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Wasl, one of the largest real estate development and management companies in the region, has set a new Guinness World Records™ title for the ‘Highest Running Track on a Building’. Wasl’s Sky Track, located on the 43rd floor of 1 Residences, the luxury residential tower within the Wasl1 master development, exemplifies Dubai’s commitment to promoting fitness and healthy living and encouraging residents to pursue an active lifestyle.
Situated 157m above the ground, Sky Track is a 335m rooftop track where fitness enthusiasts can enjoy a unique experience surpassing a traditional gym workout. Walkers and runners alike are able to enjoy unrivalled views of Dubai that include Burj Khalifa, Zabeel Park, The Dubai Frame, Sheikh Zayed Road, old Dubai, and the Arabian Gulf.
The global fitness industry has seen significant growth in recent years aligned with increased awareness of the importance of physical activity. Community events organised in Dubai such as the 30-day Dubai Fitness Challenge have succeeded in inspiring residents to adopt a healthy lifestyle. Responding to this societal shift, Wasl prioritised health and well-being in its innovative development process by building the most iconic running track in the world.
His Excellency Hesham Al Qassim, CEO of Wasl, said: “We are delighted to achieve another Guinness World Records title for Dubai. We are humbled that Sky Track has achieved a world record, and happy that it will enhance residents’ daily lives. 1 Residences is a unique development that reflects the vision of our wise leadership in striving for excellence in all spheres. We remain steadfast in our commitment to creating projects that inspire and improve the well-being of residents and communities.”
Talal Omar, VP – MENA & Türkiye, Guinness World Records™ said: “We are consistently delighted by the ingenuity and ambition of record holders around the world. The achievement of constructing the highest running track on a building is not just a testament to architectural prowess but also to human aspiration. It’s remarkable how boundaries are continually pushed to redefine what’s possible.
This track isn’t just a feat of engineering, but a symbol of Dubai’s commitment reaching for the skies—both literally and metaphorically. We congratulate everyone involved in this monumental accomplishment.”
This is the second time that Wasl has been recognised by Guinness World Records following its ‘Largest Aerial Projection Screen’ record, which took to the skies in celebration of ‘Year of Zayed’ in 2018 to commemorate the late Sheikh Zayed bin Sultan Al Nahyan, the Founding Father of the UAE.
1 Residences is a mixed-use development comprising 753 ready-to-move-in units. Residents can enjoy an array of exceptional dining, leisure, and entertainment facilities within the project, which also features two swimming pools, two state-of-the-art gymnasiums, a podium courtyard, children’s play areas, and BBQ pits, among many others.
In a significant initiative that reinforces its leadership in safety infrastructure and innovation, Dubai Civil Defence has launched the world’s first sustainable mobile floating fire station.
The initiative reflects Dubai’s strategy to constantly enhance its fire and rescue services and raise environmental sustainability.
Engineered to provide high efficiency in safeguarding marine activities as well as enhanced coverage and swifter response times, the new mobile floating fire station is set to transform maritime emergency response mechanisms in Dubai. The first of its kind in the world to be sustainable and environmentally friendly, the floating structure is 70% more cost-effective than traditional marine fire stations.
Lieutenant General Expert Rashid Thani Al Matroushi, Director General of Dubai Civil Defense, said: “The deployment of the mobile floating fire station marks a significant step forward in our journey towards achieving global leadership in safety and security. The inauguration of this station not only demonstrates our dedication to generating innovative safety solutions but also aligns with our commitment to contributing to enhance Dubai’s overall infrastructure and services. A significant enhancement to our marine firefighting capabilities, this facility makes Dubai a frontrunner in reducing response times to maritime incidents, with a target response time of just four minutes.”
The launch of the floating station also increases the safety index in maritime navigation and water channels in Dubai with the use of innovative smart solutions, Al Matroushi added. The station’s strategic deployment will ensure comprehensive coverage across Dubai’s maritime and navigational zones that are crucial elements of the emirate’s geography, significantly enhancing Dubai’s responsiveness to accidents at sea, he noted.
Designed with sustainability at its core, the station embodies Dubai’s commitment to environmental conservation while maintaining the highest standards of safety and efficiency. With the capability to accommodate 16 individuals, the building stands out for its eco-friendly design. Operating as a mobile marine station, the floating structure eliminates the necessity for dedicated land space, resulting in both cost savings and a significant contribution to reducing carbon footprint and preserving green spaces. Additionally, the floating building showcases mobility with a notable speed of 11 miles per hour.
As Dubai continues to grow as a major hub for maritime trade and tourism, the floating fire station demonstrates the high priority the emirate’s leadership places on driving greater safety innovation and excellence. Through the implementation of innovative solutions and the latest technologies, Dubai Civil Defense continues to provide world-class fire and rescue services, contributing to Dubai’s vision of becoming a global leader in safety and security.
Egypt received on Wednesday a Guinness World Records’ certificate on Rod al-Farag Axis Bridge (Tahya Misr Bridge) passing over the Nile, for being the widest suspension bridge in the world at a width of 67.36 meters.
Guinness World Records website has not yet published news about the new Egyptian record-holder.
Regional Director for the Guinness World Records in the Middle East and North Africa region Talal Omar handed over the certificate to Mohamed Mohsen Salah, President and CEO of Arab Contractors company.
President Abdel Fatah El Sisi attended Wednesday the opening of Rod el Farag Axis Bridge, int the presence of Prime Minister Moustafa Madbouli, Presidential Adviser for National and Strategic Projects Sherif Ismail, Transport Minister Kamel el Wazir and a number of high-ranking state officials.
The Arab Contractors, a leading construction company in the Middle East and Africa, officially requested that Rod El-Farag Axis sets a record in the Guinness Book of World Records, said Ahmed Makled, chief executive manager of B Premium, the official partner of Guinness Records in Egypt.
Rod El-Farag Axis (TahyaMisr Bridge) links areas in northern and eastern Cairo with west Cairo. The Egyptian government said that the bridge, which aims to ease traffic and reduce commuting time, is the widest over a waterway.
Makled said that the relevant minimum limit set by Guinness is 65.235 meters, hoping that the bridge will meet other requirements and conditions set by Guinnessto become the world’s widest bridge, replacing Canada’s Port Mann Bridge, which was considered the world’s widest.
Port Mann, which has a width of 65 meters, was opened to traffic in 2012. California’s Bay Bridge was then opened in 2013, to replace Port Mann as the world’s widest. The aforementioned San Francisco-Oakland Bay Bridge has a width of over 78 meters.
Makled said that the TahyaMisr Bridge will seek to enter the Guinness World Records in the coming few days after it is officially inaugurated.
The construction of the flyover bridge is 100 percentcompleted, said Salah, the CEO of the Arab Contractors, adding that the bridge has been paved.
As many as 4,000 engineers, technicians and other workers have contributed to the construction of the bridge with a cost of LE 5 billion ($292.7 million), Salah said, adding that the second phase of the project costs LE 4 billion.
source/content: egypttoday.com (headline edited)
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The Arab Contractors officially requested that the Rod El-Farag Axis sets a record in the Guinness Book of World Records – Press photo
Sheikh Nahyan bin Mubarak Al Nahyan, Minister of Tolerance and Coexistence and Chairman of the Board of Trustees of the Khalifa International Award for Date Palm and Agricultural Innovation, expressed his appreciation for the patronage and the support the Award continues to receive from His Highness Sheikh Mansour bin Zayed Al Nahyan, Vice President, Deputy Prime Minister, and Chairman of the Presidential Court. He also praised Sheikh Mansour’s contribution to the development of the date palm cultivation and production sector at the national, regional and international levels.
This is in addition to strengthening the UAE’s leading position through cooperation with date-producing countries and concerned regional and international organisations, where Sheikh Nahyan expressed his confidence in the efforts of the Award’s General Secretariat, which played an important role in building global partnerships to develop this sector.
Dr. Abdelouahhab Zaid, Secretary-General of the Khalifa International Award for Date Palm and Agricultural Innovation, announced the winners of the Award in its 16th session during his speech at the press conference held on Monday at the Emirates Palace Hotel, Abu Dhabi, in the presence of Dr. Helal Humaid Saed Al Kaabi, Member of the Award’s Board of Trustees, and Secretary-General of the Abu Dhabi Council for Quality and Conformity.
International Award Winners:
The award in the Distinguished Innovative Studies and Modern Technology category was won by Dr. Khaled Masmoudi – College of Agriculture and Veterinary Medicine (UAEU) for “Enzyme stabilization and thermotolerance function of the intrinsically disordered LEA2 proteins from date palm” and Dr. Ezzeldin Gadallah Hussein Ahmed – Agricultural Research Centre, Ministry of Agriculture and Land Reclamation (Egypt), for “Phoenix dactylifera in vitro culture and transformation of Thio-60 antifungal gene via chitosan nanoparticle”.
The award in the Pioneering Development and Productive Projects category was won by Dr. Lim Swee Hua Erin – HCT (Abu Dhabi), for “Sustainable Seeds: A Tale of Two Innovations” and AFRICA ORGANICS (Morocco), for the world’s largest organic date palm plantation (1200 ha) of farmland.
The award in the Pioneering and Sophisticated Innovations Serving the Agricultural Sector category was won by Dr. Yarub Kahtan Abdul Rahman Al Doruri – University of Sharjah for “Production of powder-activated carbon from natural resources” and VALORIZEN LLC, Research and Innovation Centre (Egypt) for “Scalable, Market Driven and Climate Positive Solutions of Date Palm Waste”.
The award in the Influential Figure in the Field of Date Palm and Agricultural Innovation category was won by Dr. Ramzy Abdelrahim Dessoky Aboaiana (Kingdom of Saudi Arabia) and Prof. Ibraheem Jaddoa Olelwi Al Juboori, PhD (Iraq) for “A qualitative leap and big steps”.
Handed-down skills won the medic crown of Great British Sewing Bee champion.
Head bent in concentration, tape measure slung around her neck, young Asmaa Al-Allak often knelt on the floor amid piles of colourful fabric even as rockets whistled above the family home in southern Iraq.
The seven-year-old would take in every detail of her mother and grandmother flicking through pages of their favourite fashion magazine and discussing the sewing patterns for each outfit featured in that month’s issue.
While the two women traced templates on to bolts of material, Asmaa mimicked them in miniature on remnants for arguably the best-dressed Sindy doll in war-torn Basra.
Four decades later, childhood memories like these compelled Al-Allak to become a contestant on The Great British Sewing Bee 2023, a reality TV show she won in an achievement that, for her, topped even attaining a medical degree.
“Creativity is in the genes,” she tells The National, laughing over a zoom call from Wales, where the consultant breast surgeon, now 47, lives with her engineer husband and children, Sophia, 20, and Jacob, eight.
“My grandmother taught me the basics of sewing, my mother built on those and the rest is self-taught.
“The first thing I remember making for myself was a green cotton pinny dress with a floral design. Terrible! My gran was the only one who was positive, saying: ‘My God, that’s so amazing.’ But that’s grandmothers for you.”
Mariam Al-Ethan didn’t live to see her granddaughter’s greatest triumph but photographs of her were pinned to a vision board for inspiration throughout the competition, and Al-Allak proudly wore a necklace inscribed with the word “Allah” that her grandmother bought for her in a gold souq.
Married at the age of 12, Mariam had long sewed clothes for her extended family before becoming a professional seamstress out of necessity during the prolonged armed conflict between Iran and Iraq in the 1980s.
“It was a really difficult time. Even though my grandad worked, he didn’t have enough to support the family,” says Al-Allak.
In spite, or perhaps because, of being illiterate, Mariam made determined efforts to send her seven children, including Asmaa’s mother Fatima, to university.
Fatima studied at the University of Basrah before undertaking a doctorate in physics at Cardiff University with her husband, Haider, soon after baby Asmaa arrived in 1976.
Initially, Asmaa and her brother Ammar, born two years later, were raised by their maternal grandmother but joined their parents for a few years when Fatima sent for them shortly before hostilities broke out. No longer able to stay in the UK after finishing her PhD, however, Fatima returned with the children to Iraq.
Haider feared his name might be included on the Baathist regime’s list of traitors and objectors and a longed-for reunion would not occur for another eight years.
The Al-Allak siblings were plunged into a war zone, frequently changing schools as they moved between Basra and their father’s relatives near Baghdad, whichever was deemed safest as Iranian troops fired mortars across the border.
When classes were disrupted for up to three months at a time, Asmaa sat transfixed for hours watching broadcasts of the devastation.
“I’ve seen [images of] dead bodies lying in the road,” she says in a flat voice. “If the Iraqi army had a good advancement or had won a battle, they would show pictures from the front on television.
“Even though they were supposed to be the enemy, for me, they were people who had died. My decision to study medicine came because of what I’d seen in Iraq.”
She became an expert in gauging the threat from rocket fire. If a whistle could be heard overhead, Al-Allak knew it was probably going to travel farther.
The ones that didn’t whistle were the more dangerous “because you didn’t know where they would land”.
Backbone of the family
While her mother worked as an assistant professor at the University of Basrah, Al-Allak inevitably grew close to her grandmother, ever the backbone of the family.
The detached house was surrounded on three sides by other homes, and Mariam declared the small kitchen, tucked away at the rear, to be the safest of all the rooms. There, the extended family retreated during the worst bombing campaigns, lying “like sardines” on two mattresses squeezed between the oven and fridge.
For Al-Allak, the rules and rhythms of sewing became a comforting reliability in a world of chaos and confusion: if she followed a pattern, cut fabric on the bias, respected the grain line and measured correctly, a satisfying outcome was guaranteed.
“The only thing that’s kept me going and balanced in life – especially in the past few years – has been sewing.
“It’s my escape, my way to forget about all the troubles in the world and at work. I don’t think I will ever stop.”
An opportunity arose for Al-Allak to rejoin her father after the Gulf War ended in 1991 when Haider was a British citizen working as a physics researcher at Durham University.
Fatima and the children had already endured one failed attempt to leave after Saddam Hussein invaded Kuwait the year before, packing their bags and waiting in Baghdad for two days before realising all flights had been cancelled.
This time, at Mariam’s behest, she wasn’t taking any chances. “We left everything behind and walked away. There was still food in the fridge and toys on the floor.”
Ripped from her roots
If Al-Allak was devastated at being ripped from her roots, worse came on hearing of the impact the sudden separation had on her grandmother, who sat weeping surrounded by their abandoned possessions.
“It broke her heart,” she says.
After a gruelling 24-hour bus journey to Jordan, the family waited a month for visas to Britain, arriving in the north-east of England in August.
Young Asmaa had forgotten most of the words picked up during her three-year stay as a toddler, and the other pupils at Framwellgate School showed no mercy, mocking her poor grasp of the language, using racist taunts, and pulling her hijab off.
She was pushed to breaking point, and it is clear that the recollections are still painful.
“I couldn’t wait to leave. I used to go home and cry. I said to my Mum: ‘I’m not going back to school. I just can’t do it any more.’”
But Al-Allak, one in a line of strong women, developed a methodical and meticulous means of getting by. “My five-year goals keep me going through life,” she says.
“For me to become a doctor, I knew I had to get good grades. I had to cope with the surrounding environment and not let it affect me.
“My mother was a rock. She told me to rise above it and sat with me with a dictionary trying to help but English wasn’t her first language either.”
Sheer determination earned Al-Allak a place at Cardiff University to study medicine, where for the first time in her teenage years she felt a sense of belonging.
Though she had seemingly left sewing behind in the ancestral home together with her beloved Sindy doll, her mother carried on, making surgical scrubs and other outfits for her on a Singer sewing machine bought at a car boot sale.
That old Singer has since been usurped by a newer model but still sits in Al-Allak’s office near the desk where lace and fancy packaging for the bespoke mastectomy bras she creates for her patients can be glimpsed. There, too, is the Sewing Bee award, and, on a mannequin, the dress described by the show’s judges as “spellbinding”, and “a feat of genius” and “clever engineering”.
Modelled in the final by her close friend and fellow doctor Pritti Aggarwal, it unfurled in a mesmerising transition from electric blue shift dress into shimmering emerald gown.
Al-Allak’s skill at overcoming obstacles such as this last of the 10 weeks of tough sewing challenges will, she hopes, increasingly be put to use to help breast-cancer patients recover physically and mentally, unencumbered by uncomfortable bras or incorrectly positioned inserts for prosthetics.
She plans to continue campaigning for greater consistency in patient provision, while developing the mastectomy lingerie into a viable venture.
“It’s one of the things I’m really passionate about,” she says. “On the NHS, you get a prosthetic to fit in your bra for free. Sometimes the company will also offer a free bra but not always, and the pocket might be on the wrong side.
“You’ll have darker-skinned women receiving a light-coloured prosthetic because there is no other option. Patients are offered different things in different parts of Wales.”
Al-Allak talks of how she employs the same knots during suturing in surgical procedures as those used in sewing but isn’t sure whether the medical skills inform her craft or vice versa; she is inclined to think probably both.
Certainly, her love of fashion dictates the choice of “work” shoes that add several inches to her 5ft 2in frame – red-soled patent leather stilettos only swapped for pink Crocs covered in butterflies in the operating theatre.
“Because I make all my clothes, my one guilty pleasure is Louboutins ,” she admits. “I bought my first pair when I became a consultant and I only buy one pair a year.”
That taste for the finer things in life earned Al-Allak the title of “Queen Asmaa” on The Great British Sewing Bee.
Alas, Sophia, heir-apparent, has yet to take up needle and thread in any way that her mother might describe, in her strong Welsh lilt, as “proper serious” but has found an outlet for her imagination as a fine arts student.
“I think it will happen at some point,” Al-Allak says, hopefully.
Young Jacob, however, expressed an interest in sewing at seven years old, the same age his mother started, and he helps with cutting, pinning and basic stitching.
“Look what he made!” Al-Allak says, gleefully waving a pattern weight stuffed with rice.
And so the rich seam of familial creativity runs on.
Acamar, Rasalased, Kochab.. these words are examples of star names. At a first glance, they look unidentifiable. So where do they come from? The short answer is Arabic, but the long answer is a bit more nuanced than that.
The story begins in 8th century Middle East , Abbasid Caliphs became more and more interested in science and exploration. So they requested that the scientific works of previous translators be translated in Arabic, the rising scientific lingua franca of the world at that era. Greek and Roman scientific texts, notably Claudius Ptolemy’s Almagest, were translated into Arabic. But this was not merely a linguistic transfer; it also involved a comprehensive assimilation and expansion of knowledge. Ptolemy’s Almagest, translated in the 8th and 9th centuries, became a cornerstone in Islamic astronomy, enriched with commentaries and refinements by scholars of the time. It inspired many Arabs to take on the study of astronomy and carry on the study of space.
The advent of Islamic astronomy
Islamic astronomers like Al-Ḥasan Ibn al-Haytham and Ibn al-Shatir made significant strides in refining observational techniques and developing advanced instruments. Astrolabes and sundials, products of this new civilization, enabled precise measurements of celestial positions and movements. The practical application of astronomy was paramount in the Islamic civilization, particularly in the context of trade and navigation. The vast Islamic trade routes necessitated accurate navigation, and astronomy provided the means to achieve this. Bright stars, visible without telescopes, became vital reference points for navigation, leading to the naming of stars in Arabic, a practice that persisted due to its utility.
The influence extended beyond astronomy into mathematics, where the adoption of Arabic numerals revolutionized calculations. The spread of these numerals to Europe further increase the influence of Arab-Islamic scientific practices on the continent. As Europe entered the Middle Ages and Renaissance, Arabic astronomical texts, including star names, were reintroduced through translations. However, linguistic challenges and imperfect translations led to alterations and Latinizations of some names. Despite these modifications, many Arabic star names have endured and continue to be used in contemporary astronomy, which is why, while most of these names come from Arabic, they are often Latinized, and sometimes slightly modified. Other star names from Arabic include Altair, from Arabic Al-ta’ir, meaning the flying, Menkar, from Arabic Minkhar meaning the nostril, or Sulafat, from Arabic Sulahfat, meaning the tortoise.
Invention scans for threats and informs driver on display or mobile
Boost for Saudi Arabia’s Ceer Motors, fledgling electric car industry, says lead developer
King Saud University in Riyadh has been granted a patent in the US for software that protects the computer systems of electric cars when linking to charging stations.
The invention is named the Motor Vehicle Cyber Inspection System. After conducting an inspection, the system notifies the driver of the cybersecurity status on a smart display or mobile device. The system can scan for malware, ransomware, backdoors, data leakage, and software vulnerabilities.
Announcing the receipt of the patent, the KSU media center said Thursday the team that achieved this success was led by Prof. Muhammad Khurram Khan and included Dr. Wazir Khan.
“This breakthrough patent achievement highlights KSU’s dedication to pioneering research and technological advancements, solidifying its position at the forefront of innovation in automotive cybersecurity,” it said.
The approval was granted by the US Patent and Trademark Office on Jan. 16, and the application was submitted in March 2023.
Khan, who led the team, told Arab News: “The granting of this US patent to the KSU represents a momentous achievement in the realm of cybersecurity, particularly for the burgeoning automotive sector in Saudi Arabia under Vision 2030. The invention holds substantial significance for the local automotive industry, particularly for entities like Ceer Motors and the Electric Vehicle Infrastructure Company.”
“Saudi Vision 2030 emphasizes the importance of developing a skilled and knowledgeable workforce to meet the demands of a diversified economy. Therefore, the development and implementation of advanced technologies, as reflected in the patent, contribute to job creation and skill development,” he added.
Khan further said: “Integrating patented technology into vehicles and charging stations would offer a considerable competitive advantage. It would not only enhance the cybersecurity resilience of automotive products but also position local manufacturers at the forefront of technological innovation and economic diversification efforts while the Saudi automotive industry is taking off.”
He added that the “patent aligns with the national goals of technological innovation and localization. By implementing this technology locally, companies could contribute to building indigenous capabilities, fostering economic growth, and creating high-value jobs in the technology and automotive sectors.”
Under the Vision 2030 initiative, Saudi Arabia is actively diversifying its economy, with a particular emphasis on the automotive sector. This commitment is exemplified by the establishment of Ceer Motors, the Kingdom’s inaugural EV brand, dedicated to manufacturing local electric vehicles.
Moreover, a recent development includes the launch of the Electric Vehicle Infrastructure Co., or EVIQ, a strategic initiative to bolster EV adoption. The firm aims to facilitate this transition by establishing a nationwide network of 1,000 charging stations consisting of 5,000 chargers by 2030.
Cloud computing to add $181 bn to UAE’s economy by 2033.
The UAE has been chosen to lead the Cloud Computing Working Group within the World Bank, a testament to its remarkable progress in advanced technology and digitization. Recognized as a global pioneer in digital transformation and the successful implementation of cloud computing best practices, the UAE assumes this role to support both government entities and private sector companies in their transition to cloud computing systems. By prioritizing the utilization of cutting-edge data protection and cybersecurity solutions, the UAE reaffirms its commitment to facilitating the seamless adoption of cloud technology while ensuring utmost security for all stakeholders.
Sheikh Hamdan congratulates Dr. AlBlooshi
Sheikh Hamdan bin Mohammed bin Rashid Al Maktoum, Crown Prince of Dubai and chairman of the Executive Council, extended his congratulations to Dr. Bushra AlBlooshi from the Dubai Electronic Security Center (DESC) on being appointed as the leader of the Cloud Computing division within the World Bank Group.
In addition, Sheikh Hamdan posted the message on X (formerly Twitter) and said, “Congratulations to Dr Bushra AlBlooshi of the Dubai Electronic Security Center (DESC) on being appointed by the World Bank as the head of the World Bank Group for Cloud Computing, comprising of 27 countries, organisations, and major international technology firms.”
He added, “We are immensely proud of the continuous achievements of Emirati talent. With their expertise and accomplishments, they further strengthen the UAE’s international stature and role in advancing global sustainable digital development.
According to her profile on the World Economic Forum (WEF), Dr. AlBlooshi possesses more than 17 years of expertise in digital transformation, cybersecurity, and strategy management. She is recognized as an author and a prominent speaker in the areas of cybersecurity and digital transformation, demonstrating her extensive experience in the field.
Significance of cloud adoption for GDP growth
A report commissioned by Amazon Web Services (AWS) revealed in May that the widespread adoption of cloud technology among the public is projected to contribute an estimated $181 billion in economic value to the UAE over the next decade. This figure represents approximately 2.5 percent of the UAE’s economy. The paper further highlighted that a mere 1 percent increase in cloud adoption by organizations in the UAE would result in an average gross domestic product (GDP) growth of 0.21 percent or $854.7 million. This growth rate is three times higher than the regional average for the Middle East and North Africa, making it the highest in the region.
Dr. Bushra AlBlooshi of the Dubai Electronic Security Center (DESC) appointed by the World Bank as the head of the World Bank Group for Cloud Computing, comprising of 27 countries, organisations, and major international technology firms.
Rajaa Cherkaoui El Moursli was part of the research team that made the groundbreaking discovery of the Higgs Boson particle.
Moroccan prominent nuclear physicist Rajaa Cherkaoui El Moursli was featured this year on the list of Forbes 50 Over 50 for the Middle East and Africa (MENA) in recognition of her outstanding scientific contributions.
El Moursli’s research has helped prove the existence of the Higgs Boson, which is the particle responsible for the creation of mass.
“While her almost 30-year-long career in science has been filled with achievements, it’s a career that would not have existed had she not convinced her father to let her seek out a graduate degree in France in the early 1980s,” Forbes wrote. This was a time when Moroccan women were “expected to leave home to marry and not pursue a vocation.”
After earning her Ph.D in Nuclear Physics from the University of Joseph Fourier in Grenoble, France, El Moursli returned to Morocco in 1982. There, she joined the Faculty of Sciences at the University Mohammed V in Rabat.
Early in her career, she took the helm as the head of the Laboratory of Nuclear Physics in Rabat. El Moursli’s research focuses on the applications of nuclear physics, medical physics, and high-energy physics.
A pivotal moment in her career occurred in 1996 when she became an integral part of Morocco’s participation in the international ATLAS collaboration at the European Organization for Nuclear Research (CERN). The event marked her entry into one of the world’s most prestigious scientific research centers, located in Geneva.
El Moursli’s contributions have extended beyond the laboratory giving her membership with international organizations such ATLAS, KM3NET, and ANTARES.
Within these roles, she has been vital in creating and implementing master’s degree programs at her university, notably creating Morocco’s first master’s program in medical physics. Currently, over thirty graduates from her program hold crucial positions as radio physicists in Moroccan hospitals.
Throughout her career, she has supervised numerous doctoral and master’s students and has played a crucial role in building and strengthening academic programs.
In 2015, she became the first Moroccan to receive the L’Oreal-UNESCO award for Women in Science, representing Africa and the Arab States.
El Moursli served as VP of Research, Innovation, Cooperation, and Partnership at Mohammed V University. She also chaired the competition program “My Thesis in 180 Seconds.”
Her accolades include being a fellow of the World Academy of Sciences (TWAS) and serving on the “For Women in Science” international jury.
In 2017, she was honored by the Organization of Islamic Cooperation for her outstanding contributions to science and technology in the Islamic world.
Now in 2024, El Moursli continues to play a pivotal role in shaping the global scientific landscape and showcasing Moroccan achievements to the world.
Saudi Arabia is set for a groundbreaking technological venture in the mining sector with the launch of the Geoscience Data Analytics Center.
Commissioned by the Saudi government, the facility is expected to commence operations later this year.
Speaking to Arab News at the Future Minerals Forum, Commissioner Rob Wood emphasized the interdisciplinary nature of the center and the significance of developing new programs to train professionals with hybrid skills.
Wood said: “It will be the very first of its kind globally. It will become operational probably in late 2024.”
Saudi Arabia boasts 31 critical minerals and strategic resources, ranging from gold, and silver to nickel and cobalt.
The Kingdom is poised to establish a third industrial pillar centered on mining, with potential reserves estimated at $2.5 trillion, as Wood also highlighted the significance of the Kingdom’s commitment to diversify its economy.
He emphasized that the Geoscience Data Analytics Center would play a pivotal role in utilizing AI to uncover potential mining deposits.
The $2.5 trillion estimate, Wood clarified, is extrapolated from the known data available, emphasizing that extensive land exploration and data collection support this estimation.
“The amount of land that we’ve actually explored and done data collection for. So, we know that there is a significant amount of opportunity left within the Kingdom that we haven’t explored yet,” he noted.
Wood explained that there is a need to establish new interdisciplinary programs, where geologists will be trained in computer science.
He highlighted novel aspects of the center, such as state-of-the-art robotic labs for core scanning and cumulative effects research.
“Literally, nobody on the planet is doing what we’re talking about,” he claimed, adding: “The intent is that the Kingdom will, in fact, have complete control and will be running the center for decades to come.”
Wood elaborated on the ongoing data collection efforts, stating that the gathered information will be fed into a new artificial intelligence platform capable of conducting analytics to identify high-potential mining targets.
The commissioner emphasized the use of AI in modeling mineral deposits, stating, “We’re using machine learning to uncover these high-potential deposits very early in the process.”
He acknowledged the formidable challenge in the mining sector, particularly the difficulty in identifying new targets, referred to as “greenfields,” which he termed as a highly risky endeavor.
“So frequently, they can go out and do a full drilling program and come back with nothing, and you spend literally hundreds of millions of dollars for potentially no result whatsoever.”
To address this challenge, Wood unveiled the ambitious plan to use advanced artificial intelligence to de-risk the costs associated with finding new targets.
“What we’re looking to do is, in fact, de-risk those costs on the mining companies by using advanced artificial intelligence to, in fact, actually find these new targets,” he explained.
The commissioner emphasized the significance of addressing environmental and social impacts in the mining sector, stating: “One of the things the center is going to be doing is actually complex environmental and social impact research.”
In conclusion, Wood highlighted the uniqueness of Saudi Arabia’s position in undertaking this venture, stating: “The discovery of oil is substantially easier than the discovery of minerals. Minerals require sophisticated analytics to find these new deposits.”
As the Kingdom embarks on this groundbreaking initiative, Wood expressed his optimism, stating, “It’s an exciting time to be in Saudi Arabia.”
source/content: arabnews.com (headline edited)
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Rob Wood, commissioner of the Geoscience Data Analytics Center, speaking to Arab News.