HELEN GILDERSLEEVE goes for a walk in the park and discovers a rich trail of history rounded off with award-winning beer
Park goers may have noticed a flurry of activity at the old Palace of Art in Newcastle’s Exhibition Park lately.
The much-loved park, used by runners, families and cyclists alike, is now home to Wylam Brewery’s new HQ after they closed their doors at their old brew house in Heddon-on-the-Wall.
The Grade-II listed Palace of Arts building is now a fully operating, working brewery and events space having remained almost derelict for nearly a decade. The venue now boasts guided tours and a Grand Hall which plays host to brewers’ markets, live music, pop up events, weddings and more.
Ale lovers can sample freshly made brews such as the award winning Jakehead IPA as well as a variety of heritage cask and keg beers in quirky surroundings in the venue’s Brewery Tap.
Forthcoming events at Wylam Brewery include brewers’ markets, Craft Beer Calling, Battle of the Burger, movie screenings and live DJ sets and gigs.
The Palace of Art building is no stranger to glory and entertainment itself, being the last remaining building from the 1929 North East Exhibition.
The Exhibition was an ambitious project built to celebrate and encourage craft, art and industry at the start of the Great Depression. It was a symbol of pride and industrial success of the region as well as an advertisement for local industry and commerce.
The exhibition lasted 24 weeks and a total of 4,373,138 people attended. Gold watches were given to each one-millionth visitor and it closed on 26 October 1929 with an impressive fireworks display.
The Wylam Brewery building itself is steeped in history. Until 1983 a Science Museum was located in the venue which housed Turbinia, the first steam turbine-powered ship and the world’s fastest ship in its time (now located in the Discovery Museum in the city centre). A military vehicle museum was then housed there from 1983 to 2006 and the building remained unused until the brewery took over this spring.
Exhibition Park has recently undergone a £3 million redevelopment funded by the Heritage Lottery Fund. This included; installation of a new children’s play area and outdoor gym equipment, a new skate park, restoration of the bandstand, resurfacing of the tennis courts and new lighting and fencing.
North East science blogger ALBERT SIMPSON examines how we make something out of nothing.
SO, you think you’re something do you?
Well let me put you right:
You are NOTHING!
Well, 99 per cent nothing, but don’t worry, I’m just the same, in fact everyone and everything else is just the same. Let me explain. We’ll start by taking a look at the wonderful Bamburgh Castle.
When we look at this imposing fortress up on the majestic coast of Northumberland it is hard to comprehend that everything we see is more than ninety-nine percent nothing. How can it be that this grand stone building and the apparently solid rock on which it stands are mostly nothing? Not to mention that they have been photographed by a person who is also more than ninety-nine percent nothing – sorry son.
You see, EVERYTHING in our world is ninety-nine percent nothing.
That’s because the tiny atoms that make up our world are all over ninety-nine percent the space of outer space. For example, one billion atoms make up the diameter of a human hair and in each atom less than one percent are matter particles.
Matter particles are protons, neutrons and the much smaller electrons. The rest of an atom is nothing but empty space. Yes, the rest is nothing but nothing.
OK, so we are nothing, but how is it we FEEL and SEE the solids, liquids and gases that SEEM to take up so much space?
Well TOUCH is only a sense of contact
It might appear to us that when we push a car or when we make love that we are making multiple contacts, but that’s not so. Atom particles don’t easily make contacts. Their speeds of motion and their interacting ‘push and pull forces’ stop them from doing so – how unromantic.
Your feeling of an object is actually the object’s particle forces and your particle forces resisting the close approach.
But atomic particle forces don’t just push; they also have a pull capability. In solids such as Bamburgh Castle, these complex push and pull particle forces combine to bind atoms strongly together.
Such binding is less strong in liquids (like Bamburgh’s neighbouring sea) allowing greater flow, and weaker still in gases including Bamburgh’s surrounding air (air is a mix of gases) where atoms and linked atoms (called molecules) move freely.
The human body is a combination of solid, liquid and gases maintained as an entity by particle forces. All these particles feel the gravity pull of the earth’s particle forces yet when our body particles come close to earth’s particles, the forces strongly resist contact.
When you push a car your applied forces are transmitted via the car’s particle forces to every part of the car so that the car moves as a whole. In the process not one atom particle touches another.
You might think that when you push on a wall no movement occurs but trillions upon trillions of atom particles make tiny adjustments throughout your body and throughout the wall and throughout the ground, that both you and the wall push upon.
Your muscles’ forces are not steady and that leads to continuous particle movements each requiring small amounts of energy that sum to much energy use. You do not move the wall but you use a lot of energy moving particles.
Your brain ‘feels’ the push because sensors in your skin constantly respond to the local force and frequency stimuli. They send electrical signals (which are also atomic particle force related motions) to the brain along the nerve pathways that form your central nervous system.
IF IT’S ALL 99 PER CENT NOTHING HOW COME WE CAN SEE IT?
Okay so now we know – quite literally – how we all feel, so we should now be able to see things more clearly. Hang on though, how come we can SEE so much if it’s all 99% nothing?
Well, SIGHT is our brain’s interpretation of radiations
To explain how we see all this empty space we need to understand something of the sight process.
Radio and wifi waves, microwaves, heat waves, visible light, ultra violet light, x rays and gamma rays are all electro-magnetic radiations.
We experience these radiations in a number of different ways.
Our bodies feel heat radiations through skin sensors. Ultra violet and higher radiations might damage our skin while our eyes only see the radiations we call visible light . We see these as light because our eyes have evolved sensors able to monitor the small range of frequencies that make up the visible light radiations.
But what are these radiations?
Well, these radiations are supposedly mass-less photon particles that travel at the speed of light through the ninety nine percent space of atoms, as well as through atom free outer space.
Photons are the conveyors of energy packets. They are the parcel couriers of the Universe. And such couriers vary considerably in energy level which is frequency related. High frequency, high energy radiations are dangerous to humans; low frequency energies are not dangerous.
When a photon encounters atomic particles there is a probability that the total photon energy will be given up. Solids absorb almost all photon energies whilst liquids, glass and the gases of our atmosphere allow various levels of photon to pass through which is why we have varying degrees of transparency.
Sight involves photon absorption by the eye’s retinas.
Every point on each eye’s retina has numerous sensors designed to respond to visible light photons. Our eye lens focuses many radiations from a single view point onto a single retina point. Like piles of interesting informative packets of energy gathered together in some grand package delivery warehouse.
The brain receives electrical signals from the retina sensors, and interprets the data as an image of colours and shapes. So our brain is the sorting office that makes sense of it all and ensures we receive the information that help us make sense of the world.
Hot and Cold
High levels of energy emanate as radiations from hot particle motions, like those on the sun. But radiations also occur from cold objects which radiate any surplus energy they have. Like the sun, they radiate it in all directions.
In the daytime many objects on earth are absorbing sun-radiated energy and their atomic particle motions change as a result of the absorbed energy.
Some of the absorbed energy might be retained, leading to warmth or, in life forms, cell growth might result. However most energy absorbed is surplus and almost instantly given up as radiations in all directions.
The absorption and subsequent emission of energies by earth’s atomic particles is a never ending process. It is happening everywhere.
The shapes and colours of our world arise because the frequency-related photon packets of energy given up by earth’s objects are mostly not the same as those absorbed.
The radiation emanating from an object or life form is very much related to the object’s atomic structure. Such energies are released in all directions in a continuous process. Some energy goes back through our atmosphere and into space; much will pass to other earth objects for absorption and re-emission.
What our brain sees as the colours and shapes of objects is its own interpretation of the frequency of the energies radiated from those objects.
Man takes much pleasure in extensive experimentation with varying frequencies of radiated energies in our use of paint pigments, clothing dyes, make up and multi-coloured movie screens that can deliver desired results with so much visual satisfaction. Yet it is all so fundamentally nothing. Well, mostly.
So in summary, if you really think you’re something in this colourful, multi-sensory, hot and cold seemingly object dominated world, well you may want to think again.
Next time we will look at particle forces in motion or ‘electricity‘ as you will very probably know it.
Bees play a critical role in plant pollination, making them a crucially important part of our ecosystem. JONATHAN JONES visits a County Durham business that could make beekeepers of us all with the help of 21st century technology.
A COUNTY Durham environmental business hopes to take the sting out of beekeeping, and encourage more people to become beekeepers, with a 21st century bee hive, monitored through a smart phone app.
Long seen as a specialist industry, traditional beekeeping requires sometimes expensive equipment, can be time consuming, and land intensive.
But new business BuzzCloud buzzcloud.global, in Tantobie, County Durham, hopes to change all that, with the development of a bee hive, linked to the ‘internet-of-things’, which will enable anybody to become a beekeeper, and more importantly protect a species that is fundamental to life on this planet.
The ‘internet of things’ is a development of the world wide web, which gives everyday objects, such as vehicles and buildings, Internet connectivity, by embedding them with electronics, such as sensors and actuators, which can be monitored using a mobile phone.
Roger Lewis, director of BuzzCloud, and his colleague, Fraser Lindsley, are seeking funding to manufacture the first hives for public testing. They already have a number of hives at beta test sites across the UK, including locations on North Tyneside and in Leicestershire.
And they’re hoping to use crowdfunding, against bank lending or venture capital, to fund the production of the first hives available to the general public.
Crowdfunding works by asking thousands of people, not necessarily in the UK, for small amounts of money to fund the projects they are interested in.
BuzzCloud is seeking an initial $20,000 (approximately £15,500) on the Indiegogo site www.indiegogo.com, one of the largest crowdfunding sites in the world. The official launch takes place on July 15.
Mr Lewis explains: “We chose crowdfunding as it allows us to raise the relatively small amount of money required for the initial project, through people who have an interest in helping bees. We chose Indiegogo as it’s one of the largest crowdfunding sites in the world.
“If this initial crowdfunding phase raises the money required for the test hives, we’ll then look at future crowdfunding when we are ready to go into production of hives that will be available to the general public. Starting small like this also provides real market validation.”
The public launch will follow analysis of the initial information collected from ten beta test hives.
Mr Lewis, originally from South Africa, and who also lived in Malawi (in central Africa), plus other parts of Europe, before settling in Tantobie, is an electronics and IT professional who wants to put his skills to good use protecting bees.
He believes there is no other beehive around that can monitor the life of the bees within it so effectively, although hives have been developed in Australia to make the process of harvesting the honey easier.
As well as being able to monitor the hive remotely, using the BuzzCloud mobile phone app, users will also be able to change settings, such as raising the temperature of the hive, in particularly cold periods, or to help deal with pest infections, such as the Varroa Destructor mite, which can destroy entire hive populations, typically 40,000 – 60,000 bees.
BuzzCloud will use 3D printing and cutting technology to create the hives, using sources of recycled cellulose.
Once further funding is secured, it is hoped the first bee hives available to the public will be produced in a specialist, automated industrial unit, in County Durham.
And hives will be produced in a variety of sizes to meet the requirements of the urban beekeeper.
Mr Lewis said: “We’ll be looking to develop smaller hives, which can be put on a balcony, or in a confined space, in urban locations.
“Larger hives will be capable of producing 25kg or more of honey, with the smaller hives, half that amount.”
And as for those people put off beekeeping by the prospect of being stung, Mr Lewis said: “Perhaps the best thing about this new approach to beekeeping is that you don’t have to be a beekeeper!
“It’s no longer necessary to get suited up in a clumsy beekeeping suit and gloves just to monitor your beehive – we make it possible to do almost all the monitoring needed using your mobile phone or tablet. This does not mean that remote monitoring can eliminate all manual inspections, it does however sharply reduce the number of times the hives need to be manually inspected.”