Monthly Archives: October 2015

Incredibly Detailed and Scary Face Painting

This makeup artist is all the scary you need (27 Photos)

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Very Strange Cakes

For your hump day amusement, a bizarre collection of well-crafted yet very strange cakes…

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Cute Dogs for Your Monday Blues…

A late edition, but will hopefully cheer up the rest of your week…

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Falcon Shield launches electronic attacks to take control of drones

Artist's impression. (Credit: Credit Finmeccanica-Selex)

Artist’s impression. (Credit: Credit Finmeccanica-Selex)

A new technology unleashes electronic attacks on enemy drones, enslaving them to its will.

Made by Finmeccanica-Selex ES, the Falcon Shield technology lets the good guys gain control of drones and land them safely.

Related: Anti-drone shoulder rifle lets police take control of UAVs with targeted radio pulses

Recently unveiled, Falcon Shield finds, fixes, tracks, identifies and defeats drones. Mini-drones are becoming a growing security concern, as evidenced by the quadcopter drone that crashed onto the White House grounds earlier this year.

The threat

Small-sized drones are cheap, widely commercially available, simple to assemble and easy to fly. These micro drones can be hard to detect and stop and could be used to attack targets by carrying threats like explosives or chemical and biological weapons.

The Falcon Shield is an adaptable system that can be deployed to protect VIPs. It could also be used to protect military convoys and patrols. Falcon Shield doesn’t need to be at a fixed location, and different versions of the technology can be carried by an individual or a vehicle.

On a much larger scale, Falcon Shield can be used to protect a military base or a skyscraper that acts as headquarters for a big corporation.

Related: The laser cannon that kills drones

Falcon Shield monitors an assigned area to detect potential threats and protect a specified location by going through five stages of engagement.

In the first stage, Falcon Shield locates both the drone threat and the ground station controlling it. The tech then uses this data to guide the next stage. To “fix” the target, radar and electronic monitoring work together with an electro-optical infrared camera.

The camera and radar then track and identify the threat. In the final phase, Falcon Shield focuses on defeating the drone. When Falcon defeats a drone it doesn’t just jam it. It seizes control of the drone.

How the technology takes control of the drones is shrouded in secrecy … but take control it does.  Say a micro drone is targeting a VIP, for example, the good guys can fly it away from the target. They can force it to land at a safe location where a team can investigate and fully neutralize the threat.

Ballet dancer turned defense specialist Allison Barrie has traveled around the world covering the military, terrorism, weapons advancements and life on the front line. You can reach her at wargames@foxnews.com or follow her on Twitter@Allison_Barrie.

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Thanks! Over 1.5 million hits so far this year…

I want to thank everyone.  Earlier in October my humble blog site reached over 1.5 million hits and is close to 1.6 million now.  Thank you all for looking at my blog this year and for enjoying my quirky blend of dogs, cosplay, quantum physics, history, and writing.  It reflects my own warped personality and interests, so it is reassuring to know that over 1.5 million times this year others were interested in the same things.  🙂

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First edition of King James Bible from 1611 found in church cupboard

Rev Jason Bray found the forgotten tome when doing a stock take at St Giles Church, Wrexham

The Rev Dr Jason Bray and the first edition King James Bible

The Rev Dr Jason Bray and the first edition King James Bible Photo: Cascade

A vicar clearing out a cupboard at his church found a forgotten first editionKing James Bible dating back to 1611.

There are believed to be fewer than 200 such Bibles still in existence.

The Rev Dr Jason Bray stumbled upon it as he was taking stock at St Giles Parish Church in Wrexham town centre.

He said: “We basically found it when we were going through the cupboards.

“We didn’t know it was a first edition, but we sent photographs to the National Library of Wales and they confirmed that it was, dating back to 1611.

“It has been authenticated, and as far as we know, has always been here.”

He added: “King James wanted everybody to use the same Bible and have it put in all the churches. What he was trying to do was create some sort of uniformity.”

The Bible is an important find for the church as it is one of just a few copies of the first edition of the authorised Bible, which set guidelines not just for Christian worship in the English language, but also for the English language itself.

It was printed in London by Robert Barker, printers to King James I, who commissioned the Bible’s translation at Hampton Court in 1604.

“We basically found it when we were going through the cupboards.”
Rev Dr Jason Bray

Known as the Authorised Version (AV) of the Bible in English, the King James Bible was the third Bible to be translated into English and officially approved by the Church, putting together a number of translations agreed on by scholars working in Westminster, Oxford and Cambridge.

It went on to become the internationally accepted and authorised version of the Bible in English, although parts of the Bible were first translated into English by William Tyndale and published nearly 100 years earlier.

The St Giles copy is not completely intact, with a frontispiece missing from the Old Testament and some pages missing from the back.

But it is otherwise in good condition and the text is still legible due to the use of woven paper, which has a low acid content.

Rare £10,000 bible discovered in Devon

A similar copy found in Great St Mary’s at Cambridge University in 2011, also a first edition, was valued at several thousand pounds.

Dr Bray, who has been at St Giles Church since April, said he read Alfred Palmer’s The History of the Parish Church of Wrexham and decided to go looking for some of the items mentioned as being in the church’s collection.

He added he was unable to guess at the value of the Bible.

“I have absolutely no idea of its value. I don’t know how many there are in existence and you can buy pages on the internet for about £500 each.

“It’s not absolutely complete, but it’s not far off.”

Dr Bray is now keen to see the church’s first edition given a proper storage and display space.

“We’re keeping it safe at the moment, but we would like to have somewhere to display it – but to do that, we’ll need money.”

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Futuristic warship design takes shape

What will warships look like in three decades? Meet the next-generation HMS Dreadnought.

The British Ministry of Defence and Royal Navy challenged young scientists and engineers to design a future warship and the results may surprise you. Defense procurement specialist Startpoint has released stunning images of what the futuristic ship could look like.

This cutting-edge ship concept has been dubbed Dreadnought 2050 in honor of the 1906 HMS Dreadnought, a Royal Naval battleship that eclipsed all other warships at the time.

Dreadnought 2050, made of futuristic material, features state of the art weapons, command center and more. The ship’s structure is made of ultra-strong acrylic composites that can be turned translucent so that crew can see through it.

This means that from the Ops Room, commanders could see through the hull and watch close-in battles play out.

Weapons

The new Dreadnought would be equipped with a range of state-of-the art weapons like high-velocity torpedoes, speed-of-light weapons and drones constructed on the ship using 3D printers.

The graphene coated acrylic hull would be super strong.

At the bow, Dreadnought 2050 has an electromagnetic railgun that can fire projectiles as far as long-range cruise missiles can go today.

Along the sides of the ship there are missile tubes. These tubes can launch missiles faster than Mach 5 – a hypersonic speed. The futuristic vessel is also equipped with directed energy weapons to thwart incoming threats.

Related: CTruk taps THOR for new military workboats

In the outrigger hulls, there are torpedo tubes that fire supercavitating torpedoes that travel at more than 300 knots.  Supercavitating torpedoes can travel at such whopping speeds because they move through water in a sort of air bubble that reduces drag and friction.

Instead of a standard mast, Dreadnought 2050 has a tethered quadcopter that flies above the ship.

The quadcopter is equipped with multi-spectral sensors that provide critical data. But it is also armed with a laser to take out threats like enemy aircraft, missiles and more.

To provide the significant power these capabilities require, the quadcopter’s tether is made of carbon nanotubes that are cryogenically cooled.

Assault

A floodable dock, or “moon pool,” is incorporated into the design so that amphibious teams like SEALs or Royal Marines can rapidly deploy. The moon pool could also be used to deploy unmanned underwater vehicles on missions such as searching for explosive devices.

Above the dock there is an extendable flight deck and hangar that can be used for a fleet of weaponized drones.

A similarly-sized warship operating today would require about 200 crew, but the innovative warship would require less than half as many personnel. A current Ops Room, for example, could require 25 sailors to run it. Dreadnought 2050’s Ops Room could be run by as few as five Sailors.

Command Table

Dreadnought 2050 features an Ops Room with a 3-D holographic command table. The holographic image can be rotated and commanders can zoom in on specific parts of the battlefield.

From the Ops Room, five or six people can control all operations from the deepest parts of the ocean through to outer space. From underwater and sea surface through to land and air, all areas of operation can be displayed and reviewed. Crew can use smaller holographic pods to manage specific areas of operation.

Real time data can be transmitted including secure voice, video or data to wherever it is needed.

Power

The Dreadnought 2050 warship is powered by a fusion reactor or highly efficient turbines. The turbines drive silent electric motors to water jets.

The graphene coating on the hull helps reduce drag and enhance speed. And the Dreadnought will have a low profile to ensure it is stealthy and hard to detect.

Ballet dancer turned defense specialist Allison Barrie has traveled around the world covering the military, terrorism, weapons advancements and life on the front line. You can reach her at wargames@foxnews.com or follow her on Twitter@Allison_Barrie.

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Cosplay Pictures for Your Saturday!

Cosplay pictures for your Saturday!

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Out Of This World: Triton Oxygen Respirator Extracts Air Underwater

Just like in Star Wars for the Jedi…  Hopefully we won’t find Gungans in our lakes and oceans…

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“A new invention looks set to change Scuba and diving in general. It’s shocking task lies in the idea of microscopic, nano scale ‘artificial Gills’, can effectively separate the Oxygen from the water while diving, on demand. A series of tiny threads or strands have microscopic holes along their width, which are smaller than water molecules.

It’s called the ‘Triton Oxygen Respirator‘ (Image Below), a miniature but incredible device that will do away for the need to move bulky tanks on dives, and allow the dives to last much, much longer than can be had with current equipment.

The weight accumulations will help emergency responders to move around more calmly too without having to movebulky and heavy tanks around with them. We inhale about 6 litres per minute (when resting) and maybe 10 times that when working tough, so a pack containing 2 or 3 litres of water will stockpile a generous supply of O2, enough to last long enough to pursuit and salvage people from smoke filled buildings.

The Scuba industry is thinking ahead onto commercial, private and military ships as a secure device expressed to all passengers and crew, aircraft too if they have to dive into the sea. It could also be used on land, by firefighters, with minor adjustments. All they’d need would be a small canister of water or something identical to a hydration backpack to excerpt O2 from..there’s lots of O2 in a particular litre of water..about 630 litres worth.

( via topinfopost.com )”

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World’s first pocket spectrometer lets you measure the molecular makeup of nearly anything

 

SCiO is a new gadget that instantly measures the molecular fingerprint of just about anything you see, and it fits in your pocket. Want to know the alcohol content of that beer you’re about to slurp down or how many grams of sugar are in your apple? This mini spectrometer will tell you. Equipped with some of the capabilities of large, heavy laboratory spectrometers, but built around the kind of optics used in cell phone cameras, the SCiO measures the light reflected off any given object, breaks down its spectrum, and then sends that information to the cloud. Consumer Physics‘ unique algorithms immediately interpret the resulting data and the results show up on your cell phone within 5 seconds on a 3G connection. Designed to empower you with knowledge of your environment, medicine, food, and a near-infinite number of things, the SCiO will also allow you to participate in building the world’s first database of matter.

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“SCiO is based on the proven near-IR spectroscopy method,” writes Consumer Physics. “The physical basis for this material analysis method is that each type of molecule vibrates in its own unique way, and these vibrations interact with light to create a unique optical signature.”

“With every scan, SCiO learns more about the world around us, so we can all get smarter,” the Israel-based developers continue. “Our development team has taught SCiO some exciting things, like to tell how much fat is in any salad dressing, how much sugar is in a particular piece of fruit, how pure an oil is and lots more.”

In addition to non-invasively harvesting, computing and storing the data about every bit of matter recorded to contribute to the first database of its kind, the SCiO would allow consumers to be more informed about the energetic quantity and quality of everything they consume. This will make it difficult, for example, for big agricultural companies to pass off unhealthy lettuce at the grocery story. By illuminating that lettuce and breaking down its spectrum, the SCiO is able to extract a great deal of information. In other words, light, combined with cutting-edge technology, may expose everything from nefarious ingredients woven into our food, environment and medicine to the calorie content of our favorite chocolate, which we might not want to know.

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Computer Physics is careful to note, however, the device can’t detect the presence or absence of everything.

“SCiO is NOT a medical device and should NOT be relied on to protect you from allergens under any circumstances,” the company explains. “Since SCiO is designed to measure small portions of a sample or food at a time, it cannot guarantee the absence of specific molecules on your plate, or in a serving. SCiO can tell you major components of foods (i.e. with typical concentration of 1% or more), while some allergens can be hazardous even in lower concentrations.”

The product’s genius is (partially) in its built-in perpetuity. As more consumers use it, so does its efficacy grow. The more information stored in the company’s database, the more information it has to share. Compatible with several models of iPhones and Androids and retailing for $249, the SCiO also comes with a developer kit. Which means even a dunce like me can learn how to build a a new molecular sensor model, and that’s nothing short of unreal.

+ SCiO

Images via Consumer Physics

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