Britain’s space strategy promises rockets launched next year

Published on October 7, 2021Written by BBC

Prime Minister Boris Johnson says Britain will launch rockets next year. As part of the government’s space strategy released this week, Boris Johnson has promised to create a “Galactic Britain”.

The report says Britain will be the first country to launch a small satellite from Europe in 2022, with spaceports being based in Cornwall, Snowdonia and Shetland Isles.
Mr Johnson wants Britain to be at the front of the global space industry and use “the technology of space to solve problems and improve public services back down on Earth.“
Britain’s space industry is worth £16 billion a year and employs 45,000 people working as scientists, engineers and innovators.
The government want Britain to expand it’s space business so it can take up the opportunities in this growing industry, protect and defend UK interest in space and inspire the next generation.
Some of the main space-related activities that the government will focus on are:

Launching the first small satellite from Europe in 2022, which will help forecast the weather and look for power grid problems
Develop space surveillance to spy on opposing powers from orbit and stop any possible threats
Improve public services using space technology such as satellite-enabled NHS drones to turn around quicker test results in remote areas
Working with Nasa on the Artemis programme to return humans to the Moon

Spaceports
The government have proposed to develop spaceports across the UK in Shetland Isles and Outer Hebrides in Scotland, Snowdonia in Wales and Cornwall in England.
Spaceports are needed so satellites can be launched in Earth’s orbit.
Future jobs
Fancy a job related to space? Well the new report says the government will work with employers to help more young people gain work experience and apprenticeships in careers such as space engineering and space systems.
The government will also inspire the next generation into STEM careers by “inviting space professionals to lead exciting activities and competitions in schools, from building satellites to designing space habitats.“
See more here: bbc.co.uk
Header image: NASA
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Face-to-face GP visits still near lockdown levels

But he added: “We’re clear GP practices must provide face-to-face appointments to those who want them.“
See more here: bbc.co.uk
Header image: Getty Images
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Two New species of dinosaur discovered on Isle of Wight

It comes after the last spinosaurid skeleton, which belonged to Baryonyx, was discovered in a quarry in Surrey in 1983. Only single bones and isolated teeth had been found since.

PhD student Chris Barker, author of the University of Southampton study, said: “We found the skulls to differ not only from Baryonyx, but also from one another, suggesting the UK housed a greater diversity of spinosaurids than previously thought.“

Co-author Darren Naish, an expert in British theropod dinosaurs, said: “We’ve known for a couple of decades now that Baryonyx-like dinosaurs awaited discovery on the Isle of Wight, but finding the remains of two such animals in close succession was a huge surprise.“

The study also suggested how spinosaurids might have first evolved in Europe, before dispersing into Asia, Africa and South America.

The collection of about 50 bones will go on display at the Dinosaur Isle Museum in Sandown.

Curator Dr Martin Munt said the finds cemented the Isle of Wight’s status as one of the top locations for dinosaur remains in Europe.

See more here: bbc.co.uk
Header image: University of Chicago
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Enormous mysterious ‘cavity’ discovered in space

Published on October 5, 2021Written by BBC

Scientists have discovered an enormous ‘bubble’, or cavity, in space which stretches across almost 500 light years.

The sphere-shaped void is baffling astronomers as they can’t be sure how it was formed.
Using powerful telescopes, the team at the Institute for Theory and Computation (ITC) at the Center for Astrophysics discovered the cavity, which lies between two well known star constellations – Perseus and Taurus.
“Hundreds of stars are forming or exist already at the surface of this giant bubble,” says Shmuel Bialy, a researcher in the team, who are currently investigating various theories on how the cavity came about and what – if anything – ever existed before it.
“We have two theories” said Bialy. “Either one supernova (an event that happens when a star reaches the end of its life cycle and collapses in on itself) went off at the core of this bubble and pushed gas outward forming what we now call the ‘Perseus-Taurus Supershell,’ or a series of supernovae occurring over millions of years created it over time.“
The team only discovered the ‘bubble’ when they were studying ground-breaking 3D maps of the shapes and sizes of nearby molecular clouds – enormous clumps of gas and space dust.
In the past scientists have relied on computer-generated simulations of how molecular clouds are formed, but with the creation of these real-life 3D maps using amazingly powerful telescopes, astronomers are now able to use pictures of the clouds, which has then helped them discover this bubble.
“We’ve been able to see these clouds for decades, but we never knew their true shape, depth or thickness. We also were unsure how far away the clouds were,” said Catherine Zucker, the researcher who led the study creating these maps.
“Now we know where they lie with only one percent uncertainty, allowing us to [discover] this void between them“.
See more here: bbc.co.uk
Header image: Remo News
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The enigma of Europe’s submerged behemoth volcano

“The danger isn’t the eruption, but the possible underwater landslides,” says Ventura. If the seismic movements beforehand, or the explosion itself, led one of its flanks to collapse, it would displace such a large volume of water that it would trigger a tsunami.
The devastation of Naples
We now know that submarine landslides from the Aeolian arc of volcanoes could have contributed to past tragedies.
In 1343, for instance, the poet Petrarch described a terrible sea storm that devastated the Bay of Naples, leading to hundreds of deaths.
A recent study by Sara Levi at the State University of New York and colleagues suggests this may have been the result of a tsunami, originating on Stromboli. Analysing archaeological evidence from the volcano, the team found evidence of an ancient landslip,  resulting in a tsunami that reached the Calabrian coast.
A more recent eruption at Stromboli, in 2002, led to two tsunamis. The waves only affected the island itself, however, without reaching the mainland – and no one was killed by the surge.
Unfortunately, we can’t yet calculate the precise threat from Marsili. “We just don’t have enough data,” says Glauco Gallotti, a physicist at the University of Bologna. But there are good reasons to think it may pose a danger, he says. For one thing, the continuing hydrothermal activity could have weakened the volcano’s rocks. What’s more, recordings of microearthquakes shows that lava is still churning in the magma chamber, he says. For both these reasons, we should take the possibility seriously with further research.
In a paper published earlier this year, Gallotti’s team considered five different scenarios, each examining the effects of different possible landslides. In the first couple of cases, the displacement of water was minimal – leading to a wave of just a few centimetres in height.
A collapse on the north-western flank, however, proved to be more serious – leading to a 3-4m high (10-13ft) wave reaching southern Campania, and a 2-3m high (6.6-10ft) wave hitting Calabria and Sicily within 30 minutes of the event. This is worth taking seriously, since a “scar” on Marsili’s seamount suggests that a similar landslide may have occurred in the past. “And it could have generated waves between 1m and 3m high [3-10ft],” says Gallotti.
The worst-case scenario involved the collapse of the southern-central summit and the eastern flank. According to Gallotti’s calculations, it would result in a 20m-high (66ft) wave reaching Sicily and Calabria within 20 minutes. Further research will be needed to assess the probability that this will occur, he emphasises. “But we can’t [yet] rule out the possibility.”
If an eruption does happen, the human cost may depend on the time of year, and whether or not the tsunami arrived in the peak of the tourist season. “The south of Italy is vastly populated in the summer,” Gallotti says. The elevation of Italy’s coastline means that people should be safe if they were around one kilometre inland, he estimates.
Seismic sisters
Ventura agrees that these risks should be explored. “It’s clear that Marsili needs to be monitored for possible instabilities on its flanks.”
As the events at Stromboli had shown, Marsili may be the biggest volcano in Europe, but its sisters could also pose significant threats. “It’s worth remembering that in the Tyrrhenian Sea, as in the Strait of Sicily, there are at least 70 underwater volcanoes, whose story, in some cases, is totally unknown,” says Ventura.
Of particular concern is the Palinuro volcano, located 65km (40 miles) off the coast of Cilento. According to Gallotti, recent studies show that the volcanic complex has a 150m-layer (490ft) of loose material that could be displaced with seismic movements. Ideally, future surveys will provide further details of that structure and its chances of collapse.
If the risk is significant, the Italian government may need to take action to pre-empt the potential disaster. At the moment, there is no good monitoring system to warn Italian people of an impending tsunami. But it need not be too difficult to build, Gallotti says. He points out that a network of buoys, fitted with motion sensors, should be able to detect characteristic differences in the sea’s movements that signal the emergence of a tsunami.
This could send an automatic SMS alert to people in the areas affected – allowing them to reach higher ground before the tsunami hit.
Ventura suggests it may also be possible to monitor the movements of the volcano itself. “In the last 40 years the technology for monitoring active volcanoes has made huge strides,” he says.
In addition to an early warning system, Gallotti would also like to see greater awareness of the potential danger – among the public and policy makers. As evidence, he cites a paper by Teresita Gravina, at Guglielmo Marconi University, Nicola Mari at the University of Glasgow, and colleagues, which recently assessed people’s risk perception in southern Italy.
In general, people were aware that tsunamis could occur in the area, but their knowledge was hazy. When asked about the most recent events, for example, only 3.3 percent of the people who answered mentioned the 2002 tsunami at Stromboli, for instance. Most believed themselves to be ill-informed about the events, with limited knowledge of the tsunami’s potential causes or the best ways to act, were another to occur.
“This is quite serious,” Gravina and Mari told BBC Future in an email. “It’s probably due to the fact that in Italy there’s little communication on these subjects. To know how a seismic phenomenon, or a tsunami, forms is very important, because you can assess completely different scenarios and the different behaviours that would be necessary to avoid the danger.” Any attempts to design an effective early warning system would need to consider the behaviours of the different communities, they say.
(We’ve already seen this with Covid-19 – two populations can react to exactly same information in very different ways.)
There have been some positive steps. A recent project in Salerno, organised by Italy’s Civil Protection Department, attempted to simulate the emergency caused by a tsunami. “This could have increased their awareness of the risk,” Gravina and Mari say. But for most people, the danger of an underwater landslide, caused by a submarine volcano, is still little understood – meaning that much more work is needed to educate people of the possibility.

Sajid Javid: NHS backlog in England could reach 13 million

He told the Sunday Telegraph: “What shocked me the most is when I was told that the waiting list is going to get a lot worse before it gets better. It’s gone up from 3.5 million to 5.3 million as of today, and I said to the officials, so what do you mean ‘a lot worse’, thinking maybe it goes from 5.3 million to six million, seven million. They said no, it’s going to go up by millions… it could go as high as 13 million. Hearing that figure of 13 million, it has absolutely focused my mind, and it’s going to be one of my top priorities to deal with because we can’t have that.“

Among the solutions, Mr Javid said, would be to pay private healthcare providers to continue to treat NHS patients, and keeping virtual doctors’ appointments.

A BBC analysis found in May that almost a third of hospitals had seen long waits for treatment increase – with more than 10% of patients going a year or more without treatment.

In March, around five million patients were waiting for surgery – the highest number since modern records began.

It comes as Covid case numbers rose above 30,000 for the fourth day in a row on Saturday, amid concerns over the move to end most of England’s remaining curbs later this month.

Mr Javid has previously warned that virus cases could reach 100,000 a day over the summer, if the ending of restrictions goes ahead as planned on 19 July.

If that does happen, then hospital admissions could reach 2,500 a day, according to statistician Professor Sir David Spiegelhalter.

Appearing on The Andrew Marr Show on BBC One, Prof Spiegelhalter said it was “absolutely inevitable” that the UK would soon experience “a big wave of cases“.

He said the hospital admissions estimate was “very high” but “considerably lower” than the peak of the second wave.

Patients would also likely be younger and therefore require shorter stays in hospital, Prof Spiegelhalter added.

Prof Helen Stokes-Lampard, chairwoman of the Academy of Medical Royal Colleges, told BBC Radio 4’s Today programme the academy was “cautious about issuing dire warnings” but she had become “profoundly concerned” over the last couple of weeks about the idea of lifting restrictions in England on 19 July.

“There seems to be a misapprehension that life will return to normal from then and that we can throw away all the precautions and, frankly, that would be dangerous,” she said.

A few hospitals in the UK have announced that non-urgent surgery is being postponed because of rising admissions of Covid patients, very high patient numbers at A&E, and staff self-isolating, the BBC’s health editor Hugh Pym reported.

In Wales, home births were suspended by the Swansea Bay health board due to the number of staff self-isolating or unwell.

Health experts in Scotland said clinicians were “resigned” to spiralling Covid cases putting more pressure on health services in the coming weeks.

However, the link between Covid, hospitalisation and death has been weakened by the vaccine rollout, with admissions to hospital and deaths below the levels seen last winter.

Being fully vaccinated reduces the risk of symptomatic Covid-19 by about 90 percent, and hospitalisation by up to 94 percent, depending on the jab.

England fans attending Sunday’s Euro 2020 final against Italy at Wembley were offered on-the-spot jabs at a nearby vaccination centre.

Prof Stephen Powis, of NHS England, described the vaccine as the “best defence” and urged fans to “be a team player and get both your vaccinations in what is a game of two jabs“.

The NHS will also air an advert during TV coverage of the final to encourage people who have not been vaccinated to get their jab.

So far, 45.7 million first doses have been distributed by the NHS across the UK – more than 86 percent of all UK adults.

Meanwhile, experts have warned it is possible to catch two coronavirus variants at the same time after an unvaccinated 90-year-old woman in Belgium became sick with the Alpha and Beta types simultaneously.

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