H. Sheikh Mohammed bin Rashid bin Mohammed bin Rashid.

Mohammed bin Abdullah Al Gergawi, Minister of Cabinet Affairs and Chair of the Higher Committee for the Great Arab Minds initiative, was among numerous ministers and senior officials in attendance along with scientists, academics and diplomats.

His Excellency Al Gergawi stated that the Great Arab Minds initiative launched by His Highness Sheikh Mohammed represents a profound recognition of Arab achievement across disciplines, and a significant strategic investment in empowering talent and encouraging renewed contributions to Arab intellectual and scientific progress.

He added that the Great Arab Minds initiative embodies Sheikh Mohammed’s vision to inspire confidence in Arab capabilities and motivate individuals to take an active role in shaping their societies and the future of a region that has long contributed to human civilisation through science, literature, thought, and architecture.

‘Powerful message’

He praised the achievements of the Great Arab Minds awardees across medicine, engineering, technology, sciences, architecture, arts, and literature, saying, “Your presence today on the Great Arab Minds 2025 platform at the Museum of the Future sends a powerful message to hundreds of millions of young people to pursue excellence, achievement, and leadership in research, innovation, creativity, and knowledge, and to help shape a brighter future for Arab and human civilisation.”

The award recognised one winner in each of its six categories: Medicine, Economics, Engineering and Technology, Natural Sciences, Architecture and Design, and Literature and Arts.

In Medicine, Dr. Nabil Seidah was honoured for his medical and research achievements in cardiovascular health and cholesterol regulation.

In Economics, Professor Badi Hani was awarded for his pioneering contributions to econometrics and the development of economic analysis tools, particularly in panel data analysis. His work enabled more accurate and in-depth analysis by combining data across multiple time periods and sources.

In Engineering and Technology, Professor Abbas El Gamal was awarded for his pioneering contributions to network information theory.

In Natural Sciences, Professor Majed Chergui was honoured for his contributions to understanding light-matter interactions, developing techniques and applications that enable the study of ultrafast molecular and material dynamics at the atomic level.

In Architecture and Design, Dr. Suad Amiry was honoured for her contributions to preserving Palestinian architectural heritage through documentation, restoration, and adaptive reuse of historical buildings.

In Literature and Arts, Professor Charbel Dagher was honoured for a body of work that constitutes a key reference in the study of Arab and Islamic arts, Arabic calligraphy, and modern visual arts.

Professor Abbas El Gamal said, “I extend my sincere gratitude to His Highness Sheikh Mohammed bin Rashid Al Maktoum for his vision in launching Great Arab Minds. Being honoured in this way is deeply meaningful to me.”

Professor Majed Chergui said, “I am Algerian of Syrian origin, born in Morocco and raised in Algeria and Lebanon. In this way, the Arab world comes together in who I am. For me personally, this award is not only the highest recognition of my achievements; it touches me deeply because it comes from an Arab country.”

Dr. Suad Amiry said, “In 1981, when I decided to live in the city of Ramallah, my aim was to study traditional architecture in rural Palestine. Ten years later, I founded the Riwaq Centre, which since then has been dedicated to documenting, restoring, and rehabilitating architectural heritage in Palestine. Winning this award is a great honour for me and for the Riwaq Centre.”

Professor Badi Hani said: “This award recognises not only my work, but also the people and places that shaped me, my family, my mentors, my city, and the Arab world that nurtured my earliest aspirations.”

Dr. Nabil Seidah said, “My father’s adage, that knowledge is something no one can ever take away from you, has been the principle that guided me throughout my journey. Your trust represents a powerful motivation for Arab scientists to serve as role models for future generations, and I pledge to continue serving science with the same passion that has always driven me.”

Professor Charbel Dagher said: “Commitment to the Arabic language has remained a defining hallmark of everything I have done: teaching, writing, and research, to the point that I live within Arabic itself. We cannot exist outside our language or our culture. Allow me to share this award with those who supported me, and my gratitude extends to everyone who has worked and continues to work to ensure that Arabic remains a living language of science, knowledge, and culture.”

The awardees were chosen by six high-level specialised committees, one for each category. Abdulla bin Touq Al Marri, Minister of Economy and Tourism, chaired the Economics Committee; Sarah Al Amiri, Minister of Education, chaired the Engineering and Technology Committee; Mohammed Ahmed Al Murr, Chairman of the Board of Directors of the Mohammed bin Rashid Al Maktoum Library Foundation, chaired the Literature and Arts Committee; Dr. Amer Sharif, Chief Executive Officer of Dubai Health and President of the Mohammed Bin Rashid University of Medicine and Health Sciences headed the Medicine Committee; Professor Sehamuddin Galadari, Senior Vice Provost-Research and Managing Director of the Research Institute at New York University Abu Dhabi chaired the Natural Sciences Committee; Professor Hashim Sarkis, Dean of the School of Architecture and Planning at the Massachusetts Institute of Technology chaired the Architecture and Design Committee.

In addition to the committee chairs, the specialised committees also included Essa Kazim, Governor of the Dubai International Financial Center; Dr Mohammed Madhi, Dean of the College of Business and Economics at UAE University; Dr Rabah Arezki, Chief Economist for the Middle East and North Africa (MENA) region at the World Bank and Senior Fellow at Harvard University’s John F. Kennedy School of Government; Ferid Belhaj, Fellow at the Policy Center for the New South; and Dr Jihad Azour, Director of the Middle East and Central Asia Department at the International Monetary Fund.

The committees also included Professor Ismael Al Hinti, President of Al Hussein Technical University; Adel Darwish, Regional Director of the International Telecommunication Union; Dr Ahmed Zayed, Director of the Bibliotheca Alexandria; His Excellency Dr. Alawi Alsheikh-Ali, Director General of Dubai Health Authority; Professor Elias Zerhouni, Professor Emeritus at Johns Hopkins University; Dr Noureddine Melikechi Dean of the Kennedy College of Sciences and Professor of Physics at the University of Massachusetts Lowell; Professor Nader Masmoudi, Professor at the Courant Institute of Mathematical Sciences at New York University Abu Dhabi; Dr Latifa Elouadrhiri Laboratory Directed Research Staff Scientist at the Thomas Jefferson National Accelerator Facility; and Professor Dr Jehane Ragai, Emeritus Professor of Chemistry at The American University in Cairo.

The specialised committees also included Dr Adrian Lahoud, Dean of the School of Architecture at the Royal College of Art; and Professor Ali Malkawi, Professor of Architectural Technology, Director of the Doctor of Design Studies Program, and Founding Director of the Harvard Center for Green Buildings and Cities.

The Nominations Committee included Huda Al Hashimi, Deputy Minister of Cabinet Affairs for Strategic Affairs; Chucrallah Haddad, Partner and Head of Advisory at KPMG Lower Gulf; Abdulsalam Haykal, President and Founder of Majarra Company; Ali Matar, Head of LinkedIn Middle East and North Africa and Emerging Markets in Africa and Europe; and Saeed Al Nazari, Secretary-General of the Great Arab Minds Initiative.

Widely known as the ‘Arab Nobel,’ the Great Arab Minds initiative recognises distinguished Arab achievement and highlights extraordinary contributions that reflect the region’s historic role in advancing knowledge and human progress globally. For a third consecutive edition, the initiative continues to strengthen its position as a platform for celebrating Arab creators and as a point of reference for promising Arab talent, by highlighting achievements that inspire young people and contribute to expanding Arab participation in global knowledge and civilisational advancement.

source/content: wam.ae (headline edited)

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ALGERIA / DUBAI, U.A.E / EGYPT / FRANCE/ LEBANON / MOROCCO / PALESTINE / SWITZERLAND / SYRIA / U.S.A

SAUDI ARABIA : Dalal Al-Matrudi: Young Saudi innovator using science to ease pain and inspire change

This combination of compassion and technology earned Al-Matrudi’s team multiple global awards this year.

For Dalal Al-Matrudi, innovation began not in a lab but at home, watching a loved one battle multiple sclerosis. What started as empathy soon turned into invention, leading her and her team to develop a smart medical device that is now winning awards on international stages.

“Our innovation is a smart medical device designed to assist patients with multiple sclerosis by providing localized muscle massage controlled through a mobile application,” said Al-Matrudi. “It helps relieve pain, reduce muscle stiffness and improve patients’ comfort and daily mobility.”

The device also connects patients directly with their doctors for real-time monitoring. “In emergency situations, it can instantly alert healthcare providers to ensure the patient receives immediate assistance,” she said.

This combination of compassion and technology earned Al-Matrudi’s team multiple global awards this year, including the Gold Medal with Jury’s Honor, the GCC Patent Office Award, and the Grand Prize at the International Invention Fair of the Middle East, or IIFME, hosted by the Kuwait Science Club. The invention was also recognized at the Geneva International Exhibition of Inventions, one of the most prestigious global platforms for innovation.

For Al-Matrudi, 21, who hails from Riyadh, the project was deeply personal. “Our inspiration came from personal experience — one of my family members suffers from multiple sclerosis, and seeing their daily struggle with pain and mobility challenges deeply affected me,” she said.

Together with her teammates, she transformed that emotional drive into a purpose-driven invention. “We wanted to create something practical and compassionate that could truly improve patients’ lives,” she said.

Under the mentorship of Prof. Dr. Kholoud Al-Muqrin, a distinguished professor of nuclear physics known for empowering young Saudi innovators, the team refined their prototype into an award-winning solution. “Her continuous guidance and scientific insight played a vital role in shaping our project and transforming our idea into a tangible, award-winning innovation,” Al-Matrudi said.

She believes the foundation of every great innovation is care. “We believed that technology should serve humanity, and that small ideas born from care can evolve into meaningful advancements that bring relief and hope to many,” she added.

Months of research, design and testing culminated in an unforgettable moment at IIFME 2025.

“The most emotional moment was standing on stage when our team’s name, Team May, was announced as the Grand Prize Winner,” she said. “I remember holding my teammates’ hands tightly, feeling both disbelief and overwhelming pride.”

For Al-Matrudi, the victory symbolized much more than recognition. “It wasn’t just about the prize — it was about realizing that months of dedication, late nights and countless trials were finally worth it,” she said.

She recalls how their mentor’s tears turned the win into a collective triumph. “I could see tears in everyone’s eyes, especially our supervisor’s, which made it even more special,” she said. “That moment reminded me that passion and persistence can turn ideas into achievements that reach beyond borders.”

Although the invention is not directly tied to her academic major, medical physics, Al-Matrudi says her background gave her the edge she needed to design effectively.

“Studying medical physics enhanced my scientific thinking and deepened my knowledge of how the human body interacts with medical devices,” she said. “This understanding helped me design a solution that is both safe and effective.”

She believes the key to meaningful innovation lies in combining technical knowledge with emotional intelligence. “Gaining international recognition encouraged me to continue combining my medical knowledge with creative thinking to develop innovations that make healthcare more compassionate, practical and accessible for all,” she said.

Al-Matrudi’s story reflects a growing wave of young Saudi women who are redefining the global image of innovation.

“I hope my journey shows Saudi women that ambition and creativity have no limits,” she said. “Science and innovation are not exclusive fields — they welcome curiosity, persistence and passion.”

Her experience also underscores how inclusion fuels progress. “When women step into these spaces, they bring empathy and fresh perspectives that drive real progress,” she said.

Her message is simple but powerful: “I want every Saudi girl with a dream to believe that she can represent her country globally, no matter her field. Our achievements are proof that with teamwork, guidance and confidence, Saudi women can lead the way in shaping the future of science and technology.”

Today, Al-Matrudi stands as one of the brightest examples of how Saudi youth are translating Vision 2030’s goals into real-world impact. Through her invention, she’s proving that innovation is not just about devices, it’s about dignity, hope and humanity.

As she proudly waved the Saudi flag on stage in Kuwait, surrounded by fellow inventors and mentors, Al-Matrudi’s message was clear: Saudi women are not just participating in the global innovation movement, they’re leading it.

source/content: arabnews.com (headline edited)

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Saudi innovator Dalal Almatrudi proudly holds the Saudi flag after winning the Grand Prize at the International Invention Fair of the Middle East 2025 in Kuwait. (SUPPLIED)

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SAUDI ARABIA