Turkish Mosque Lights Tell the Faithful to Stay Home During Ramadan

Mahya reads "life fits at home" is seen installed between the minarets of Yeni New mosque, as the outbreak of the coronavirus continues in Istanbul, Turkey, April 27, 2020. (Reuters)
Mahya reads "life fits at home" is seen installed between the minarets of Yeni New mosque, as the outbreak of the coronavirus continues in Istanbul, Turkey, April 27, 2020. (Reuters)
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Turkish Mosque Lights Tell the Faithful to Stay Home During Ramadan

Mahya reads "life fits at home" is seen installed between the minarets of Yeni New mosque, as the outbreak of the coronavirus continues in Istanbul, Turkey, April 27, 2020. (Reuters)
Mahya reads "life fits at home" is seen installed between the minarets of Yeni New mosque, as the outbreak of the coronavirus continues in Istanbul, Turkey, April 27, 2020. (Reuters)

The traditional lighting that hangs between the minarets of Turkish mosques, usually packed for evening prayers in the holy month of Ramadan, is urging Turks to stay at home this year as the country battles the coronavirus pandemic.

Known as "mahya", the tradition of stringing up devotional messages in lights from the soaring minarets of Istanbul's Ottoman-era mosques is unique to Turkey and dates back hundreds of years.

The process of hanging the lights is overseen by masters of the art. Working from sketches, they set lightbulbs on cords to spell out the desired message, before rolling them onto ropes draped between the minarets of the mosque using a pulley.

Suspended between the minarets, the lights normally declare religious messages in huge letters, visible from afar and intended to reward and inspire the faithful who have spent the daylight hours fasting, reported Reuters.

This year, with Turkey at the peak of coronavirus outbreak at the start of the fasting month of Ramadan, the messages are different.

Kahraman Yildiz, one of the last remaining experts on the art, wears a mask for the first time in his long career as he hangs the lights between two minarets of the 400-year-old New Mosque in Istanbul's Fatih district.

"We were giving nice religious messages during the month of Ramadan. This month, something different happened because of this pandemic," he says.

"We are sharing (messages) related to that," Kahraman adds, unfurling the string of lights that read: "Life fits at home".

He then begins hanging the lights one by one on a rope between the minarets as he and his colleagues carefully abide by social distancing rules in a city which has borne the brunt of Turkey's 112,000 confirmed coronavirus cases.

The lights are lit every evening during Ramadan at the time of the call to prayer that announces the end to the day's fast.

"Mahyas have given beautiful messages with excerpts from verses (of the Quran) ... for centuries. But this year for the first time, we have mahyas that we hung up aimed at protecting our health," said Burhan Ersoy, General Director of Foundations.

He said other examples included, "Stay responsible, stay healthy," and "Stay home, stay healthy".



Saudi KAUST Researchers Develop Lithium-Metal Battery

Saudi KAUST Researchers Develop Lithium-Metal Battery
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Saudi KAUST Researchers Develop Lithium-Metal Battery

Saudi KAUST Researchers Develop Lithium-Metal Battery

Scientists at Saudi Arabia’s King Abdullah University of Science and Technology (KAUST), in collaboration with their counterparts at King Abdulaziz City for Science and Technology (KACST), have made a breakthrough that could increase the power and lower the cost of lithium-metal batteries by incorporating nylon into the design.

In a statement on Sunday, KAUST said the study highlights the advantages of lithium metal batteries, known for their high energy density and lightweight properties, over conventional lithium-ion batteries.

While lithium-ion batteries remain the industry standard, lithium-metal batteries offer superior performance, making them ideal for applications in robotics, transportation, and consumer electronics. However, current production methods rely on hazardous and corrosive chemicals that compromise efficiency and safety.

Head of the KAUST Center of Excellence for Renewable Energy and Storage Technologies Professor Husam Alshareef said: “My research team is dedicated to building renewable energy and storage solutions such as higher energy density and safer batteries to accelerate decarbonization adoption in the Kingdom. This was a discovery that promises cheaper and safer additives and demonstrates the benefits of basic scientific research.”