God can't survive science, says 'Da Vinci Code' author

From loudspeakers on the roof of a Minnesota mosque, the Islamic call to prayer echoed for the first time ever throughout a Minneapolis neighbourhood late on Thursday as the Muslim community there prepared to begin the holy month of Ramadan.

It echoed again on Friday morning and will continue five times a day during the holy month. 

The simple, short call - known as the adhan - marked an historical moment for Minneapolis and major cities across the United States, community members said. While the adhan is commonly broadcast throughout the Middle East, North Africa and other places, for many Muslims in the US, it is only heard inside mosques or community centres.

"There's definitely a lot of excitement," said Imam Abdisalam Adam, who is on the board of the Dar al-Hijrah mosque, from where the adhan will be broadcast.
"Some people see it as historic," Adam told Al Jazeera. "To the point ... that they're not doing it, able to see it in their lifetime." 

Recited by different representatives from mosques around the city, the call to prayer is expected to reach thousands in the Cedar-Riverside neighbourhood in Minneapolis, according to Jaylani Hussein, the executive director of Minnesota's Council on American-Islamic Relations (CAIR).

While Hussein says the community had discussed broadcasting the call for years, it became even more pressing this year when the coronavirus pandemic forced mosques to shut their doors and residents to stay inside. The coronavirus has infected more than 870,000 people nationwide and killed at least 50,000.
"We wanted to touch those individuals who frequent this mosque and this community," Hussein said. "If we cannot be physically together, at least this echo, this voice, this call to prayer can be an extension of us being together at this difficult time. To give some people some solace."
Ramadan - Minnesota.

The Dar al-Hijrah mosque in the Cedar-Riverside neighbourhood of Minneapolis, Minnesota [Courtesy of Abdisalem Adam] 
Ramadan is traditionally a time when Muslims worldwide regularly attend mosques for daily prayers and break their fasts together. But this year, most have been told to pray at home and forgo community iftars in favour of staying safe from the COVID-19 crisis.

Adam, the imam, said while the Muslim community is experience loss this Ramadan, they hope the call to prayer broadcast will create a "semblance of normalcy".

"With the loss of Friday prayers and the regular congregational prayers, we are hoping that this will give a sense of solace and connection to the spiritual needs of community members," he added. 

An avenue to greater investment?

The Cedar-Riverside neighbourhood is a densely populated area of Minneapolis that has historically been an entry point for many immigrants and today is home to large Somali and Oromo communities.

Ramla Bile, a Somali American who lives in a neighbourhood adjacent to Cedar-Riverside, has been active in the community for years. She welcomed the broadcast of the call to prayer, saying it will help people "feel the spirit of Ramadan in a way that is meaningful".

But she also hopes the city of Minneapolis, which provided the noise permit for the broadcast, will make bigger strides to invest in the community in even more tangible ways.

"There's been a lot of need and a lot hurt in the community in light of the COVID-19 pandemic. And then there's the ongoing conversation you've been having," she said, pointing to deep-seated Islamophobia, systemic racism and the need for infrastructure projects like sprinkler systems in high-rise buildings. 

"We need to see greater investments to support the most vulnerable members of our community," Bile said referring to the neighbourhood's elders, undocumented individuals, low-income families and others.

"Right now, we're waiting for a bailout for our micro-businesses who comprise our Somali malls, or a rent freeze for neighbourhood residents," she added.

For CAIR's Hussein and Imam Adam, they hope this Ramadan's call to prayer helps encourage other communities around the US to take similar steps.

"This will hopefully inspire others … to think about what could happen in future Ramadans and beyond," Hussein said.

Adam added that while the virus has devastated communities and upended daily life, it has also shown that "we're in this together".

"It just shows the significance of the global village and how interconnected and interdependent we are as a world community," he said. "I think that there will be a lot of change in our way of life for the better. I hope so."

Denser places, assumed by many to be more conducive to the spread of the coronavirus that causes COVID-19, are not linked to higher infection rates, say researchers.

The study, led by Johns Hopkins University, published in the Journal of the American Planning Association, also found that dense areas were associated with lower COVID-19 death rates.

"These findings suggest that urban planners should continue to practice and advocate for compact places rather than sprawling ones, due to the myriad well-established benefits of the former, including health benefits," says study lead author Shima Hamidi from Johns Hopkins Bloomberg School of Public Health in the US.

For their analysis, the researchers examined SARS-CoV-2 infection rates and COVID-19 death rates in 913 metropolitan counties in the US.

When other factors such as race and education were taken into account, the authors found that county density was not significantly associated with county infection rate.

The findings also showed that denser counties, as compared to more sprawling ones, tended to have lower death rates--possibly because they enjoyed a higher level of development including better health care systems.

On the other hand, the research found that higher coronavirus infection and COVID-19 mortality rates in counties are more related to the larger context of metropolitan size in which counties are located.

Large metropolitan areas with a higher number of counties tightly linked together through economic, social, and commuting relationships are the most vulnerable to the pandemic outbreaks.

According to the researchers, recent polls suggest that many US citizens now consider an exodus from big cities likely, possibly due to the belief that more density equals more infection risk.

Some government officials have posited that urban density is linked to the transmissibility of the virus.

"The fact that density is unrelated to confirmed virus infection rates and inversely related to confirmed COVID-19 death rates is important, unexpected, and profound," said Hamidi.

"It counters a narrative that, absent data and analysis, would challenge the foundation of modern cities and could lead to a population shift from urban centres to suburban and exurban areas," Hamidi added.

The analysis found that after controlling for factors such as metropolitan size, education, race, and age, doubling the activity density was associated with an 11.3 per cent lower death rate.

The authors said that this is possibly due to faster and more widespread adoption of social distancing practices and better quality of health care in areas of denser population.

The researchers concluded that a higher county population, a higher proportion of people age 60 and up, a lower proportion of college-educated people, and a higher proportion of African Americans were all associated with a greater infection rate and mortality rate.

Leiden, Jul 2: Astronomers have discovered a luminous galaxy caught in the act of reionizing its surrounding gas only 800 million years after the Big Bang.

The research, led by Romain Meyer, PhD student at UCL in London, UK, has been presented at the virtual annual meeting of the European Astronomical Society (EAS).

Studying the first galaxies that formed 13 billion years ago is essential to understanding our cosmic origins. One of the current hot topics in extragalactic astronomy is 'cosmic reionization,' the process in which the intergalactic gas was ionized (atoms stripped of their electrons).

Cosmic reionization is similar to an unsolved murder: We have clear evidence for it, but who did it, how and when? We now have strong evidence that hydrogen reionization was completed about 13 billion years ago, in the first billion years of the universe, with bubbles of ionized gas slowly growing and overlapping.

The objects capable of creating such ionized hydrogen bubbles have however remained mysterious until now: the discovery of a luminous galaxy in which 60-100 percent of ionizing photons escape, is likely responsible for ionizing its local bubble. This suggests the case is closer to being solved.

The two main suspects for cosmic reionization are usually 1) a population of numerous faint galaxies leaking ~10 percent of their energetic photons, and 2) an 'oligarchy' of luminous galaxies with a much larger percentage (>50 percent) of photons escaping each galaxy.

In either case, these first galaxies were very different from those today: galaxies in the local universe are very inefficient leakers, with only <2-3 percent of ionizing photons escaping their host. To understand which galaxies governed cosmic reionization, astronomers must measure the so-called escape fractions of galaxies in the reionization era.

The detection of light from excited hydrogen atoms (the so-called Lyman-alpha line) can be used to infer the fraction of escaping photons. On the one hand, such detections are rare because reionization-era galaxies are surrounded by neutral gas which absorbs that signature hydrogen emission.

On the other hand, if this hydrogen signal is detected it represents a 'smoking gun' for a large ionized bubble, meaning we have caught a galaxy reionizing its surroundings. The size of the bubble and the galaxy's luminosity determines whether it is solely responsible for creating this ionized bubble or if unseen accomplices are necessary.

The discovery of a luminous galaxy 800 million years after the Big Bang supports the scenario where an 'oligarchy' of bright leakers emits most of the ionizing photons.

"It is the first time we can point to an object responsible for creating an ionized bubble, without the need for a contribution from unseen galaxies.

Additional observations with the upcoming James Webb Space Telescope will enable us to study further what is likely one of the best suspects for the unsolved case of cosmic reionization," said Meyer.