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Intel with the help of Ted Hoff introduces the first microprocessor, the Intel 4004 on November 15, 1971. The 4004 had 2,300 transistors, performed 60,000 operations per second (OPS), addressed 640 bytes of memory, and cost $200.00.

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The new X-series processor family is the ultimate platform for content creators and gamers. Multitasking becomes extreme mega-tasking with simultaneous, compute-intensive, multithreaded workloads aligned in purpose, powered by up to 18 cores and 36 threads. And, with up to 68 PCIe 3.0 lanes on the platform, people have the ability to expand their systems with fast SSDs, up to four discrete GFX cards and ultrafast Thunderbolt™ 3 solutions.

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Better transistors can offer higher speed while consuming less power. Plus, carbon nanotubes are flexible and transparent. They could be used in futuristic 'more than Moore' applications, such as flexible and stretchable electronics or sensors embedded in wearables that actually attach to skin – and are not just bracelets, watches, or eyewear

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In 1898, the American advertising and sales pioneer E. St. Elmo Lewis developed a practical sales tool based on the mechanisms of personal selling. The most successful salesmen, Lewis postulated, followed an orderly, four-step process that coincided with four cognitive phases that consumers go through when buying a product.

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Today, digital advertising has enabled a level of interaction and dialogue between marketers and consumers whereby the two are becoming equal partners in the advertising experience, often co-creating the meaning of the brand.

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The consumer is hard to impress and the next10 years of advertising relies completely on them buying into our largely tech-driven, utopian vision of making every single advertising message relevant to the receiver. Over the next 10 years, advertising will move from communicating to predicting, and emoting, based on human needs. Without a doubt, we’re going to witness a shift from obsessing over what advertising looks like, to what advertising feels like. And in 2025 we’re going to have the technology to make people genuinely happy.

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Nov 11, 1794  the telegraph was a device used to send coded messages as beeps along wires.

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Mobile phones from being a mere communication device have taken big leaps over the years and today have become a multi-utility device making quite a replacements. Mobile phones these days have cameras, music player, video-recorders, FM radio, Browsers, Business applications enabled in it to give you wholesome entertainment and help you get more from a single gizmo. With the advent of new technologies, the mobile phone use is expected to increase in future.

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In the future mobile phones are set to play a much bigger role in to the life's of common people. Mobile banking and shopping have already been introduced and with time they are going to get more popular.

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By 1905, the S. F. Bowser “Self-Measuring Gasoline Storage Pump” was known to motorists as a “filling station.”    Bowser kerosene pumps used marble valves, a wooden plunger and an upright faucet. With the pump’s popular success at Jake Gumper’s grocery store, Bowser formed the S.F. Bowser & Company and patented his invention in late October 1887.
The original Bowser pump consisted of a square metal tank with a wooden cabinet equipped with a suction pump operated by hand-stroke lever action.

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In 2016, about 143.37 billion gallons (or about 3.41 billion barrels) of

finished motor gasoline were consumed in the United States, a daily average of about 391.73 million gallons (or about 9.33 million barrels per day).³This was the largest amount of annual motor gasoline consumption on record.

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If electric and hybrid cars, as well as self-driving cars, haven't grown in use at an exponential rate then the future might look a bit like this. A glimpse of the gas station of the future has popped up in Akron, Ohio, where a filling station is unmanned and has stations that let drivers refill with compressed natural gas or charge their electric cars. A mobile phone app called chargepoint lets Ohio drivers access the electric charging stations, while the natural gas side is entirely self-serve with credit card slots.

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The first camera was the pinhole camera developed in 965 AD by an Arab physicist named Ibn al-Haytham, who was also known as Alhazen. The camera has ever since been developed through various phases and stages. Other cameras to be discovered and invented included the camera obscura by Shen Kuo in the 11th Century AD, silver nitrate in the 16th Century, and silver chloride. The two chemicals, silver nitrate, and silver chloride darken after being exposed to light. This act is called photochemical effect as Wilheim Homberg described it in 1694. George Eastman pioneered the use of films in photography in 1885. The black and white photography was widely used despite the introduction of colored pictures in 1865.

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While film can be affected by many factors and the true resolution you can get is debatable, the resolution of digital sensors has improved significantly compared to only a few years ago. The first digital sensors were barely able to break the megapixel barrier, and today’s cameras have 36 megapixels and higher, with the

highest being 50 megapixels on the Canon 5Ds/R.

Today, sensors can push ISO to 100,000 or above (a five stop difference) while still retaining an enormous amount of color data and detail.

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1. Stronger Sensors
2. Smaller Cameras
3. More Photojournalism
4. Closer Integration
5. Intelligent Cameras
6. More Versatile Lenses
7. Alternative Energy Solutions
8. New Formats
9. Smarter Software
10. Return of the Vintage

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Traditionally, musical composition and creativity in the utilization of compositional techniques has been a symbol of excellence and accomplishment. Commissions from royal courts or highly regarded churches were awarded to the most advanced and innovative composers, who would consistently strive to create, above all else, music for its beauty, wonder, and significance. Though restricted by various, yet progressively loosened cultural boundaries, the main goal of the most accomplished composers has always been to search within their musical compositions for a sense of musical mastery and understanding, acting centrally as scientists studying music as a natural science.

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Through the evolution of music and it's different eras we have arrived to today. Considering the growth of the music industry, most technological advancements in recording and music production have catered to these trends. Whether analog to digital, live recordings to sampled recordings, tape hiss and distortion to digital clarity, all have been in the pursuit of producing a more polished product to present to the consumer audience of the now massive music industry. This knowledge is indescribably invaluable to modern music producers and recording engineers.

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There isn't a clear path were music might be in the future however, digital music continues to rise so maybe that is the future.

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The first ever electric refrigerator was invented by General Electric in 1927, costing each eager homeowner around $520 (that’s over $7000 in today’s money!). They called this a ‘Monitor-Top’, and it set the trend for refrigerator aesthetics until the 1940’s.  These fridges are the inspiration behind our Classic line of appliances.

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A typical refrigerator only uses about one half of the energy that a model of comparable size would have used in the year 1970. Energy efficiency on a modern-day refrigerator can dip under 460 kWh a year, which is less than a 100 watt lightbulb. It’s a win-win for both consumers and mother nature.

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The self-cleaning 'fridge of the future' will automatically place supermarket home delivery orders when required and move food near its use by date to the front of the shelves.The smart fridge will use 'nano-articulated technology' shelf surfaces which, whilst smooth to the touch, will have millions of independently controlled micro-tiles which will manoeuvre products which soon need to be eaten to the front of the fridge.

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Scot, John Logie Baird demonstrated the world's first television system to the public in 1925.  He chose Selfridges, a department store in London for the demonstrations. It was the following year that he demonstrated it to the scientific community.

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Now  television can do a lot stuff  compare to  before. We can watch at least 200 channels ,play game ,watch 3D television, go online ...

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Maybe at the future there is hologram,you only put a tiny projector on the ground , and you don't need a screen ,and the show will like flouting in the air.

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The first programming languages designed to communicate instructions to a computer were written in the 1950s. An early high-level programming language to be designed for a computer was Plankalkül, developed by the Germans for Z1 by Konrad Zuse between 1943 and 1945. However, it was not implemented until 1998 and 2000.

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Programming language evolution continues, in both industry and research. Some of the recent trends have included:

Increasing support for functional programming in mainstream languages used commercially, including pure functional programming for making code easier to reason about and easier to parallelise (at both micro- and macro- levels)

Constructs to support concurrent and distributed programming.

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In the future only a handful of programming languages will be made better by improving their efficiency and easy use, but it is difficult to guess the future given we don’t know what programming language will be most helpful to the future generations.

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Before the 1900s research was made by looking up the material needed in books and assuring they were credible sources. These documents had to be search thoroughly to make sure they were up to date aswell.

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Today information is at our fingertips and most literally. Technology has advanced quickly over the years, computers and phones bring multiple and accurate sources instantly at any moments notice when one needs it .

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Maybe in the future we will be able to think of he information we need and instantly have that information in our heads .