Revisited Jodrell Bank recently, so could take some shots at sunset. There's are my favourites 😍

Sir Bernard Lovell wrote that we have 'never obtained scientific answers to the problem of whether the universe is finite or infinite, or how it began, and how it will end.

Nevertheless, the perspective of these questions and the nature of the possible scientific answers have constantly changed since ancient times.

This should be enough to cause all men and women to pause humbly before the majesty and infinity of what Jefferson called, 'nature and nature's God.'

Discovery and invention have not stopped or even slowed down.

Who can imagine what can be discovered if this acceleration continues?

Now, even the acceleration of discovery seems to be accelerating!

The more we learn about the universe, the more humble we should be, realizing how ignorant we have been in the past and how much more there is still to discover.

—John Templeton, The Humble Approach

(x)

May prefers star billing

QUEEN guitarist turned solo performer, Brian May, once had stars in his eyes — literally.

Way before his days of pop success with the late Freddie Mercury, Roger Taylor and John Deacon Brian passed astronomy exams at London’s Imperial College with flying colours and was invited by (…) astronomer Sir Bernard Lovell to work with him at the Jodrell Bank laboratory in Cheshire.

“It would have been a great career and I might even have been knighted by now,” mused Brian, lover of former EastEnders star Anita Dobson.

But there was a problem, staring into space for so long meant that fuzzy haired Brian become far too concerned with the meaning of life: “I found it all too confusing for my liking,” he said.

“It wasn’t the basic work, which I could handle easily. It’s just that the nature of the job made me wonder about the reason for our existence, our place in the universe and what it all means — it just got too heavy for me.”

“So I chucked it in favor of music and I’ve had no regrets.”

He may have sacrificed an honour from the Queen, but I bet the millions he made from the other Queen eased the pain.

How Do Telescopes Work?

What is a Telescope? Telescopes are instruments used to observe distant objects by gathering and focusing their light. The word telescope was coined in the early 1600s, based on the Greek word for "far sighted" or "to see at a distance." Telescopes work because they use lenses to collect and focus light from distant objects. The basic design of a telescope consists of a long, narrow tube with one or more large lenses at one end, and an eyepiece at the other end. The size of the lens(es) determines how much light is collected—the larger the lens(es), the more light can be collected. How Do Telescopes Work? Telescopes are one of the most important inventions in the history of science. They were invented by Galileo Galilei in 1609, and they allow scientists to look at objects that are too far away to see with the naked eye. Telescopes work by collecting light from distant objects and focusing it into a sharp image. Telescopes can be categorized according to their design or size, but they all work on the same basic principle: they collect light and bring it into focus. Types of Telescopes and What They Do Telescopes are used for a variety of purposes, including astronomy and navigation. Refracting telescopes use lenses to form an image. They are usually more portable than other types of telescope and can be used for a wider range of applications, but they have a smaller aperture size. Reflecting telescopes use mirrors to form an image and typically have a larger aperture size than refracting telescopes. Telescopes are used in many different fields, including astronomy and navigation. Refracting telescopes use lenses to form an image while reflecting telescopes use mirrors to form the image. The refracting telescope is usually more portable than other types of telescope but has a smaller aperture size while the reflecting telescope has a larger aperture size but is less portable.

The Biggest Telescopes on Earth

What is the Biggest Telescope on Earth? The largest telescope is the Extremely Large Telescope, which is located in Chile. It was built by the European Southern Observatory (ESO). The ESO is an international organization of 16 countries that provides research and other scientific services to astronomers. They are responsible for building and operating the world's most advanced ground-based astronomical observatories. The ESO has four main observing sites in Chile: La Silla, Paranal, Chajnantor and La Palma. The largest telescope is the Extremely Large Telescope (ELT), which is located in Chile at Cerro Armazones on Cerro Armazones. It was built by the European Southern Observatory (ESO). The ELT will be a 39 meter-diameter aperture optical/near-infrared telescope with a segmented primary mirror composed of 798 hexagonal segments with a total weight of 1178 tonnes. How Big is the Largest Optical Telescope in the World? The largest optical telescope in the world is the Gran Telescopio Canarias (GTC). It is located on the island of La Palma in Spain. The GTC has a diameter of 10.4 meters and weighs about 220 metric tons. It was built at a cost of about US$200 million and took about five years to assemble. The telescope is operated by a consortium of European countries, led by Spain. The Largest Radio Telescope at Jodrell Bank Observatory Jodrell Bank Observatory is a famous radio telescope in the UK. It is the third largest steerable dish radio telescope in the world. The Jodrell Bank Observatory is situated close to the village of Goostrey, Cheshire, England. The observatory was established in 1945 by Sir Bernard Lovell and it has been managed by The University of Manchester since 1957. The observatory’s most notable feature is its 76-meter (250 ft) diameter radio telescope, which at one time was the third largest steerable dish radio telescope in the world. Read the full article

Patriot's Level

Patriot's Arrange Mt. Pleasant, SC Charleston, South Carolina has lengthened been a well-known traveller position. Base just a dyad of transactions from the meaning business district sights, hardly crossways the Cooper River by exploitation the hit Ravenel Bridge deck is Patriot's Billet. If you are a umbilicus veteran or U. S. Army burnish, you volition desire to clothe a running twenty-four hour period, perchance deuce, at Patriot's Degree. How routinely do you receive the chance to drift around an skim attack aircraft carrier ilk the USS Yorktown (CV-10)? On site is a Ball Warfare II-- Korean State of war spike Destroyer, the USS Laffey (DD-724). USS Yorktown If you're relating to Charleston for a insure then the USS Yorktown is a deficiency to pick up. Looming on the skyline only when through the harbor from the Charleston historic district, it is harsh to leave out proscribed on. 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The USS Yorktown that resides at Patriot's Level is the CV-ten. It was to a lower place excogitation at the Newport Selective information Shipbuilding & Dry dock Co. at the prison term of the sinking of the CV-quintet it was primitively was probable to be termed the "Bon Homme Richard." With the decrease of the CV-fivesome, it was picked to rename the ship the USS Yorktown. It played a substantial divide in Worldly concern Warfare II, the Korean War and the Warfare in Vietnam. The USS Yorktown is the earlier assail shave provider withal planless. Inside the Yorktown is the Legislature Palm of Respect Museum which is at the minute staying renovated. If it is heart-to-heart when you substantiation forbidden retired, do not decamp this exhibition. It is the two relocating and inspiring. As well on the hanger bedight is a mock up of the Phoebus Apollo 8 ballistic capsule that was pulled from the ocean by the aircraft carrier wave. 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For illustrate, cryptical in the bowels of the big transport is an entrancing monitoring device of the Capital of West Virginia shipyard and teetotal loading dock. The reliable crowd pleaser of the USS Yorktown is the fledge knock down. On the trajectory knock down is a pick of twenty basketball team numerous airplanes and helicopters consisting of: an A-4 Skyhawk, an A-sextuplet Intruder, an A-seven Corsair, an F-four Phantom, an F-ball club Cougar, and an F-XIV Tomcat-- the equitable scarcely of late retired combatant created well-known by Tom Sail in "Major Gun." Furnish your Cam River for this lay off. Non only are the airplane gripping, the sights of Capital of West Virginia basically during the bay laurel and the Ravenel Span are unbelievable. Celebrate: it tin can be quite an tedious on the trajectory dump and it could perhaps flavour 10 levels colder than the Mt. Pleasurable coastline. Costume fitly. If that inadequate historic past for you, from Patriot's Unwavering in Mt. Pleasurable you rear similarly fill a boat duty tour of Ft. Sumter-- the field the Solid ground Polite State of war started. In that respect is what is more an use of a Socialist Republic of Vietnam epoch fundament send to spell. Patriot's Grade as well includes an XVIII yap specialist golfing computer program and some smashing domiciliation. What is more it is solitary a copulate of proceedings from Shem Creek and just about of the incredibly better seafood dining places non hardly in Mt. Pleasant withal in the totality U.S.A.. Patriots Post Naval & Shipping Museum twoscore Patriots Rank Main road Climb on Enjoyable SC 29464-4377 1-866-831-1720 (bell totally totally gratis). Positioned basically a duet of proceedings from the John R. Major downtown locations, scarce passim the Cooper River as a solution of the suspension Ravenel Bridgework is Patriot's Seat. 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Hearing everything in space!👽

Yesterday we went to Jodrell Bank! Jodrell Bank is the site that holds the 3rd largest telescope in the world- The Lovell Telescope.

Now, I think it's fair to say that it's a common misconception that when we hear the word 'telescope' we automatically presume we can see out of it.

The Lovell telescope was created by a gent named Sir Bernard Lovell in 1945. Lovell worked in the cosmic ray research department at Manchester University until the outbreak of the Second World War, during which he worked for the Telecommunications Research Establishment (TRE) developing radar systems to be installed in aircraft.

After the war, Lovell returned to manchester to further his research. He brought back with him equipment he had been working with and since it was no longer needed decided to use it to create a telescope originally named Mark 1.

However, due to the buzzing life of Manchester, the tram network interfered with the radio waves Lovell was trying to source. Shortly after Lovell and the team moved to Jodrell, where the Botomy department had some land, to avoid any type of interference.

Work began and in 1957 it was marked as the world's largest telescope. The amazing thing I found was that the Lovell Telescope is made from old battleships and general war equipment- totally recycled.

Nowadays the Lovell Telescope picks up cosmic rays which allows us to pretty much go back in time!

For instance in the 1500s there was a reporting of a super nova. The waves lasted for a few months and then appeared to have disappeared. In 1947, Lovell and the team picked up on this and were able to hear the radio waves!

It was quite nice not breaking into somewhere this weekend. My inner science nerd came out and I thoroughly enjoyed myself!

Repterende snelle radioflits ontdekt met de iconische Lovell radiotelescoop van Jodrell Bank

Repterende snelle radioflits ontdekt met de iconische Lovell radiotelescoop van Jodrell Bank

Impressie van FRB 121102 (in blauw) die ergens anders omheen draait. Credit: Kristi Mickaliger

Door gedurende vier jaar de radiobron FRB 121102 in de gaten te houden met de iconische Lovell radiotelescoop van  het Jodrell Bank observatorium in Engeland hebben sterrenkundigen ontdekt dat het een repeterende snelle radioflitser is. Die snelle radioflitsers (Engels: Fast radiobursts, FRB’s) werden…

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Repterende snelle radioflits ontdekt met de iconische Lovell radiotelescoop van Jodrell Bank

Repterende snelle radioflits ontdekt met de iconische Lovell radiotelescoop van Jodrell Bank

Impressie van FRB 121102 (in blauw) die ergens anders omheen draait. Credit: Kristi Mickaliger

Door gedurende vier jaar de radiobron FRB 121102 in de gaten te houden met de iconische Lovell radiotelescoop van  het Jodrell Bank observatorium in Engeland hebben sterrenkundigen ontdekt dat het een repeterende snelle radioflitser is. Die snelle radioflitsers (Engels: Fast radiobursts, FRB’s) werden…

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Morning news

At 12:48 UTC (023:16:00), Mission Control gives the astronauts a news report. Included in the news report was information about the unmanned Soviet lunar probe Luna 15, which had been launched over three days earlier, and which had just achieved lunar orbit less than three hours previously.

Transcripts of what was said is below the fold.

Okay. From Jodrell Bank, England, via AP: Britain's big Jodrell Bank radio telescope stopped receiving signals from the Soviet Union's unmanned Moon shot at 5:49 EDT today. A spokesman said that it appeared the Luna 15 space ship "had gone beyond the Moon." Another Quote: "We don't think it has landed," said a spokesman for Sir Bernard Lovell, Director of the Observatory. Washington UPI: Vice President Spiro T. Agnew has called for putting a man on Mars by the year 2000, but Democratic leaders replied that priority must go to needs on Earth. Agnew, ranking government official at the Apollo 11 blastoff Wednesday, apparently was speaking for himself and not necessarily for the Nixon administration when he said, "We should, in my judgment, put a man on Mars by the end of this century." Laredo, Texas, AP: Immigration officials in Nuevo Laredo announced Wednesday that hippies will be refused tourist cards to enter Mexico unless they take a bath and get haircuts. Huberto Cazaras, Chief of Mexican Immigration in Nuevo Laredo, said authorities in Mexico City, Acapulco, and other popular tourist spots have registered complaints about the hippies. By United Press International: Initial reaction to President Nixon's granting of a holiday Monday to Federal employees so they can observe a national day of participation in the Apollo 11 Moon landing mission mostly was one of surprise. Rodney Bidner, Associated Press, London AP: Europe is Moon struck by the Apollo 11 mission. Newspapers throughout the continent fill their pages with pictures of the Saturn V rocket blasting off to forge Earth's first link with its natural satellite. And the headline writers taxed their imagination for words to hail the feat. "The greatest adventure in the history of humanity has started," declared the French newspaper Le Figaro, which devoted four pages to reports from Cape Kennedy and diagrams of the mission. The tabloid Paris Jour proclaimed, "The whole word tells them bravo." The Communists daily L'Humanite led with the launch picture and devoted its entire back page to an enthusiastic Moon report describing the countdown and launch, the astronauts' wives and families, and backgrounding lunar activities.

Hempstead, New York: Joe Namath officially reported to the New York Jets training camp at Hofstra University Wednesday following a closed door meeting with his teammates over his differences with pro football Commissioner Peter Rozelle. London UPI: The House of Lords was assured Wednesday that a midget American submarine would not "damage or assault" the Loch Ness monster. Lord Nomay said he wanted to be sure anyone operating a submarine in the Loch "would not subject any creatures that might inhabit it to damage or assault." He asked that the submarine's plan to take a tissue sample with a retrievable dart from any monster it finds can be done without damage and disturbance. He was told it was impossible to say if the 1876 Cruelty to Animals Act would be violated unless and until the monster found. Over.

Visited Jodrell Bank last weekend. Very impressive place to visit.

How my astronomy data from the Lovell telescope was used to create an immersive light and sound show

by Rene Breton

Translating the signals. Chirs Foster, Author provided

As a scientist, I was recently involved in bringing my work to the big screen. This was not a Hollywood sci-fi blockbuster but “big screen” in the literal sense: an art production about science that used the Lovell radio telescope, a 3,200-ton steel behemoth supporting of a 76-metre wide dish, to generate and show audio-visual art that drew on scientific data.

I have been involved with numerous public engagement opportunities over the years: giving public lectures, visiting students in schools, interacting on social media, being interviewed about new discoveries. There is however another form of public engagement that I have come to experience in the past year, which I would probably never have considered if not for the fact that it came knocking at my door: connecting with an artist developing a piece inspired by the scientific work that my colleagues and I do.

This is quite a contrast for astronomers working at the Jodrell Bank Observatory, given that a lot of our focus is normally devoted to activities such as connecting our telescope to various networks of radio dishes in order to produce ultra-sharp images of the sky or monitoring the clockwork rotation of rapidly spinning, ultra-dense exploded stellar leftovers known as pulsars. In a way though, it is perhaps not unexpected that sooner or later someone would draw inspiration from the rich history of astronomical breakthroughs accomplished using the telescope.

It pretty much started with an email – the modern door knock – from my colleague Tim O'Brien asking if I would discuss my research with an artist who had been commissioned to create an art experience which would be projected onto the Lovell radio telescope as part of the bluedot festival at the observatory. My immediate answer was yes; who would turn down the opportunity to see their work projected on a structure the area of 20 standard IMAX screens?

Art meets science

The original feeling that drove me to get involved is the same that pushes me to get up every morning to study our universe: curiosity. The unsettling difference is that with the art project it feels like I am the one under scrutiny. I am not the subject – my data is – but there is this a strange relationship that I develop with data over time. A kind of intimacy.

After all, I may spend anywhere between a couple of months to, in some cases, multiple years, working on the same set of data: processing, analysis, modelling them, and then redoing it all over. So if someone is interested in my research in order to produce art, I have an immense trepidation to discover what the artist will do with my data.

Hidden in Plain Sight by Addie Wagenknecht on the Lovell telescope, commissioned by Abandon Normal Devices.

Astrophysics, like many other branches of science, lies at the cutting edge of what is called big data. We collect huge amount of data and the relevant information manifests itself as a very subtle signal buried in it. In my case my science focuses on pulsars, which illuminate the sky like (extremely faint) cosmic lighthouses. In that sense, Hidden in Plain Sight, by artist Addie Wagenknecht, is the perfect epitome of our day-to-day research challenges.

The artwork sits at the crossroad with science as Wagenknecht uses machine learning – using artificial intelligence to try and classify and interpret data on its own – in order to turn our data into art. The visual style could be described as a mosaic of irregular polygons that resembles modern dazzle camouflage. While it initially gave an impression of randomness, it gradually evolved into a more ordered rhythm of patterns varying in sized, shape and intensity.

Additionally we collaborated with Simon Jackson, an acoustic designer at engineering firm Arup to produce an immersive three-dimensional soundscape. The composition was informed and generated from data sets we shared. It rendered feelings of distance/proximity through direction of sound travel and variations in brightness/colours with frequency modulations.

Together, the sound and images translated the complexity and anomalies that signals gather on the journey to us.

Artist Addie Wagenknecht at work with the data from the Lovell Telescope, Jodrell Bank Observatory at bluedot festival. Chris Foster, Author provided

Data as performance

The fascinating discovery that I’ve made working with artists is that they don’t directly try to communicate my results like I would normally do in other engagement activities. Instead, the process is a more involved experience in which they attempt to extract the essence of the research in order to turn it into an audiovisual emotion.

In 2017 I collaborated with Tokyo-based artist Daito Manabe, who focused his attention on sourcing live data from the Lovell telescope in order to turn the cosmic whispers it detected into sound and images. This was an interesting twist as the telescope acted both as projection medium and art material. The process involved in feeding data to the art installation closely followed the same steps employed to produce science, with the major difference arising in way the numbers are interpreted.

Imprint of lights passing in front of the telescope. Chris Foster, Author provided

The amazing aspect of being part of these projects is that the two artists I have worked with so far did not only soak up as much of science knowledge as they could, but they were also primarily interested in understanding the actual data that I work with at various stages of the research process. They ended up using the data directly as a way of performing their art.

The science vs art dialogue is a modest contribution on my part, but somehow, I cannot help and reflect on the interaction between former Jodrell Bank director, Sir Bernard Lovell, and engineering prodigy Sir Charles Husband, which led to the master piece – both scientifically and artistically – now named after the former: the Lovell telescope.

About The Author:

Rene Breton, Reader in Astrophysics, University of Manchester

This article was originally published on The Conversation, a Sci Fi Generation content partner.

A 4G network on the Moon is bad news for radio astronomy

As you drive down the street resulting in Jodrell Financial institution Observatory, an indication asks guests to show off their cellphones, stating that the Lovell telescope is so highly effective it may detect a cellphone sign on Mars.

Radio telescopes are designed to be extremely delicate. To cite the legendary astronomer Carl Sagan, “The whole quantity of vitality from outdoors the photo voltaic system ever acquired by all of the radio telescopes on the planet Earth is lower than the vitality of a single snowflake hanging the bottom.”

The whole vitality now might be a number of snowflakes’ price, however however it’s nonetheless true that astronomical radio indicators are sometimes magnitudes smaller than synthetic ones. If Jodrell Financial institution may choose up interference from a cellphone sign on Mars, how wouldn’t it fare with a complete 4G community on the Moon?

That’s the difficulty that’s worrying astronomers like me, now that Nokia of America has been awarded US$14.1m (£10.8m) for the event of the primary ever mobile community on the Moon. The LTE/4G community will purpose to facilitate long run lunar habitability, offering communications for key features reminiscent of lunar rovers and navigation.

Community interference

Radio frequency interference (RFI) is the long-term nemesis of radio astronomers. Jodrell Financial institution – the earliest radio astronomy observatory on this planet nonetheless in existence – was created due to RFI. Sir Bernard Lovell, one of many pioneers of radio astronomy, discovered his work at Manchester hampered by RFI from passing trams within the metropolis, and he persuaded the college’s botany division to let him transfer to their fields in Cheshire for 2 weeks (he by no means left).

Since then, radio telescopes have been constructed an increasing number of remotely in an try to keep away from RFI, with the upcoming Sq. Kilometre Array (SKA) telescope being constructed throughout distant areas of South Africa and Australia. This helps to chop out many widespread sources for RFI, together with cellphones and microwave ovens. Nonetheless, ground-based radio telescopes can not fully keep away from space-based sources of RFI reminiscent of satellites – or a future lunar telecommunications community.

RFI could be mitigated on the supply with applicable shielding and precision within the emission of indicators. Astronomers are continuously growing methods to chop RFI from their knowledge. However this more and more depends on the goodwill of personal corporations to make sure that at the least some radio frequencies are protected for astronomy.

A protracted-term dream of many radio astronomers can be to have a radio telescope on the far facet of the Moon. Along with being shielded from Earth-based indicators, it will additionally have the ability to observe on the lowest radio frequencies, which on Earth are notably affected by part of the environment referred to as the ionosphere. Observing at low radio frequencies can assist reply elementary questions in regards to the universe, reminiscent of what it was like within the first few moments after the large bang.

The science case has already been recognised with the Netherlands-China Low Frequency Explorer, a telescope repurposed from the Queqiao relay satellite tv for pc despatched to the Moon within the Chang’e four mission . Nasa has additionally funded a venture on the feasibility of turning a lunar crater right into a radio telescope with a lining of wire mesh.

Learn extra: China lands on the far facet of moon – right here is the science behind the mission

It’s not simply 4G

Regardless of its curiosity in these radio tasks, Nasa additionally has its eye industrial partnerships. Nokia is only one of 14 American corporations Nasa is working with in a brand new set of partnerships, price greater than US$370m, for the event of its Artemis programme, which goals to return astronauts to the Moon by 2024.

The involvement of personal corporations in area know-how isn’t new. And the rights and wrongs have lengthy been debated. Drawing presumably essentially the most consideration has been SpaceX’s Starlink satellites, which brought about a stir amongst astronomers after their first main launch in 2019.

Learn extra: Area junk: Astronomers fear as non-public corporations push forward with satellite tv for pc launches

Photos shortly started to emerge with trails of Starlink satellites slicing throughout them – usually obscuring or outshining the unique astronomical targets.

An artist’s impression of the deliberate SKA-mid dishes in Africa. SKA Organisation, CC BY

Astronomers have needed to take care of satellites for a very long time, however Starlink’s numbers and brightness are unprecedented and and their orbits are troublesome to foretell. These considerations apply to anybody doing ground-based astronomy, whether or not they use an optical or a radio telescope.

A latest evaluation of satellite tv for pc impression on radio astronomy was launched by the SKA Organisation, which is growing the subsequent technology of radio telescope know-how for the Sq. Kilometre Array. It calculated that the SKA telescopes can be 70% much less delicate within the radio band that Starlink makes use of for communications, assuming an eventual variety of 6,400 Starlink satellites.

As area turns into an increasing number of commercialised, the sky is filling with an growing quantity of know-how. That’s the reason it has by no means been extra vital to have laws defending astronomy. To assist make sure that as we take additional steps into area, we’ll nonetheless have the ability to stare upon it from our residence on Earth.

Emma Alexander doesn’t work for, seek the advice of, personal shares in or obtain funding from any firm or group that will profit from this text, and has disclosed no related affiliations past their tutorial appointment.

from Growth News https://growthnews.in/a-4g-network-on-the-moon-is-bad-news-for-radio-astronomy/ via https://growthnews.in

Queen Elizabeth II Medical Centre Master Plan

Queen Elizabeth II Medical Centre Masterplan, Perth Building, Western Australia Healthcare

Queen Elizabeth II Medical Centre Master Plan: QEIIMC Futures

1 Sep 2020

Queen Elizabeth II Medical Centre Master Plan, Perth

Location: Perth, Western Australia

Design: Hames Sharley Architects

A roadmap for the future of the QEIIMC Campus

The Hames Sharley Team and their consultants engaged with stakeholders extensively for the Master Plan of Queen Elizabeth II Medical Centre (QEIIMC), which ensures a carefully planned future for the development of the campus over the next 50 years.

image courtesy of Hames Sharley Architects

Over 6,130 interactions were held through survey responses, focus group participants, pop-up attendees, map comments, website views and poll responses to provide critical insight on the future direction of the Master Plan. This key information resulted in a Master Plan from Hames Sharley, which presented a sustainable solution and roadmap for the future of the QEIIMC campus.

The QEIIMC campus expands across 28-hectares of land, is one of the largest medical centres in the southern hemisphere and is globally credited in health care, research and education. The QEIIMC Campus is home to Sir Charles Gairdner Hospital, the University of Western Australia’s Health Campus and Lions Eye Institute.

Recent development of the Campus has delivered significant medical, educational and research infrastructure, including: a Comprehensive Cancer Centre, the Harry Perkins Institute of Medical Research, the Ralph and Patricia Sarich Neuroscience Research Institute, the PathWest Building, the Sir Charles Gairdner Hospital Mental Health Unit, the new Perth Children’s Hospital, the mortuary bereavement viewing room, and other critical infrastructure to support the Campus. Given its recognition, the Master Plan required a holistic and adaptable approach which provided a number of key themes and principles and helped future proof the development of the QEIIMC Campus.

The detailed Master Plan considers surrounding landmarks, landscape and vistas to ensure that the QEIIMC is appropriate in its location, sympathetic to the surrounding neighbourhood while capitalising on the unique characteristics of the place. The success of this Master Plan was underpinned by significant background analysis and synthesis, which was the result of extensive community and stakeholder engagement to inform its preparation. Key themes of engagement showed the community invited a focus on patients and families, staff and students, that access was critical and more vegetation on campus was an important consideration.

As a result, the Master Plan provides a potential significant increase in green space and landscape areas of 17%, reduces the building footprint by 4%, has the potential to improve passenger and frequency of public transport services and facilitates appropriate integration and relationships between existing and future clinical, research and education facilities. The above provides the potential of increasing the gross floor area and subsequently the net lettable area of future built form on the QEIIMC Campus by 48% providing a more efficient built form.

Other benefits include broader parking and access options with reduced impact on the campus environment, greater integration with the University of Western Australia and an extension of the Hampden Road amenity into the QEIIMC through a strong mixed-use zone and active transport initiative.

In delivering the Master Plan the approach was to provide a holistic viewpoint which included Planning, Design and Infrastructure; Community and Place Activation; Innovation, Enterprise and Translation to Health and Leadership and Governance. Identifying these four quadrants in the initial stages ensured innovative, sustainable and holistic outcomes were met in the process.

The QEIIMC Master Plan is a milestone for Hames Sharley which encapsulates detailed technical analysis and planning. Fundamentally, the Master Plan is an opportunity for new knowledge and information to feed back into the community. With a 50-year timeline, the campus will be shaped by the recommendations of the Master Plan and promises a vibrant and diverse ecosystem which will continuously evolve.

Further information in relation to the Queen Elizabeth II Medical Centre can be found here: https://ift.tt/3hL8mIE

QEIIMC Futures – Design Team

Hames Sharley Creating Communities UDLA Aecom Ubique Partners Turnberry Griffiths Architecture Donald Cant Watts Corke

Queen Elizabeth II Medical Centre Master Plan, Western Australia images / information received 010920

Location: Perth, Western Australia

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Forrest Street House, Fremantle, Western Australia Design: Philip Stejskal Architecture photograph : Bo Wong Forrest Street House in Fremantle

Leighton Beach Facilities Architects: Bernard Seeber Pty Ltd photograph : Douglas Mark Black Leighton Beach Facilities in Fremantle

Irwin House Design: MSG Architecture photograph : John Madden Irwin House in Fremantle

Lefroy Road House Design: Philip Stejskal Architecture photograph : Jack Lovel Lefroy Road House in Fremantle

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Comments / photos for the Queen Elizabeth II Medical Centre Master Plan, Western Australia – page welcome

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Horror movie character we used to smile and then we worked at Tim Hortons shirt

Horror movie character we used to smile and then we worked at Tim Hortons shirt

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October 08, 2015 – Meerbrook and Jodrell Bank Observatory, Manchester, England

Greetings. Today we visited Meerbrook.  It is a small village, a hamlet, situated in the Staffordshire Moorlands in the Parish of Leekfrith.  We visited the Parish Church of St. Matthews where Mrs. Bailey is laid to rest.  One of the old gravestone at the churchyard had an epitaph of a 16-year-old girl, Hannah Taylor, who died on May 22, 1839. That six-line epitaph (poem) touched me.

Farewell, dear friends, and all,

I must obey the solemn call:

While on the earth I did remain,

I was afflicted with much pain;

And now I must lie in the dust,

In hopes of rising with the Just.

 Our lunch, Jacket Potato (baked potato) topped with Chicken Tikka Masala in a local restaurant, the Lazy Trout.  The food was lovely. 

Later we drove to Jodrell Bank Observatory.  It is one of the places I always dreamed of visiting when I grew up in India.  I went to Manchester in 1975 but couldn't make it to the observatory at that time.  After 40 years, I went there today - making of one of my dreams coming true.  

The Jodrell Bank Observatory is a British observatory that hosts several radio telescopes and is part of the Jodrell Bank Centre for Astrophysics at the University of Manchester. The observatory was established in 1945 by Sir Bernard Lovell, a radio astronomer at the University of Manchester who wanted to investigate cosmic rays after his work on radar during the Second World War. It has since played an important role in the research of meteors, quasars, pulsars, masers and gravitational lenses and was involved with the tracking of space probes. 

The main telescope at the observatory is the Lovell Telescope, was the largest steerable dish radio telescope in the world, 76.2 meters (250 ft) in diameter, when it was completed in 1957. It is now the third largest, after the Green Bank telescope in West Virginia and the Effelsberg telescope in Germany. Part of the gun turret mechanisms from the battleships HMS Revenge and HMS Royal Sovereign were reused in the motor system for the telescope. 

Fortunately, telescope was rotated today when we were there.  We were told it was kept in a fixed in position for about two weeks.  We were able to see the entire disc and the central tower.  The area of the disc is 1.3 acres and the central tower in the middle of the disc is about 98 feet tall. 

Glad we made it to the observatory today.  In this day and age, we drove with the help of a map instead of GPS.  

Will write later.

È il 21 dicembre 1968, alle 7.50, a Cape Kennedy, in Florida. L'equipaggio dell'Apollo 8 - Frank Borman, Jim Lovell e Bill Anders - sono allacciati nei loro divani, a circa 110 metri (363 piedi) dal suolo nella parte superiore del primo razzo con equipaggio Saturn 5, la macchina più potente mai costruita. Mentre gli ultimi secondi scendono verso il basso, c'è poco da dire e poco più che possono fare. Circa quattro milioni di litri di carburante stanno per accendersi sotto di loro. Sono "seduti sull'equivalente di una grande bomba".

Ci sono tutte le ragioni per essere preoccupati. Durante il precedente test senza equipaggio del Saturn 5, alcuni mesi prima, forti vibrazioni e forze G poco dopo il lancio avrebbero probabilmente ucciso chiunque a bordo. Anche se il missile è stato modificato, la moglie di Borman è stata chiaramente avvertita dalla Nasa che suo marito ha circa 50/50 possibilità di sopravvivere alla missione.

L'esibizione del razzo Saturn 5 non è l'unica cosa che preoccupa la gestione della NASA. L'Apollo 8 è una missione di primati: un gigantesco balzo in avanti nella corsa per sbarcare un uomo sulla Luna. Sarà la prima astronave con equipaggio a lasciare l'orbita terrestre, la prima a orbitare attorno alla Luna e la prima a tornare sulla Terra a 40.000 km / h di velocità impressionante (25.000 miglia all'ora). La missione è una scommessa calcolata dall'agenzia spaziale per battere l'Unione Sovietica al nostro vicino più prossimo. "È stata una decisione molto, molto audace", afferma Teasel Muir-Harmony, Apollo Curator al National Air and Space Museum di Washington DC. "Tutti all'interno dell'agenzia sapevano che era una missione straordinariamente rischiosa e c'erano molte critiche, per la maggior parte famose dall'astronomo britannico Sir Bernard Lovell, degli Stati Uniti che mettevano a rischio la vita umana".

Infatti, Apollo 8 non è mai stato concepito per essere così ambizioso. Originariamente era stato progettato come il primo test del lander Apollo in orbita terrestre, ma la produzione del lander era in ritardo. Oltre a ciò, la CIA ha avvertito che l'intelligence ha suggerito che i sovietici stavano per tentare il loro volo con equipaggio attorno alla Luna. "Tutti dimenticano che il programma Apollo non era un viaggio di esplorazione o scoperta scientifica, era una battaglia nella Guerra Fredda", dice Borman, "e noi eravamo guerrieri della Guerra Fredda".

Nonostante i problemi dei suoi padroni, e dopo soli quattro mesi di addestramento intensivo, Borman, un ex pilota di caccia militare, afferma che non avrebbe mai avuto alcun dubbio che la missione avrebbe avuto successo.

"Siamo stati obbligati a cambiare la missione per realizzare lo sbarco sulla Luna prima della fine del decennio, che il presidente Kennedy aveva promesso", dice Borman. "Secondo me la missione era estremamente importante non solo per gli Stati Uniti, ma per liberare le persone ovunque".

Con i motori accesi e il conto alla rovescia a zero, il Saturn 5 si solleva lentamente dal pad e accelera nel cielo blu della Florida. "Mi sentivo come se fossimo sul punto di un ago", dice Borman. "Il rumore ha dato l'impressione di un enorme potere - ho avuto la sensazione di essere insieme per il viaggio, piuttosto che avere il controllo di qualsiasi cosa".