FUTURE MEDICAL TECHNOLOGY TRENDS IN MEDICINE

Future medical technology has already been mentioned on other pages on this website. I've already talked about future inventions including robotic surgery which is here now. On another page I've talked about future robots that include medical nanobots that target specific cancer cells and other diseased cells and either deliver medicine or remove them altogether.
But, what I didn't talk about on those other pages is that future trends in medicine involving robotic surgery will include the use of lasers, ultra high frequency sound wave, microwaves and pinpoint electromagnetic vibrations.
To expand upon future medical technology involving nanobots, this microscopic robots will not only deliver medicine and cut out unwanted cells, but they will do so precisely, automatically and thoughtfully. Just like robotic surgical machines will have access to large medical databases and make decisions on the fly more accurately than humans, medical nanobots a few years after this will be afforded the same empowerment.

At first, the future medical nanobots will take wireless instructions from a "thinking" computer host outside of the patient's body. But, as the medical nanorobotics field grows and chips and hard drive further downsized, then swarms of nanobots can be release into a human body, load sharing information and working as a team to cure illnesses, conditions and diseases.

Now, let's talk about some other future trends in medicine such as brain-computer interfaces, regenerative medicine, organ replacement, mental health reclamation, dream decoding, gene therapy, home self-monitoring, personalized drugs, bioengineering, bionic limbs and bionic organs, human cloning and customized babies.
It his here I have to note that not all of these future medical technology advances will occur concurrently. Social and moral discourse along with the zigzag evolutionary progression of the technology will hold some advances back while others will shoot to the forefront of popularity and functionality.
Brain-computer interfaces are nothing new. For several years now patients with organic brain diseases or traumatic brain injuries have been able to move a cursor around on a computer monitor using their thoughts. With future medical technology this interface will be much more robust especially in the areas of brain injuries and mental illness.
The brain-computer interface for brain injuries will be able to localize the specific cell-by-cell damage, report the areas of localization and help the patient through brain plasticity to migrate this functionality to other portions of the non-damaged tissue.
For patients with mental illness diagnoses such as thought disorders, hallucinations, delusions, OCD and a myriad of other disorders listed in the DSM IV will be recorded and dealt with using either localized brain stimulation or engaging other technologies such as nanorobots to deliver targeted medication.

As this future medical technology advances, traditional talk therapy from a psychotherapist will be replaced by computers with large databases that can cross reference case studies in nanoseconds and communicate directly with patients. Other applications for brain-computer communication for mental illness will be dealing with cases of PTSD where patients relive traumatic experiences such as war or rape.

The computer will be able to manage flashbacks, help the patient to deal with memories, loss, grief through using the most efficient and effective neural pathways to optimize brain function and healing channels.
Moving on to regenerative medicine, future medical technology will dictate that at first this will take place outside the human body and then through robotic surgery or nanorobots tissue will be replaced. Another offshoot of this process will be organ replacement.
At first, organs from other animals will be used as they are now. But future medical technology will dictate that this tissue will be combined with human tissue, then be transplanted into the patient. A little further down the road, medical technology will advance to the point where patients will grow new organs based upon their own tissue samples.
And based upon this technology this new organ growth will take place inside the body so the transplantation will become unnecessary. The old tissue will simply overtake the diseased tissue regenerating and replacing diseased or damaged tissue at an accelerated rate.
Mental health reclamation I've already discussed, but this will be aided by dream decoding. Right now medical science still does not know the function of dreams and dreaming. Future medical technology however, will crack the code of the healing power of dreaming, deciphering symbols and will use the power of this to not only cure insomnia and other sleep disorders, but to empower one's own dreams for optimal mental health.
The use of computers with large dream databases will be used along with large social dreaming networks where people can interact with others who are also dreaming worldwide. Safety and security nets will need to be employed to prevent all sorts of misuse such as dream bullying or other scare tactics. The dreamer will be able to opt out, change social networks or go off onto other peaceful tangents and fantasies of one's one if desired.
Gene therapy is already happening now and will become more robust in the future. With the Human Genome Project fully analyzed, future medical technology will be able to target specific defective genes in one's DNA and replace those genes with healthy ones. Future computers will easily track, record, analyze and put these in a huge medical database for others to use as needed.
Home self monitoring is also something that is already happening. Diabetics can export data into their home computer and graph insulin usage and other details. Those on CPAP for sleep apnea can also download results and track progress.
But future medical technology will reach a new level of home self monitoring never imagined before. In fact, for some patients, hospitals will become decentralized in that patients will be able to monitor their own conditions from the comfort of their own homes as the first line of defense, then upload the data to a more centralized medical center.
This medical center will analyze the data with a large database and neural network of cloud computing and may engage in some medical procedures with the patient at their own home. Adjusting medication intake, tracking cancer cell growth and deploying nanorobots as necessary and dealing with mental health issues are a few tasks that may be initiated by self monitoring but acted upon in locations outside the home.
In the future, personalized drugs will become increasingly common. No longer will huge pharmaceutical drug cartels roll out common pills for the masses that may have a host of side effects for a percentage of individuals. Small decentralized drug companies will take over that will serve individuals in certain regions.
Future medical technology will get to the point that medicine can be created to individual specifications on an economic basis. Drug companies will have access to a persons medical files from fetus to present age including genetics, diseases, DNA, data from nanorobots, from brain-computer communications, from dream decoding, gene therapy, home self-monitoring, bioengineering, cloning, bionics and a myriad of other medical information per individual. All of this cumulative data will be used to create designer medication specific to each human.
Now to move onto bionic limbs, they already exist and people are using them in the now. No longer is this science fiction, but it is indeed science fact. In the future, however, bionic limbs will be much more elegant and fluid in nature. People will be able to choose bionics over natural limbs and then have these procedures reverse.
Before some of the other more sophisticated technologies that I've already talked about come of age, bionic organs will be in place assisting people to stay alive and remain healthy. This will, however, most likely be more transitional technology than a permanent mainstay. Cold plasma will also be used in fighting disease and will become the norm not too many years from now.
Human cloning meets much resistance today and will continue to meet resistance though future gene splicing in a step-by-step fashion will help to curb some of this resistance. Conservative religious groups will thwart the growth of science and technology in this area in the near future. Because science and technology will continue to struggle to analyze and quantify the "soul" and "consciousness" to the satisfaction of the masses, this area will not advance as quickly as other areas.
Another area of moral objection will be customized babies. Some parents are presently engaging in this practice today, though it is very controversial. Some parents today create their children using only sperm or eggs from Mensa donors or other "super donors".
There are also some parents that today engage in genetic screening and use artificial insemination to pick suitable candidates basic partly upon genetics and partly upon other factors such as a donor's history, family, status, abilities and many more criteria.
Not all countries will have laws discouraging the future medical technology in this area, so people without moral reservations can shop abroad for services to create their customized children.
This is just a glimpse into the future medical technology that is not very far off. What I have outlined here is happening right now either commercially or in the research labs. This is not science fiction, but rather a prognostication of how the medical technology will play out in the months and years to come.

3D without glasses, Cross-Eye HD

After the iPad? The iBoard and iMat, Of Course!

Bigger is always better, right?
Most people don't like the way Apple rolls out products. The company releases a device, only to roll out the "next version" a year later. The newer model usually contains only a few minor tweaks, which could have been implemented on the original (copy-paste on the iPhone anyone?).
It was this mindset that had people criticizing the iPad. "It's just a giant iPhone," they said. "It even runs the same OS as the iPhone and iPod Touch!" Well here's one for the people who think Apple's line of products has gotten just a bit too linear.
The folks over at begeek.fr have predicted the next two iterations of the Apple iPad. Behold! The iBoard and the iMat!

THE PERSONAL COMPUTER

Steve Jobs and Steve Wozniak, the duo who began Apple Computer in 1976, are among the most well-known revolutionaries of the computing age. Their invention of the first true personal computer changed people's ideas of what a computer could look like and what it could do for them to make their lives easier and their work more efficient. Apple continues to be one of the best-known and most popular brands of personal computing devices in the world.
Steven Paul Jobs was born on Feb. 24, 1955, in San Francisco and adopted as an infant by a couple who raised him in Los Altos, Calif. He entered Reed College in Portland, Ore., in 1972 but dropped out after one semester to work for Atari, a maker of video games. He had become very interested in the emerging world of personal computing while still in high school, when he had begun attending lectures at Hewlett-Packard Co. where he met and befriended Wozniak.
Stephen Gary Wozniak was born on Aug. 11, 1959, in San Jose, Calif. He left the University of California at Berkeley before he finished his degree, to go to work for Hewlett-Packard. He and Jobs were very involved with a local organization called the Homebrew Computer Club where they discussed and experimented with hardware and software, including video games. It became clear to them that the personal computing era was about to heat up significantly.
Jobs became bent on starting a company of his own to build computers for individuals, and he convinced Wozniak to start it with him. They sold some of their prized belongings—for Jobs, a Volkswagen minibus and for Wozniak, a programmable HP calculator—to raise $1300 to launch the enterprise. They built their first machines in Jobs' family garage in 1976.
With Wozniak’s computing and software genius combined with Jobs' marketing prowess, success came relatively quickly. They sold their first fifty machines to a dealer called the Byte Shop in Mountain View, Calif. Dubbed "Apple Is," the computers sold for $666 each. They were the first single-board computers with onboard Read Only Memory, or ROM. They also had a video interface.
A year later, in 1977, Jobs and Wozniak introduced the Apple II, which included color graphics and which housed its electronics inside a plastic case. Programmers began creating applications for the Apple II at Jobs' urging; soon there were more than 15,000 applications available for the machine. This, the first mass marketed personal computer, took Apple to a new realm of success. The company secured $600,000 venture funding under the management of Mike Markkula, a former Intel executive, who signed on as Apple’s chairman.
In 1979, Apple designed its revolutionary Lisa computer; also that year, Wozniak was issued U.S. patent No. 4,136,359 for a microcomputer. Lisa, which finally hit the marketplace until 1983, was followed by development of Macintosh, which introduced to users the now-familiar icon-rich interface navigable by computer mouse. This interface has served as a model for virtually every consumer operating system maker in the world since.
Apple Computer went public in 1980, making its founders multi-millionaires; Jobs became chairman while Markkula took on the role of president. Wozniak left Apple after a plane crash damaged his memory in 1981 (though he has remained, officially, an Apple employee to this day). Jobs, meanwhile, continued to work on product development at Apple until 1985, when he left the company amid a power struggle with its then-president and CEO John Sculley.
Jobs started a new computer products company, NeXT, in 1989, which he hoped would compete with Apple; this venture was unsuccessful in hardware but it did introduce object-oriented programming, which helps tremendously in streamlining software development processes. Jobs sold NeXT Software to Apple in 1997. Jobs also took the helm of Pixar computer animation studios, which he purchased from George Lucas in 1986 for less than $10 million and, within a decade, had turned into a feature film-making powerhouse. The studio's first film made under his leadership, "Toy Story," was the highest grossing domestic film of 1995. Jobs continues to serve as CEO of Pixar Studios as of this 2007 writing.
Jobs also returned to Apple after a decade of absence; in 1996 he became an advisor to then-Apple chairman Gilbert F. Amelio. Jobs accepted the role of Apple chairman and CEO in 1997 and has since revitalized the company with improved products and services and the introduction of such highly successful product lines as the iPod and the MacBook.
Wozniak, meanwhile, took a different tack, heading back to school to complete his B.S. degree in Electrical Engineering and Computer Science at U.C. Berkeley in 1987. He also became very involved in education, teaching fifth-grade students at local schools near his Silicon Valley, Calif., home and sponsoring a variety of education-focused programs in the U.S. and overseas. He consulted for Apple until 1985 and then founded CL 9, a company that developed remote control switches. In 2001, he co-founded Wheels of Zeus, or "WoZ," (which is also one of his nicknames), to create wireless GPS technology systems. WoZ closed in 2006, after which Wozniak co-founded Acquicor Technology with Gil Amelio.
Both Wozniak and Jobs have been recognized with countless awards and honors, including National Medals of Technology, awarded in 1985 by then-President Ronald Reagan. Wozniak was inducted into the Inventors Hall of Fame in 2000 and is a past recipient of the Heinz Award for Technology, The Economy and Employment. Jobs was granted the Jefferson Award for Public Service in 1987 and was named Entrepreneur of the Decade by Inc. Magazine in 1989.

THOMAS ALVA EDISON

Thomas Alva Edison (born February 11, 1847 – died October 18, 1931 at age 84 years) is the inventor and businessman who developed many important devices. The Wizard of Menlo Park is one of the first inventors to apply the principles of mass production in the process of discovery.

He was born in Milan, Ohio, United States on February 11, 1847. In his childhood in the United States, Edison always scored poorly in school. Therefore, his mother taught him from school and at home. At home with small Edison freely to read scientific books mature and begin to conduct various scientific experiments alone. At the age of 12 he began working as a newspaper seller, fruit and sweets on the train. Then he became a telegraph operator, he moved from one city to another. In New York he was asked to become head of the telegraph machine that matters. The machines that send business news to all the leading companies in New York.

In 1870 he found a better telegraph machine. The machines can print the messages on a long paper tape. The money generated from its discovery was enough to establish his own company. In 1874 he moved to Menlo Park, New Jersey. There he made ??a major scientific workshop and the first in the world. After that he did a lot of important discoveries. In 1877 he discovered gramophone. In 1879 he managed to find the electric light and then he also found a projector for small films. In 1882 he installed electric lights in the streets and houses as far as one kilometer in the city of New York. This is the first time in the world of electric lights in use on the streets. In 1890, he founded the General Electric Company.

Thomas Edison was a young age Edison is seen as one of the most prolific creators of his time, holding a record 1,093 patents in his name. He also helps a lot in the field of defense the United States government. Some of his research include: detection of the aircraft, destroying the periscope with machine guns, submarine detection, stop the torpedo with nets, increased the strength in torpedo, ship camouflage, and many more.

In 1928 he received the award in the form of a special medal from the United States Congress. Thomas Alva Edison died at the age of 84, on the anniversary of his discovery of the famous, modern light bulbs.

Bill Gates

Entrepreneur. Born William Henry Gates, III, on October 28, 1955, in Seattle, Washington. Gates began to show an interest in computer programming at the age of 13 at the Lakeside School. He pursued his passion through college. Striking out on his own with his friend and business partner Paul Allen, Gates found himself at the right place at the right time. Through technological innovation, keen business strategy, and aggressive competitive tactics he built the world's largest software business, Microsoft. In the process he became one of the richest men in the world.
Bill Gates grew up in an upper middle-class family with two sisters: Kristianne, who is older, and Libby, who is younger. Their father, William H. Gates, Sr., was a promising, if somewhat shy, law student when he met his future wife, Mary Maxwell. She was an athletic, outgoing student at the University of Washington, actively involved in student affairs and leadership. The Gates family atmosphere was warm and close, and all three children were encouraged to be competitive and strive for excellence. Bill showed early signs of competitiveness when he coordinated family athletic games at their summer house on Puget Sound. He also relished in playing board games (Risk was his favorite) and excelled in Monopoly.
Bill had a very close relationship with his mother, Mary, who after a brief career as a teacher devoted her time to helping raise the children and working on civic affairs and with charities. She also served on several corporate boards, among them First Interstate Bank in Seattle (founded by her grandfather), the United Way, and International Business Machines (IBM). She would often take Bill along on her volunteer work in schools and community organizations.
Bill was a voracious reader as a child, spending many hours pouring over reference books such as the encyclopedia. Around the age of 11 or 12, Bill's parents began to have concerns about his behavior. He was doing well in school, but he seemed bored and withdrawn at times. His parents worried he might become a loner. Though they were strong believers in public education, when Bill turned 13 they enrolled him in Seattle's Lakeside School, an exclusive preparatory school. He blossomed in nearly all his subjects, excelling in math and science, but also doing very well in drama and English.
While at Lakeside School, a Seattle computer company offered to provide computer time for the students. The Mother's Club used proceeds from the school's rummage sale to purchase a teletype terminal for students to use. Bill Gates became entranced with what a computer could do and spent much of his free time working on the terminal. He wrote a tic-tac-toe program in BASIC computer language that allowed users to play against the computer.
It was at Lakeside School where Bill met Paul Allen, who was two years his senior. The two became fast friends, bonding on their common enthusiasm over computers, even though they were very different. Allen was more reserved and shy. Bill was feisty and at times combative. They both spent much of their free time together working on programs. Occasionally, they disagreed and would clash over who was right or who should run the computer lab. On one occasion, their argument escalated to the point where Allen banned Gates from the computer lab. On another occasion, Gates and Allen had their school computer privileges revoked for taking advantage of software glitches to obtain free computer time from the company that provided the computers. After their probation, they were allowed back in the computer lab when they offered to debug the program. During this time, Gates developed a payroll program for the computer company the boys hacked into, and a scheduling program for the school.

Alternate-Reality With "Sputnik Projector"

This entertainment companion is sure to get your eyeballs and mind straight into outer space – tout de suite! It’s a projector with a cuteness!You love projectors too.The former USSR launched Sputnik. In celebration of the fabulous designtastic shape of the Sputnik, and due to the meaning of Sputnik: “traveling companion,” The projector look just like an alternate-reality Sputnik I, it’s got a little space center controller!



That display screen looking thing there is an actual display screen, info is shown in black and white on it, and It’s got all your normal control on/off,next/previous,angle/focus/channel/volume, but then it’s got a quick clock switch, radio and music functions as well.it’s got the classic Cathode Ray Tube TV panel BULGE. On the control center’ s backside there’s a USB port, SD card slot, and earphones jack. Bluetooth, Wi-Fi, and ZigBee are all supported.




When not in use by parents, a child TV it will be .
When not in use by kids, a cat clock it will be.
When not in use by the cat, off it’ll be