The Pentagon says it is taking steps to demote Democratic Senator and former Navy Captain Mark Kelly, with a reduction in pension, over a video the department described as "seditious".


Pentagon moves to punish democratic senator Mark Kelly over 'seditious video' 

Nearly five days after the midterm elections closed in the US, the final picture regarding who wrestles control of the Senate finally seems to have cleared. In a remarkable outcome that defies all predictions of a Republican victory in both houses of the Congress, US media network projections have called the electoral race in Nevada in favour of Democrat leader Catherine Cortez Masto, paving way for Democrat control over the Senate again in 2023.

Nearly five days after the midterm elections closed in the US, the final picture regarding who wrestles control of the Senate finally seems to have cleared. In a remarkable outcome that defies all predictions of a Republican victory in both houses of the Congress, US media network projections have called the electoral race in Nevada in favour of Democrat leader Catherine Cortez Masto, paving way for Democrat control over the Senate again in 2023. The incumbent Masto has reportedly defeated Republican challenger Adam Laxalt, a former state attorney general and a Trump backer, suggesting that the mythical 'red wave' never really managed to make significant dents across the country. WATCH | Everything you need to know about the US midterm elections × Masto's win means that Democrats have reached the magical figure of 50 seats for an effective majority in the senate with one race still undecided. As reported by WION, the Georgia seat is heading to a runoff election next month and even if the Republican challenger Herschel Walker wins the ballot, it will not anyhow earn a majority for the Republicans. Read more: Explainer: What causes a delay in US election results? Notably, even if Democrats and Republicans have 50 seats each, Democrats would have a majority considering Vice President Kamala Harris has the casting vote. However, if Democrat Senator Raphael Warnock manages to hold his fort, it would extend Democrat's majority to 51-49. This significant two-seat advantage plus Kamala Harris' vote will grant Democrats the much-required cushion to pass some of the controversial bills, which otherwise would have required 60 votes. The victory of Masto comes in the backdrop of Democrat Senator Mark Kelly's victory in Arizona, a day before. Read more: Democrat Senator Mark Kelly retains Arizona, party just a win short from majority: Reports Trump had hoped to ride a Republican "red wave" that would prime him for another presidential run but the party is looking at a much smaller victory than had been predicted. (With inputs from agencies) WATCH WION LIVE HERE:

Democrats retain control of US Senate with Cortez Masto's win in Nevada

As US-Nepal celebrates 75 years of diplomatic ties this week, the United States Congressional delegation led by Senator Kirsten Gillibrand on Friday arrived in Nepal.&nbsp;

The delegation includes Senators Sheldon Whitehouse, Cory Booker, Mark Kelly, and Representative Mondaire Jones.&nbsp;

“In the week we celebrate 75 years of official US-Nepal diplomatic ties, it's an absolute honor to welcome the US Congressional delegation led by Kirsten Gillibrand and includes Senators Sheldon Whitehouse, Cory Booker, Mark Kelly, &amp; Representative Mondaire Jones to Kathmandu,” US Ambassador to Nepal Randy Berry said in a tweet.&nbsp;

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In the week we celebrate 75 years of official U.S.-Nepal diplomatic ties, it's an absolute honor to welcome the U.S. Congressional delegation led by Kirsten Gillibrand and includes Senators Sheldon Whitehouse, Cory Booker, Mark Kelly, &amp; Representative Mondaire Jones to Kathmandu. <a href="https://t.co/bN971u4nVy">pic.twitter.com/bN971u4nVy</a>
— Ambassador Randy Berry (@USAmbNepal) <a href="https://twitter.com/USAmbNepal/status/1517492815877443584?ref_src=twsrc%5Etfw">April 22, 2022</a></blockquote>
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The US Embassy said their visit is a testament that Nepal is an important partner to the United States due to our shared democratic values, people-to-people ties, and 75 years of diplomatic partnership.&nbsp;

The delegation will meet with Prime Minister Sher Bahadur Deuba and other government officials and political leaders to discuss a range of issues. The group of lawmakers is also focused on climate change’s effects in the Himalayan region.&nbsp;

<div class="videoWrapper trancodeVideo"><iframe allowfullscreen="" autoplay="1" class="includeVideo" frameborder="0" height="350" src="https://www.wionews.com/videos/south-asia-diary-the-british-gurkha-dream-of-nepals-youth-472005/embed" style="width:100%;max-width:560px;" width="560"></iframe></div>

The delegation is also expected to call on Nepal Foreign Minister Dr. Narayan Khadka.&nbsp;

They plan on partaking in a hike Saturday afternoon to learn more about this urgent crisis, as per the US Embassy.&nbsp;

“This visit is part of a longer trip by the delegation, which has included visiting Poland in order to learn how the U.S. can continue to support Ukraine and NATO allies against Russia’s unprovoked and unwarranted war, and India,” the embassy said in a press release.&nbsp;

Nepal has joined the majority of countries in condemning Russia’s brutal invasion of Ukraine.

As US-Nepal celebrates 75 years of diplomatic ties this week, the United States Congressional delegation led by Senator Kirsten Gillibrand on Friday arrived in Nepal.

As US-Nepal celebrates 75 years of diplomatic ties this week, the United States Congressional delegation led by Senator Kirsten Gillibrand on Friday arrived in Nepal. The delegation includes Senators Sheldon Whitehouse, Cory Booker, Mark Kelly, and Representative Mondaire Jones. “In the week we celebrate 75 years of official US-Nepal diplomatic ties, it's an absolute honor to welcome the US Congressional delegation led by Kirsten Gillibrand and includes Senators Sheldon Whitehouse, Cory Booker, Mark Kelly, & Representative Mondaire Jones to Kathmandu,” US Ambassador to Nepal Randy Berry said in a tweet. In the week we celebrate 75 years of official U.S.-Nepal diplomatic ties, it's an absolute honor to welcome the U.S. Congressional delegation led by Kirsten Gillibrand and includes Senators Sheldon Whitehouse, Cory Booker, Mark Kelly, & Representative Mondaire Jones to Kathmandu. pic.twitter.com/bN971u4nVy — Ambassador Randy Berry (@USAmbNepal) April 22, 2022 × The US Embassy said their visit is a testament that Nepal is an important partner to the United States due to our shared democratic values, people-to-people ties, and 75 years of diplomatic partnership. The delegation will meet with Prime Minister Sher Bahadur Deuba and other government officials and political leaders to discuss a range of issues. The group of lawmakers is also focused on climate change’s effects in the Himalayan region. The delegation is also expected to call on Nepal Foreign Minister Dr. Narayan Khadka. They plan on partaking in a hike Saturday afternoon to learn more about this urgent crisis, as per the US Embassy. “This visit is part of a longer trip by the delegation, which has included visiting Poland in order to learn how the U.S. can continue to support Ukraine and NATO allies against Russia’s unprovoked and unwarranted war, and India,” the embassy said in a press release. Nepal has joined the majority of countries in condemning Russia’s brutal invasion of Ukraine.

US Congressional delegation visits Nepal, climate change among key agendas

A NASA study of a US astronaut who spent a year in space while his twin brother remained on Earth is providing valuable insights into the effects of extended spaceflight on the human body, a key to planning a future manned mission to Mars, researchers said Thursday.

US astronaut Scott Kelly spent a year on the International Space Station while his identical twin Mark Kelly, also a former NASA astronaut, stayed on the ground.

The researchers who carried out the "NASA Twins Study" found that most of the changes to Scott's body during his time in space returned to normal within months of his return to Earth -- although not all of them.
<img alt="Former astronaut Scott Kelly (R) along with his twin brother, former astronaut Mark Kelly (L)." data-caption="Former astronaut Scott Kelly (R) along with his twin brother, former astronaut Mark Kelly (L). (Image courtesy: Reuters)" data-entity-type="file" data-entity-uuid="a8035904-046a-4ac3-ab68-02b4604489cb" src="//cdn.wionews.com/sites/default/files/inline-images/Untitled%20design%20%2843%29.jpg" />
&nbsp; &nbsp; &nbsp; &nbsp; &nbsp;[Former astronaut Scott Kelly (R) along with his twin brother, former astronaut Mark Kelly (L). (Image courtesy: Reuters)]

The findings, published in the journal Science, were encouraging to scientists and engineers envisioning interplanetary travel such as an eventual trip to Mars, a mission that could last two to three years.

"The Twins Study is the most comprehensive review of the response of the human body to spaceflight ever conducted," said Dr Susan Bailey of Colorado State University.

Dr Steven Platts, the deputy chief scientist of NASA's Human Research Program, said it will "guide future biomedical space research and allow us to have a safer journey to and from Mars."

Using Mark as a baseline, 84 researchers at 12 universities documented the molecular, cognitive and physiological effects of Scott's year in space.

Scott, a 50-year-old veteran of two US Space Shuttle missions, spent 340 consecutive days on the ISS -- from March 27, 2015 to March 1, 2016.

He was monitored pre-flight and post-flight and during his time on the ISS. Blood, urine and stool samples were sent back to Earth on resupply vessels.

At the same time, scientists monitored Mark -- a veteran himself of four Space Shuttle missions -- on Earth as what they called a "genetically matched ground control."

'Nauseous, dizzy'

Bailey said the uniqueness of using twins was because the scientists could "attribute any kind of differences that we saw in spaceflight to spaceflight.

"It wasn't because of any genetic differences," she said.

Dr Michael Snyder of Stanford University said there are "thousands of gene and molecular changes that occur as someone goes in space."

"Virtually all of those returned to normal (in Scott) by six months," Snyder said. "It's reassuring to know that when you come back things will largely be back to the same."

Scott Kelly said he was extremely fatigued after coming back from the ISS and attributed it mostly to the adaptation to gravity.

"I felt like I had the flu," he said.

"I was nauseous. I was dizzy," he said and suffered from joint and muscle pain and rashes.

Dr Stuart Lee of NASA's Johnson Space Center said measurements were taken of the thickness in both Scott and Mark of the carotid artery wall, which can be a predictor of cardiovascular disease or stroke risk.

"Our main findings in Scott were that the carotid artery wall became thicker early in the flight and remained so throughout the mission," Lee said.

Mark did not have any such thickening.

Thickening of the carotid artery wall has been observed in astronauts previously.

So has weight loss due to poorer nutrition in space and a lack of exercise.

Scott lost seven per cent of his body mass during his time on the ISS while Mark gained about four per cent during the course of the study.

In one test, both Scott and Mark were administered a flu vaccination. It delivered a similar immune response.

The twins also performed a battery of cognitive tests before, during and after the flight and found that Scott's cognitive performance declined post-flight in terms of speed and accuracy.

Telomere length

Chris Mason, a geneticist at Weill Cornell Medicine, looked at how the unique environment of space impacts genes.

"We catalogued basically what is the landscape of all these genes that have gone up and gone down at different stages during the mission," Mason said.

"We saw that the vast majority, over 90 per cent of all these changes, all returned back to baseline coming back to Earth," Mason said.

Some of the most interesting research was done by Bailey's team at Colorado State University which looked at telomeres, the ends of chromosomes that typically shorten as people get older.

Telomeres are considered a biomarker of ageing or health risks from cardiovascular disease or cancer.

Bailey's team evaluated Scott and Mark's telomere lengths before the flight and found that they were very similar.

What surprised her team was that Scott experienced a "specific elongation of telomeres" during his time on the ISS.

Bailey cautioned that the finding "can't really be viewed as the fountain of youth and that people might expect to live longer because they're in space."

She said there was a "very rapid decrease" in telomere length upon Scott's return to Earth and he also experienced some unexplained telomere loss.

Bailey said her team has not come up with a reason for the telomere lengthening but was looking at whether the higher radiation exposure in space, inflammation or stress may be responsible.

A NASA study of a US astronaut who spent a year in space while his twin brother remained on Earth is providing valuable insights into the effects of extended spaceflight on the human body, a key to planning a future manned mission to Mars, researchers said Thursday.

A NASA study of a US astronaut who spent a year in space while his twin brother remained on Earth is providing valuable insights into the effects of extended spaceflight on the human body, a key to planning a future manned mission to Mars, researchers said Thursday. US astronaut Scott Kelly spent a year on the International Space Station while his identical twin Mark Kelly, also a former NASA astronaut, stayed on the ground. The researchers who carried out the "NASA Twins Study" found that most of the changes to Scott's body during his time in space returned to normal within months of his return to Earth -- although not all of them. [Former astronaut Scott Kelly (R) along with his twin brother, former astronaut Mark Kelly (L). (Image courtesy: Reuters)] The findings, published in the journal Science, were encouraging to scientists and engineers envisioning interplanetary travel such as an eventual trip to Mars, a mission that could last two to three years. "The Twins Study is the most comprehensive review of the response of the human body to spaceflight ever conducted," said Dr Susan Bailey of Colorado State University. Dr Steven Platts, the deputy chief scientist of NASA's Human Research Program, said it will "guide future biomedical space research and allow us to have a safer journey to and from Mars." Using Mark as a baseline, 84 researchers at 12 universities documented the molecular, cognitive and physiological effects of Scott's year in space. Scott, a 50-year-old veteran of two US Space Shuttle missions, spent 340 consecutive days on the ISS -- from March 27, 2015 to March 1, 2016. He was monitored pre-flight and post-flight and during his time on the ISS. Blood, urine and stool samples were sent back to Earth on resupply vessels. At the same time, scientists monitored Mark -- a veteran himself of four Space Shuttle missions -- on Earth as what they called a "genetically matched ground control." 'Nauseous, dizzy' Bailey said the uniqueness of using twins was because the scientists could "attribute any kind of differences that we saw in spaceflight to spaceflight. "It wasn't because of any genetic differences," she said. Dr Michael Snyder of Stanford University said there are "thousands of gene and molecular changes that occur as someone goes in space." "Virtually all of those returned to normal (in Scott) by six months," Snyder said. "It's reassuring to know that when you come back things will largely be back to the same." Scott Kelly said he was extremely fatigued after coming back from the ISS and attributed it mostly to the adaptation to gravity. "I felt like I had the flu," he said. "I was nauseous. I was dizzy," he said and suffered from joint and muscle pain and rashes. Dr Stuart Lee of NASA's Johnson Space Center said measurements were taken of the thickness in both Scott and Mark of the carotid artery wall, which can be a predictor of cardiovascular disease or stroke risk. "Our main findings in Scott were that the carotid artery wall became thicker early in the flight and remained so throughout the mission," Lee said. Mark did not have any such thickening. Thickening of the carotid artery wall has been observed in astronauts previously. So has weight loss due to poorer nutrition in space and a lack of exercise. Scott lost seven per cent of his body mass during his time on the ISS while Mark gained about four per cent during the course of the study. In one test, both Scott and Mark were administered a flu vaccination. It delivered a similar immune response. The twins also performed a battery of cognitive tests before, during and after the flight and found that Scott's cognitive performance declined post-flight in terms of speed and accuracy. Telomere length Chris Mason, a geneticist at Weill Cornell Medicine, looked at how the unique environment of space impacts genes. "We catalogued basically what is the landscape of all these genes that have gone up and gone down at different stages during the mission," Mason said. "We saw that the vast majority, over 90 per cent of all these changes, all returned back to baseline coming back to Earth," Mason said. Some of the most interesting research was done by Bailey's team at Colorado State University which looked at telomeres, the ends of chromosomes that typically shorten as people get older. Telomeres are considered a biomarker of ageing or health risks from cardiovascular disease or cancer. Bailey's team evaluated Scott and Mark's telomere lengths before the flight and found that they were very similar. What surprised her team was that Scott experienced a "specific elongation of telomeres" during his time on the ISS. Bailey cautioned that the finding "can't really be viewed as the fountain of youth and that people might expect to live longer because they're in space." She said there was a "very rapid decrease" in telomere length upon Scott's return to Earth and he also experienced some unexplained telomere loss. Bailey said her team has not come up with a reason for the telomere lengthening but was looking at whether the higher radiation exposure in space, inflammation or stress may be responsible.

NASA's Twins Study, landmark research for an eventual Mars mission

A NASA study of a US astronaut who spent a year in space while his twin brother remained on Earth is providing valuable insights into the effects of extended spaceflight on the human body, a key to planning a future manned mission to Mars, researchers said Thursday.

US astronaut Scott Kelly spent a year on the International Space Station while his identical twin Mark Kelly, also a former NASA astronaut, stayed on the ground.

The researchers who carried out the "NASA Twins Study" found that most of the changes to Scott's body during his time in space returned to normal within months of his return to Earth -- although not all of them.
<img alt="Former astronaut Scott Kelly (R) along with his twin brother, former astronaut Mark Kelly (L)." data-caption="Former astronaut Scott Kelly (R) along with his twin brother, former astronaut Mark Kelly (L). (Image courtesy: Reuters)" data-entity-type="file" data-entity-uuid="a8035904-046a-4ac3-ab68-02b4604489cb" src="//cdn.wionews.com/sites/default/files/inline-images/Untitled%20design%20%2843%29.jpg" />
The findings, published in the journal Science, were encouraging to scientists and engineers envisioning interplanetary travel such as an eventual trip to Mars, a mission that could last two to three years.

"The Twins Study is the most comprehensive review of the response of the human body to spaceflight ever conducted," said Dr Susan Bailey of Colorado State University.

Dr Steven Platts, the deputy chief scientist of NASA's Human Research Program, said it will "guide future biomedical space research and allow us to have a safer journey to and from Mars."

Using Mark as a baseline, 84 researchers at 12 universities documented the molecular, cognitive and physiological effects of Scott's year in space.

Scott, a 50-year-old veteran of two US Space Shuttle missions, spent 340 consecutive days on the ISS -- from March 27, 2015 to March 1, 2016.

He was monitored pre-flight and post-flight and during his time on the ISS. Blood, urine and stool samples were sent back to Earth on resupply vessels.

At the same time, scientists monitored Mark -- a veteran himself of four Space Shuttle missions -- on Earth as what they called a "genetically matched ground control."

'Nauseous, dizzy'

Bailey said the uniqueness of using twins was because the scientists could "attribute any kind of differences that we saw in spaceflight to spaceflight.

"It wasn't because of any genetic differences," she said.

Dr Michael Snyder of Stanford University said there are "thousands of gene and molecular changes that occur as someone goes in space."

"Virtually all of those returned to normal (in Scott) by six months," Snyder said. "It's reassuring to know that when you come back things will largely be back to the same."

Scott Kelly said he was extremely fatigued after coming back from the ISS and attributed it mostly to the adaptation to gravity.

"I felt like I had the flu," he said.

"I was nauseous. I was dizzy," he said and suffered from joint and muscle pain and rashes.

Dr Stuart Lee of NASA's Johnson Space Center said measurements were taken of the thickness in both Scott and Mark of the carotid artery wall, which can be a predictor of cardiovascular disease or stroke risk.

"Our main findings in Scott were that the carotid artery wall became thicker early in the flight and remained so throughout the mission," Lee said.

Mark did not have any such thickening.

Thickening of the carotid artery wall has been observed in astronauts previously.

So has weight loss due to poorer nutrition in space and a lack of exercise.

Scott lost seven per cent of his body mass during his time on the ISS while Mark gained about four per cent during the course of the study.

In one test, both Scott and Mark were administered a flu vaccination. It delivered a similar immune response.

The twins also performed a battery of cognitive tests before, during and after the flight and found that Scott's cognitive performance declined post-flight in terms of speed and accuracy.

Telomere length

Chris Mason, a geneticist at Weill Cornell Medicine, looked at how the unique environment of space impacts genes.

"We catalogued basically what is the landscape of all these genes that have gone up and gone down at different stages during the mission," Mason said.

"We saw that the vast majority, over 90 per cent of all these changes, all returned back to baseline coming back to Earth," Mason said.

Some of the most interesting research was done by Bailey's team at Colorado State University which looked at telomeres, the ends of chromosomes that typically shorten as people get older.

Telomeres are considered a biomarker of ageing or health risks from cardiovascular disease or cancer.

Bailey's team evaluated Scott and Mark's telomere lengths before the flight and found that they were very similar.

What surprised her team was that Scott experienced a "specific elongation of telomeres" during his time on the ISS.

Bailey cautioned that the finding "can't really be viewed as the fountain of youth and that people might expect to live longer because they're in space."

She said there was a "very rapid decrease" in telomere length upon Scott's return to Earth and he also experienced some unexplained telomere loss.

Bailey said her team has not come up with a reason for the telomere lengthening but was looking at whether the higher radiation exposure in space, inflammation or stress may be responsible.

A NASA study of a US astronaut who spent a year in space while his twin brother remained on Earth is providing valuable insights into the effects of extended spaceflight on the human body, a key to planning a future manned mission to Mars, researchers said Thursday. US astronaut Scott Kelly spent a year on the International Space Station while his identical twin Mark Kelly, also a former NASA astronaut, stayed on the ground. The researchers who carried out the "NASA Twins Study" found that most of the changes to Scott's body during his time in space returned to normal within months of his return to Earth -- although not all of them. The findings, published in the journal Science, were encouraging to scientists and engineers envisioning interplanetary travel such as an eventual trip to Mars, a mission that could last two to three years. "The Twins Study is the most comprehensive review of the response of the human body to spaceflight ever conducted," said Dr Susan Bailey of Colorado State University. Dr Steven Platts, the deputy chief scientist of NASA's Human Research Program, said it will "guide future biomedical space research and allow us to have a safer journey to and from Mars." Using Mark as a baseline, 84 researchers at 12 universities documented the molecular, cognitive and physiological effects of Scott's year in space. Scott, a 50-year-old veteran of two US Space Shuttle missions, spent 340 consecutive days on the ISS -- from March 27, 2015 to March 1, 2016. He was monitored pre-flight and post-flight and during his time on the ISS. Blood, urine and stool samples were sent back to Earth on resupply vessels. At the same time, scientists monitored Mark -- a veteran himself of four Space Shuttle missions -- on Earth as what they called a "genetically matched ground control." 'Nauseous, dizzy' Bailey said the uniqueness of using twins was because the scientists could "attribute any kind of differences that we saw in spaceflight to spaceflight. "It wasn't because of any genetic differences," she said. Dr Michael Snyder of Stanford University said there are "thousands of gene and molecular changes that occur as someone goes in space." "Virtually all of those returned to normal (in Scott) by six months," Snyder said. "It's reassuring to know that when you come back things will largely be back to the same." Scott Kelly said he was extremely fatigued after coming back from the ISS and attributed it mostly to the adaptation to gravity. "I felt like I had the flu," he said. "I was nauseous. I was dizzy," he said and suffered from joint and muscle pain and rashes. Dr Stuart Lee of NASA's Johnson Space Center said measurements were taken of the thickness in both Scott and Mark of the carotid artery wall, which can be a predictor of cardiovascular disease or stroke risk. "Our main findings in Scott were that the carotid artery wall became thicker early in the flight and remained so throughout the mission," Lee said. Mark did not have any such thickening. Thickening of the carotid artery wall has been observed in astronauts previously. So has weight loss due to poorer nutrition in space and a lack of exercise. Scott lost seven per cent of his body mass during his time on the ISS while Mark gained about four per cent during the course of the study. In one test, both Scott and Mark were administered a flu vaccination. It delivered a similar immune response. The twins also performed a battery of cognitive tests before, during and after the flight and found that Scott's cognitive performance declined post-flight in terms of speed and accuracy. Telomere length Chris Mason, a geneticist at Weill Cornell Medicine, looked at how the unique environment of space impacts genes. "We catalogued basically what is the landscape of all these genes that have gone up and gone down at different stages during the mission," Mason said. "We saw that the vast majority, over 90 per cent of all these changes, all returned back to baseline coming back to Earth," Mason said. Some of the most interesting research was done by Bailey's team at Colorado State University which looked at telomeres, the ends of chromosomes that typically shorten as people get older. Telomeres are considered a biomarker of ageing or health risks from cardiovascular disease or cancer. Bailey's team evaluated Scott and Mark's telomere lengths before the flight and found that they were very similar. What surprised her team was that Scott experienced a "specific elongation of telomeres" during his time on the ISS. Bailey cautioned that the finding "can't really be viewed as the fountain of youth and that people might expect to live longer because they're in space." She said there was a "very rapid decrease" in telomere length upon Scott's return to Earth and he also experienced some unexplained telomere loss. Bailey said her team has not come up with a reason for the telomere lengthening but was looking at whether the higher radiation exposure in space, inflammation or stress may be responsible.

NASA's 'Twins Study,' landmark research for an eventual Mars mission

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Pentagon moves to punish democratic senator Mark Kelly over 'seditious video'

Democrats retain control of US Senate with Cortez Masto's win in Nevada

US Congressional delegation visits Nepal, climate change among key agendas

NASA's Twins Study, landmark research for an eventual Mars mission

NASA's 'Twins Study,' landmark research for an eventual Mars mission