Who Made the very first 2 Way Radio: 1907- the 2000s: The Life of these Two Way Way Radio

The first two way radio made its way into the Western market in 1923. Despite its late appearance, the device was primarily conceptualized in 1907 as part of a military communication program. There has been some controversy regarding who first made the two way radio. However, most people seem to attribute this invention to Frederick William Downie, Senior Constable of the Victorian Police in Australia. In this article, we take a look at the path that this radio has traversed through the ages- from 1907 to the 21st century.

Origin of the 2 Way Radio

In the 1900s of Australia, the 2 way radio was installed in police cars and used as means of communication for the purposes of surveillance, checking locations and keeping team mates posted on updates. This was a breakthrough invention for the police as it caused an instant increase in the overall efficiency of working. From instant reports to integrated surveillance systems, the two way radio was pivotal in improving the effectiveness of the Australian police force. Suddenly, people discovered the ease with which the law of the land could be enforced and security could be maintained. This was the one method by means whereof many lives were saved and the state became one of the safest places in the world. Needless to say, the overwhelming response that the two way radio received propelled it to fame and it then became one of the most popular methods of law enforcement in the world.

The popularity of the 2 way radio rose steadily over the years. From police cars, the device’s many uses branched out and it became a part of navy ships and even military operations. Since many mariners and platoon commanders faced problems of communication, the convenience of the two-way radio was highly appealing to all. Transmissions of messages became convenient and there was a certain smoothness that the radio communication afforded to the operations.

The Creation of the Modern Day 2- Way Radio

The global status that the 2 way radio enjoyed is also one of the biggest reasons for its adaptation into various communicative derivatives including the modern day walkie talkie and even the modern cellular phone. Before it achieved this global, improved status; however; the two way radio was one of the most rudimentary objects that could be used in police surveillance. The first radio was so heavy and cumbersome that it used to take up the entire backseat of the police car. While it might have had many benefits, the sheer size and volume of the object made it difficult to catch and apprehend criminals at the earliest. With technological improvements and the right incentive, the two way radio has improved leaps and bounds. What once used to occupy almost half the car space can now be fitted into a pocket with ease, while fulfilling the same purpose as its predecessor.

Uses and Benefits of the Modern Radio

From the 1900s to the 21st century, the two way radio has made immense progress. What earlier was used exclusively by the police had now become an instrument in the civilian space. From law enforcers to children, almost everyone could purchase walkie talkies and use it. This was the first time that the world saw the walkie talkie as an instrument of recreation. These days, walkie talkies are used as much by kids for their games as they are used by professionals in emergency situations. From medical EMTs to firefighters, walkie talkies have become a regular in the city’s working scenario.

One of the biggest uses of walkie talkies these days are in firefighting operations. Coordinating external help and amassing the required support for the rescue operation are common functions that are carried out over the two way radio system that was once pioneered by Downie. Over and above its use in emergency situation, the two way radio is also used for the basic purposes of communication and organization in construction sites, among municipal workers and in many facets of working companies.

Concluding Thoughts

When one considers the many benefits that the 2 way radio has brought to the world population, one cannot help but pay homage to the genius of Frederick Downie. While the remarkable transformation through the ages is something that we must all bear in mind, it is undeniable that the blueprint was an instance of pure creative and imaginative genius. There are multiple uses of the walkie talkie in the modern world today. From communication in emergency situations to its importance for recreation, the modern two way radio is arguably one of the most important facets of communicative technology. All in all, the genesis and development of the two way radio is undoubtedly one of the most outstanding creations of the previous century.

Motorola Solutions to buy UK’s Airwave for $1.24 billion

As this article shows, Motorola move closer to sealing the deal to supply the emergency services for the whole of the UK, this move seems to prove what we have been saying, as Airwave have a working relationship with the emergency services and a good majority of the equipment they use are Motorolas’ own products they are in an excellent position now.

Walkie-talkie and radio systems maker Motorola Solutions Inc said it would buy UK-based communications company Airwave Solutions Ltd for 817.5 million pounds ($1.24 billion) to beef up its services business.

Shares of Schaumburg, Illinois-based Motorola were up 3.4 percent in extended trading on Thursday.

Airwave, owned by a fund of Australia’s Macquarie Group Ltd, provides voice and data communications to more than 300 emergency and public service agencies in Great Britain.

Motorola’s sales have slipped as its major customers, which include police and fire departments as well as other government agencies, curtail budgets.

The company is trying to strengthen its services business – which provides communication services to governments, businesses and public safety agencies – to drive growth.

Activist investor ValueAct, Motorola’s largest shareholder, said last month the company’s shares were undervalued and that it would talk to its board about ways to enhance shareholder value.

Motorola Solutions said it plans to fund the purchase of Airwave, which has about 600 employees, with bank financing and cash on hand.

The deal is expected to add to adjusted earnings and free cash flow immediately after closing in the first quarter of 2016, Motorola said.

Comprehending The Essentials of Two Way Radio Antenna

An antenna is essentially the most crucial element of a two way radio and other transmitting application such as cell phones, television, radar, or satellite communication. It is responsible for performing the most important task – converting electric power to transmittable radio waves and the other way round.

How an Antenna Works

To transmit a signal, the transmitter provides an electric charge that oscillates at a specific radio frequency to the terminals of the antenna. Consequently, the antenna sends out corresponding electromagnetic waves. During reception, the antenna takes some of the power of the transmitted electromagnetic waves to generate an extremely small voltage for the terminals, which is then redirected to a receiver that amplifies the signals. This is basically how an antenna works.

Extensive Applications

The applications supported by an antenna go beyond communication. The same concept powers today’s high tech wireless applications that run computer networks; Bluetooth enabled systems, garage door openers, and baby monitors. It’s important to know that a perfectly functioning antenna is not only critical to the functioning of your two way radio ; it also helps maintain the life or longevity of your equipment.

The Bigger, The Better

The first and most important rule of thumb about an antenna to keep in mind is that the taller it is, the higher your db gain. A high volume of db gain is critical to achieving a stronger reach and better performance of your two way radio equipment. This basically translates to, “the bigger, the better.” However, in order to achieve results in practical situations, the antenna can have only so much height. In essence you have to sacrifice convenience for performance or vice versa. You can’t walk around or even install a gigantic antenna for all your needs, say for example your car radio.

Positioning of Antenna

The second rule of thumb pertains to the positioning of your antenna. The most optimal position for then antenna would be the centre of your metal car roof. In situations where this is not possible, you would need a “no ground plane” antenna. A no ground plane is basically just a metal surface that goes around the base of your antenna so that you have something for the radiating signal to react with. The next aspect you need to consider for your antenna is the frequencies at which you would be transmitting on. A VHF radio transmits and receives in a range from 136 to 174 MHz.

Chubby and Long Antennas

There are different kinds of two radio antennas available depending on how you want to use it. The large stock antenna is powerful and can be replaced or upgraded as you require. The shorter or stubby antenna provides a great deal of convenience. You can add a longer whip antenna to enhance your range. When it comes to two way radios, you stand to gain a great deal of advantages by having a business radio that comes with a removable antenna. The one problem is that removable antennas may not necessarily be compatible with all kinds of radios.

Motorola DP4800 – The portable radio that packs a punch with finest in class

Despite the massive onslaught of mobile phones and smartphones in recent times, portable radios have managed to hold firm ground as they specifically cater to special communication needs across industries where clear and precise interaction is paramount. Motorola is considered a pioneer and a household name in the radio communications industry. The Motorola DP4800 portable radio proves yet again that the company is committed towards delivering world class communication products that make use of the latest in technology.

The inclusion of GPS, Bluetooth audio and data and full-fledged text messaging capability makes the DP4800 an extremely powerful and well-rounded communication device. Moreover, it provides quick call-capability to individuals as well as to groups. The built-in full color LCD display has day/night modes that facilitate easy reading of messages. Plus, the DP4800 is no slouch in the audio front as well. Its Intelligent Audio feature along with customizable audio announcement capability guarantees enhanced audio performance every single time you communicate with it.

The Motorola DP4800 supports both VHF and UHF frequency bands and has a 5-line keypad with clearly visible and well-aligned alphanumeric buttons. This 5-tone device has a capacity of 1000 channels and comes with five quick programmable buttons, an additional emergency button on the top, IP57 certification for waterproofing, a tri-color LED that gives feedback on the radio operating status, and a FM intrinsically safe option. Apart from these major features, there is a whole host of other notable highlights which makes the DP4800 an appealing choice for consumers. Some of these include VOX capability, option board capability, privacy features, analogue mode compatibility, and digital phone patch compatibility.

Like all other modern day portable radios manufactured by Motorola, the Motorola DP4800 takes complete advantage of the customized applications that have been built for it. Some of the applications include the likes of email gateways, location tracking, remote monitoring, management of work order tickets and man down emergencies. The DP4800 works flawlessly with Motorola’s MOTOTRBO system which maximizes the radio’s capacity using a technology called ‘Capacity Plus’ and thereby permitting high volumes of voice and data to be transmitted up to a thousand users without the need to add any new frequency bands. On the other hand, the ‘Linked Capacity Plus’ technology of DP4800 allows users to use the MOTOTRBO system for covering a wide area in order to link teams working across multiple sites.

Users can benefit from secure communication channels when using the DP4800 as it comes loaded with built-in scrambling. The DP4800’s Transmit Interrupt functionality provides users with an option to interrupt an ongoing communication in order to relay important or highly critical messages. Its mechanism for Emergency Calling ensures safety of employees. Communication is further improved with the help of PTT ID. The calls are received every time with the help of its channel scanning schemes. In terms of design, the DP4800 ticks all the relevant boxes as it exudes compactness, looks toughened to handle harsh conditions and is also water and dust proof. After going through the features and capabilities of Motorola’s DP4800 portable radio, it is fairly easy to conclude that the product has been built to last and deliver a unified and seamless communication experience which is hard to match by its rivals.

What Does The Term 2 Way Radio Essentially Mean?

Basically, the name two-way radio means that the radio in question can both transmit and receive signals. The two-way part of the name refers to the sending and receiving of said messages.

Some radios, such as the AM or FM radio you might listen to in your car, can only receive incoming signals, whilst other radios can only transmit signals. A two-way radio, however, can both intercept incoming messages and relay outgoing messages, because of this; two-way radios are a type of transceiver.

At its most basic, a two-way radio is a device that receives radio waves through the air and transmits a return signal.

How it does this is actually rather ingenious. Let’s say a user receives a message on her radio. The antenna on the top of the radio houses a group of electrons, these electrons will respond to messages received on specific channels (different groups of electrons respond to different channels). The electrons will then translate the radio waves into electrical impulses, which are then fed to a small processor. The processor, in turn, converts the electrical impulses into a signal, which the radio’s speakers can then play aloud.

The process is reversed if our hypothetical user is replying to her message, in this instance, the vibrations that constitute her voice will rattle a small membrane inside the microphone. These vibrations are fed into the processor, which converts them into an electrical signal. The electrical signal is pushed out to the electrons in the antenna and the signal is broadcast to our other user.

So you see, the process is clearly working on a two-way basis, hence the name. Two radios, when set to the same channel, should never have any problem connecting with one another (even if they are manufactured by different brands). The communication is pretty much instant, which is a big reason why radios play such an integral part in many areas of our lives, such as travel, security, commerce, public safety and trade.

It is important to note, however, that a radio set to receive VHF (Very High Frequency) signals will be unable to communicate with a radio set to UHF (Ultra High Frequency) mode. There is virtually nothing at all that can be done about this.

Of course, the other name used for handheld transceivers in walkie-talkie, but we reckon that one’s pretty self-explanatory…

ETRI presents a blueprint of the 5G Future

We will see a huge change in the way we access the the internet in the future when 5G is here, at speeds that only big businesses and high level internet companies see at the moment, we will have this to hand on our smart phones and tablets. When 5G is hundreds of times faster than any of the UK’s broadbands, households will be looking to the mobile phone companies to supply their home broadband.

A 5G future is no longer a distant one, but an upcoming reality. High quality videos of more than 10Mbps can be served simultaneously to 100 users even in a train running at up to 500km/h. People can experience data rates that are 100 times faster than currently available technologies.

The Electronics and Telecommunications Research Institute (ETRI) of Korea will hold a “5G technology demonstration” on the 18th December, 2015. It will demonstrate future SNS (social network service) and several 5G core technologies such as “millimeter wave”, “Mobile Hot-spot Network”, “in-band full duplex” and so on.

5G is the next generation wireless technology that would provide even faster data rates, even lower delays, and even more devices connected than 4G. Accordingly, distinct and differentiated applications are expected in 5G.

ETRI’s “future SNS” is a kind of trial service model to apply 5G technologies that provides dynamic user-centric connection to neighboring people, things and spaces. It is characterized by instant content-sharing between users, communication with neighboring things, and Giga-bps(Gbps)-grade video applications in vehicles.

5G core technologies demonstrated by ETRI include the following:

– MHN (Mobile Hot-spot Network) is a mobile backhaul technology that provides high-speed Internet access of Gbps in vehicles at speeds of up to 500 km/h (e.g. KTX in Korea). Almost 100 passengers can watch videos of high quality simultaneously.

– ZING is a near-field communication technology that enables mass data to be transmitted with 3.5 Gbps data rate between neighboring devices within the radius of 10cm.

– Single-RF-Chain compact MIMO technology enables a single antenna to simulate the effect of multiple antenna. It can reduce antenna volume and cancel inter-antenna interference in a multi-antenna system.

– Millimeter wave (mmWave) beam switching technology provides fast switching of radio beams to mobile users, and therefore allows seamless Gbps-grade service in mobile environments.

– Mobile Edge Platform (MEP) is a mobile edge cloud server on vehicles that enables passengers to enjoy customized Gbps-grade content and connects them with neighbors, things and spaces. It provides user-centric services.

– In-band Full Duplex technology can transmit and receive signals simultaneously over the same frequency band. It can increase spectral efficiency by up to two times.

– Small cell SW technology is designed for AP(Access Point)-sized small cell base stations that can reduce communication dead zones and improve data rates per user in a hot-spot area.

“With this demonstration event, we are officially introducing our R&D results on 5G. We will continue to lead the development of 5G technologies. Also, we are trying to develop commercialization technologies needed by businesses, and to construct a 5G ecosystem.” said Dr. Hyun Kyu Chung, vice president of ETRI Communication & Internet Lab.

In January, 2016, ETRI will demonstrate Giga internet service and future SNS in a Seoul subway train installed with MHN and ZING kiosks. ETRI will also introduce hand-over technology on a millimeter wave mobile communication system and 5G radio access technology that satisfies 1 millisecond radio latency.

About ETRI

Established in 1976, ETRI is a non-profit Korean government-funded research organization that has been at the forefront of technological excellence for about 40 years. In the 1980s, ETRI developed TDX (Time Division Exchange) and 4M DRAM. In the 1990s, ETRI commercialized CDMA (Code Division Multiple Access) for the first time in the world. In the 2000s, ETRI developed Terrestrial DMB, WiBro, and LTE-A, which became the foundation of mobile communications.

Recently, as a global ICT leader, ETRI has been advancing communication and convergence by developing Ship Area Network technology, Genie Talk (world class portable automatic interpretation; Korean-English/Japanese/Chinese), and automated valet parking technology. As of 2015, ETRI has about 2,000 employees where about 1,800 of them are researchers.

Hidden Tunnels Beneath Berlin Could Have Enabled Hitler’s Escape From Germany

We all know how Adolf Hitler died, don’t we? It was April 30th, 1945. The Nazi cause had been well and truly lost and both the allied forces and the Red Army were invading Germany. Cowering in his bunker, the German dictator put a pistol to his head and fired. His new bride, Eva Braun, took a cyanide tablet and ended her own life shortly thereafter. Their bodies were then placed in a bomb crater, doused with petroleum and burned.

The official story effectively ends there. By the time Russian troops arrived at the scene, all that remained of one of history’s greatest mass-murderers was a charred lower jaw and dental bridge, which matched Hitler’s dental records and so proved that he had indeed died, with Braun, in the bunker.

However, declassified FBI documents reveal that the organisation was actively investigating a number of Hitler sightings during the post-war period. In fact, it appears that quite a few of the powers that be were treating Hitler’s apparent demise with understandably high levels of suspicion. These ideas gain a level of credence from the fact that the US Army was so convinced of Hitler’s survival that they actually mounted at least one covert operation to search for him.

Conspiracy theories abound that he may have faked his own death and escaped to South America, as a number of other high-ranking Nazi party members also managed to do.

Such theories are nothing new. Hitler’s post-war life has been postulated as taking place in locations as exotic and far afield as Brazil, Argentina and even the South Pole. In one instance, a clearly posed-for photo of a man purported to be Hitler made the news, although the facts that a) the man’s face cannot be properly seen, b) he is posing for a photograph in a relaxed and comfortable manner, something a wanted man would be extremely unlikely to do and c) he has a black girlfriend on his arm would suggest that this claim is utter nonsense.

Up until now, any theories of Hitler’s continued survival have had to rely upon elaborate, (often downright fanciful) descriptions of Hitler’s passage from Germany to wherever the authors assert that he ultimately ended up. Historians have exhaustively scoured travel manifests for clues (as if the most wanted man in the world would actually be listed as a passenger under his own name) and questioned scores of people who apparently knew, sighted or spoke to, an elderly Adolf Hitler.

In any instance, Hitler certainly had the means, as well as the motive, to fake his own death and flee Europe. Now, new evidence suggests that, whether he actually managed it or not, escape was almost certainly an option for him.

A hidden network of secret tunnels, located under the streets of Berlin, could hypothetically have enabled Hitler to escape. According to a new documentary series commissioned by the History channel, a false wall, located in a Berlin subway station, could easily have provided an escape route for the dictator.

The team assembled for this task is of a high pedigree, among their number are ex-CIA operative Bob Baer, upon whom George Clooney’s character in the film Syriana is based. He is perhaps best known as one of the men who helped track down Saddam Hussein. Joining Baer is Tim Kennedy, a US special forces operative who was tasked with tracking Osama Bin Laden after 9/11 and Sascha Keil, a German historian representing the Berlin Underworlds association. The team treated Hitler’s proposed escape as a cold case in the modern sense and began a lengthy and thorough investigation into the possibility and plausibility of Hitler’s flight from Germany.

According to the team’s research, a great many Nazis fled Germany from Tempelhof Airport on the 21st April, just one day after Hitler’s final public appearance. Among this exodus were eight planes apparently loaded with Hitler’s personal possessions. Calculating an underground route from Hitler’s last known location to Tempelhof, the team reasoned that he could have made the journey almost entirely underground, except for the last 200 yards or so. The discovery of the false wall/new tunnel, confirmed by sonar analysis, would have connected the subway station (then known as U6) with the airport, allowing Hitler and his entourage to slip away unnoticed as the Soviets marched on the capital and vicious fighting broke out in the streets.

According to The Daily Express, Keil knocked on the wall and the team scanned it after it made a hollow sound. Thus, a plausible escape route for one of the most evil men in history had been discovered. Though initially sceptical, Baer came to admit that it was entirely possible that Hitler survived the war and ended up living out the rest of his days in South America.

As the investigation continued, the team found themselves picking through the ruins of a jungle compound in northern Argentina. The location was full of Nazi artefacts, very possibly the same ones that were secreted out of Berlin in 1945.

The Hunting Hitler team are by no means the first to posit that the fascist dictator spent his final years hiding out in Argentina. Initial investigations and press releases of the 1940’s often allowed for the possibility of Hitler’s continued survival and nobody in either the Soviet, or the allied camps appears to have been 100% convinced of The Fuhrer’s death.

In June of 1945, The Chicago Times reported that Hitler and his wife had absconded to Argentina. This was followed by a number of books, all offering variations on the same story.

The 2014 book Grey Wolf: The Escape of Adolf Hitler by Simon Dunstan and Gerrard Williams contests that Hitler lived in a small village, not far from the foothills of the Andes and died in the early 1960s. The book proved controversial, and was publicly attacked by many historians, but Argentine journalist and historian Abel Basti, who wrote the bestselling book Hitlers Exile (and accused the aforementioned authors of plagiarism) has also claimed proof of Hitler’s arrival to the country. According to Basti’s book, Hitler underwent plastic surgery and then became an art dealer (remember, he was a painter and an art lover).

Basti’s intensive and meticulous research even produced alleged photos of Hitler, Braun and a daughter named Urich living in exile in the country. He also spoke with interviewees, one of whom remembers his family maintaining a close friendship with the exiled Nazi leader. According to Basti, who was interviewed by beforeitsnews.com, the Russian records present “abundant documentation that shows that Hitler had escaped”, all of which paints a chilling portrait of the exiled Nazi leader living out his remaining days in relative peace and never facing justice for his innumerable crimes against humanity.

For now though, the most disturbing piece of evidence for this theory is simply this, why would a man of Hitler’s ambition, drive and rampant egomania spend years building escape tunnels throughout Berlin and then refuse to use them when the time came to do so?

Of course, even if he did escape, Adolf Hitler would have died long ago. Diagnosed with Parkinson’s disease, amongst a plethora of other ailments, he was 56 years old in 1945 and not in good health – and that was 70 years ago. So, any way you slice it, Hitler is definitely dead, which is no bad thing.

Workplace adjustments for employees with a hearing impairment

For employees with a hearing impairment, the presence of sound in the workplace can be a daily challenge and a source of frustration. Robin Christopherson looks at how employers can manage potential problems.

Wherever you work, and whatever your role, there is a strong chance that you are routinely bombarded by noise from a variety of different sources. Telephones ringing, printers whirring, music playing on the shop floor or the constant hum of colleagues talking in a open-plan office, the world of work is full of sound.

According to the Health and Safety Executive, around 17,000 employees in the UK experience deafness, ringing in the ears or other ear conditions caused by excessive noise at work.

Action on Hearing Loss estimates that at least 800,000 people in the UK are severely or profoundly deaf, but this is a small proportion of the 10 million people with some form of hearing loss, of which it estimates that 3.7 million are of working age. There are no exact figures on the numbers of people who use British Sign Language (BSL) to communicate, but the estimate is around 50,000.

An employee’s hearing can be impaired in many ways; there is a whole spectrum of

hearing ability and there are lots of different causes of hearing loss, as well as a variety of possible implications in the workplace.

Types of hearing impairment include:

  • age-related;
  • temporary or permanent;
  • progressive; and
  • environmental factors.

Impacts of a hearing impairment

As hearing is not something we can “see”, it can be difficult to determine whether or not a colleague’s hearing is impaired. This can make it difficult for line managers to know who to help, and when.

In meetings, presentations, networking events or interviews, a hearing impairment could have an impact on an employee’s ability to do their job, if they are not properly supported or if the working environment is not inclusive of their needs.

There can also often be an emotional response to hearing loss, which impacts on the social and wellbeing of the employee. If you are unable to hear what colleagues are saying clearly, you might miss out on vital information needed for your role, or you might miss the latest bit of office banter, which makes you feel isolated and excluded, having a negative impact on morale.

Reasonable adjustments

Employees with a hearing impairment are protected under the Equality Act 2010 and employers are required to remove the barriers that deaf and other disabled people experience in the workplace. There are a number of different ways to ensure that an organisation is accommodating the needs of deaf or hearing-impaired employees.

Benefits of technology

We are all using technology in the workplace, without really thinking about it, as part of our day-to-day communications. How much of the information you share with colleagues or clients is via the phone, email, your intranet, website, a PowerPoint presentation or a short video? The answer is, of course, nearly all of it.

Technology can work as an enabler as well as a disabler. A message from your organisation’s CEO via video on your corporate intranet can be a really powerful way to communicate with your workforce, but if that video does not have subtitles or captions, you are excluding a proportion of your staff, not limited to those with a hearing impairment but also people whose first language is not English.

A variety of technologies can be used in the workplace to support employees with a hearing impairment. There are some specialist programs available that are specifically designed to support people with hearing loss, but many of the mainstream programs and equipment that your organisation already uses could also be adapted at little to no cost. They include:

  • text messaging, and email;
  • amplified sound alerts built into PCs;
  • a flashing screen on a mobile device when a sound alert is triggered;
  • bluetooth to connect to hearing aids;
  • captions for videos;
  • BSL on-demand services;
  • video calling for signing or lip-reading;
  • palentypists and stenographers; and
  • voice recognition speech-to-text software.

Sometimes the most effective adjustments are made by simply utilising existing resources in a different way. For example, if important company announcements are often given over a tannoy or PA system, which would be difficult or impossible for someone with a hearing impairment to hear, you could also issue the same message via email or text message.

There are also times when specialist adjustments, such as using a palentypist or BSL interpreter, need to be arranged. It is important that the individual employee gets the adjustment that they require, when they require it – because no two people with a hearing impairment are the same.

This article highlights the many advancements that have been made in the field of hearing protection at work, and ten years after the Control of Noise at Work Regulations 2005 came into force we should have completely eradicated high levels of noise or the need to control it into the workplace, the original of this article can be found here.

I’ve Heard of Cats Getting Stuck up Trees…But This is Ridiculous:Panic as Dalek is Found in Tree at Historic Estate

This is Northington Grange, quiet, peaceful, serene. That is, until Burt Racoon wakes up and shoves a Dalek up a tree. Probably. Quite frankly, it’s as good an explanation as any as to how an extraterrestrial pepper pot killing machine turned up on an exquisitely crafted 18th century landscape…

Eyewitnesses were confused and amused by the presence of one of Doctor Whos most popular despots just sitting there, taking in the scenery. Perhaps he was fleeing to escape the explosive climax to series 9’s barnstorming opening arc, which began earlier in the month on BBC1?

Quick! Go to iPlayer and see if there are any of the metal menaces banging on about “emergency temporal shifts” before vanishing into thin air…

Or maybe his vision was impaired? Who knows?

…Actually, all nerd-jokes aside, I can clear up this little mystery for you right now.

In reality, the incongruous garden decoration was neither a publicity stunt, nor an attempt on the part of a disgruntled gardener to keep the naughtier gnomes in check. The Dalek was actually a prop left over from an old production that had been held at the Grange.

Mike Baring, one of Northington Grange’s principal landowners, explained everything to The Southampton Daily Echo, “The Dalek comes from earlier production at the Grange – I think it might be Bluebeard – and someone decided to put it up to amuse the [opera] festival goers which I rather liked, even if it does look a bit out of place in an 18th century landscape.”

Nice one, Mikey! Always good to see a bit of humour in our historic venues. Besides, what could be more quintessentially British than a lone Dalek politely surveying an immaculately kept Victorian garden? I, for one, can’t think of anything.

No, wait, I can. How’s this; the Queen noisily eating a crumpet whilst watching Monty Pythons Flying Circus reruns, pausing occasionally to inquire as to who parked that yellow three-wheeled van outside the palace?

Anyway, the rest of the Daleks were last seen in Doctor Whos two-part series opener The Magicians Apprentice/The Witch’s Familiar’, which saw Peter Capaldi’s 12th Doctor teaming up with Missi (the female incarnation of his old enemy The Master) in order to defeat Davros and his maniacal metal creations. It was a hoot!

The Grange estate is perhaps best known for hosting The Grange Park Opera Festival and has no official plans to take over the universe (as far as I know).

Scientists find an Possible Cure To Cancer Simply by Accident

Cancer affects millions of lives, possibly even more. Everybody knows somebody that has been forever hurt, either physically or emotionally, by this vicious, unforgiving ailment. Most of us know somebody who has lost their life to the disease.

Despite this, cancer survival rates are higher than ever before. In recent years, cancer treatment has improved rapidly, but a complete cure has always appeared to be just beyond reach, a tantalising Holy Grail of medical science. This month, however, an announcement was made that could have the potential to end all that.

The good news is that human trials could begin in as little as four years’ time. If those trials prove to be successful, then science will have made a major stride towards eradicating the disease completely.

A joint Dutch/Canadian team stumbled across this miraculous discovery whilst searching for ways to treat malaria in pregnant women.

According to the team, the carbohydrate that malaria attacks in the placenta is exactly the same as a carbohydrate present in cancer cells.

As Metro.co.uk reports, Ali Salanti from the University of Copenhagen said, “for decades, scientists have been searching for similarities between the growth of a placenta and a tumor (…) The placenta is an organ, which within a few months grows from only few cells into an organ weighing approx. two pounds, and it provides the embryo with oxygen and nourishment in a relatively foreign environment. (…) In a manner of speaking, tumors do much the same, they grow aggressively in a relatively foreign environment.”

Intrigued by this idea, the team tailored a special malaria protein to include a toxin designed to target cancerous cells. The cancer cells absorb the protein and are then in turn killed by the malaria virus. Theoretically, this idea is sound and experiments on mice with cancer have already begun.

It’s definitely early days yet, but the team are hopeful that this innovative new treatment could provide scientists with a valuable weapon in the fight against cancer. If the trials are successful, the potential benefits are simply staggering to consider. It just goes to show that no dream is too big to accomplish, provided we never stop believing that it’s possible. Imagine a world without cancer and perhaps, in time, we won’t have to.