US' new visa screening may seek applicants' social media info

Washington D.C, Jun 4: A lawsuit has been filed against US President Donald Trump for signing an executive order on preventing online censorship that seems to violate the freedom of speech of individuals on social media platforms.

On Tuesday, the Center for Democracy and Technology filed the lawsuit against Trump's "Executive Order on Preventing Online Censorship," which was signed May 28, 2020. The suit argues that the Executive Order violates the First Amendment by curtailing and chilling the constitutionally protected speech of online platforms and individuals.

"CDT filed suit today because the President's actions are a direct attack on the freedom of speech protected by the First Amendment. The government cannot and should not force online intermediaries into moderating speech according to the President's whims. Blocking this order is crucial for protecting freedom of speech and continuing important work to ensure the integrity of the 2020 election," said CDT President and CEO Alexandra Givens.

The executive order is designed to deter social media services from fighting misinformation, voter suppression, and the stoking of violence on their platforms, the digital rights group said.

"Access to accurate information about the voting process and the security of our elections infrastructure is the lifeblood of our democracy. The President has made clear that his goal is to use threats of retaliation and future regulation to intimidate intermediaries into changing how they moderate content, essentially ensuring that the dangers of voter suppression and disinformation will grow unchecked in an election year," Givens said.

The law firm of Mayer Brown is representing CDT in this action.

Houston, Mar 15: Researchers, studying the novel coronavirus, have found that the time between cases in a chain of transmission is less than a week, and over 10 per cent of patients are infected by someone who has the virus, but does not show symptoms yet, a finding that may help public health officials contain the pandemic.

The study, published in the journal Emerging Infectious Diseases, estimated what's called the serial interval of the coronavirus by measuring the time it takes for symptoms to appear in two people with the virus -- the person who infects another, and the infected second person.

According to the researchers, including those from the University of Texas at Austin, the average serial interval for the novel coronavirus in China was approximately four days.

They said the speed of an epidemic depends on two things -- how many people each case infects, and how long it takes cases to spread.

The first quantity, the scientists said, is called the reproduction number, and the second is the serial interval.

Due to the short serial interval of the disease caused by the coronavirus -- COVID-19 -- they said, emerging outbreaks will grow quickly, and could be difficult to stop.

“Ebola, with a serial interval of several weeks, is much easier to contain than influenza, with a serial interval of only a few days,” said Lauren Ancel Meyers, study co-author from UT Austin.

Meyers explained that public health responders to Ebola outbreaks have much more time to identify and isolate cases before they infect others.

“The data suggest that this coronavirus may spread like the flu. That means we need to move quickly and aggressively to curb the emerging threat,” Meyers added.

In the study, the scientists examined more than 450 infection case reports from 93 cities in China, and found the strongest evidence yet that people without symptoms must be transmitting the virus -- known as pre-symptomatic transmission.

More than one in ten infections were from people who had the virus but did not yet feel sick, the scientists said.

While researchers across the globe had some uncertainty until now about asymptomatic transmission with the coronavirus, the new evidence could provide guidance to public health officials on how to contain the spread of the disease.

“This provides evidence that extensive control measures including isolation, quarantine, school closures, travel restrictions and cancellation of mass gatherings may be warranted,” Meyers said.

The researchers cautioned that asymptomatic transmission makes containment more difficult.

With hundreds of new cases emerging around the world every day, the scientists said, the data may offer a different picture over time.

They said infection case reports are based on people's memories of where they went and whom they had contact with, and if health officials move quickly to isolate patients, that may also skew the data.

“Our findings are corroborated by instances of silent transmission and rising case counts in hundreds of cities worldwide. This tells us that COVID-19 outbreaks can be elusive and require extreme measures,” Meyers said.