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A Rich Heritage Gives Way to Modern Ingenuity
In fact, many modern conveniences and necessities are directly related to, or derivative of, the inventions of black inventors: blood banks, the refrigerator, the electric trolley, the dust pan, comb, mop, brush, clothes dryer, refrigerator, lawn mower, traffic signals, the pen and the pencil sharpener.
But what of the present-day counterparts to these historical figures? Did African-Americans just up and stop inventing? The answer, conclusively, is no.
From colonial times through today, Americans of African and Caribbean descent have contributed to the advancement of medicine, physics, industrialization and plain old fun. Listed below is an introduction to ten of the many modern-day African-American inventors along with a brief the inventions they’ve created.
1.
Imagine living in a world ranging from hazy, clouded vision to that of total darkness for 30 years. Before
1985, that was the plight of those with cataracts who did not want to risk surgery with a mechanical grinder.
Now imagine sitting in a doctor’s office without being able to see her as she explains that it may be possible to restore your vision. You can’t tell by studying body language whether to trust this person or if they’re pulling your leg. All you have to go by is the sound of the voice assuring you that this procedure is safe, more accurate and more comfortable than traditional cataract surgery.
As a noted opthamologist and famous black inventor, Dr. Patricia bath has dedicated her life to the treatment and prevention of visual impairments. Her personal belief that everyone has the “right to sight” led to her invention in
1985 of a specialized tool and procedure for the removal of cataracts. With the laserphaco probe and procedure, dr.
Bath increased the accuracy and results of cataract surgery, which had previously been performed manually with a mechanical grinder.
The difference between the old method and her new invention was the difference between the use of highly accurate laser technology and the somewhat subjective accuracy of a mechanical device. The laserphaco probe combined an optical laser, irrigation system and suction tubes. In use, the laser is inserted into a tiny incision on the eye; the laser then vaporizes the cataract and lens material, which is removed via the suction tubes. A replacement lens is then inserted on the eye.
With the laserphaco probe invention and the development of the procedure for its use, Dr. Bath helped restore the sight of several people who had been blinded by cataracts for up to 30 years. Imagine the joy they felt when they opened their eyes to see dr. Patricia bath’s smiling face for the first time.

2.
As a child, Mark Dean excelled in math. In elementary school, he took advanced level math courses and, in high school, Dean even built his own computer, radio, and amplifier. Dean continued his interests and went on to obtain a bachelor’s degree in electrical engineering from the University of Tennessee, a masters degree in electrical engineering from Florida Atlantic University and a Ph.D. in electrical engineering from Stanford. He is one of the most prominent black inventors in the field of computers.
Dr. Mark Dean started working at IBM in 1980 and was instrumental in the invention of the “Personal Computer”
(PC). He holds three of IBM’s original nine PC patents and currently holds more than 20 total patents. The famous
African-American inventor never thought the work he was doing would end up being so useful to the world, but he has helped IBM make instrumental changes in areas ranging from the research and application of systems technology circuits to operating environments. One of his most recent computer inventions occurred while leading the team that produced the 1-Gigahertz chip, which contains one million transistors and has nearly limitless potential
Kenneth J. Dunkley is currently the president of the Holospace Laboratories Inc. in Camp Hill, Pennsylvania.
He is best known for inventing Three Dimensional Viewing Glasses (3-DVG) – his patented invention that displays 3-D effects from regular 2-D photos without any type of lenses, mirrors or optical elements. By studying human vision, Dunkley discovered that blocking two points in a person’s peripheral vision will cause an ordinary picture to appear 3-Dimensional, so he developed his 3-DVG to block out these points.
In addition to his 3-DVG invention, Kenneth Dunkley also receives attention for his efforts as a visual pioneer. In
Harrisburg, PA, at the Museum of Scientific Discovery, he has conducted visual effects workshops for four years.
Dunkley is also a leader in the field of holography.
Dr. Philip Emeagwali, who has been called the “Bill Gates of Africa ,” was born in Nigeria in 1957. Like many
African schoolchildren, he dropped out of school at age 14 because his father could not continue paying
Emeagwali’s school fees. However, his father continued teaching him at home, and everyday Emeagwali performed mental exercises such as solving 100 math problems in one hour. His father taught him until Philip "knew more than he did."
Growing up in a country torn by civil war, Emeagwali lived in a building crumbled by rocket shells. He believed his intellect was a way out of the line of fire. So he studied hard and eventually received a scholarship to Oregon State
University when he was 17 where he obtained a BS in mathematics. He also earned three other degrees – a Ph.D. in
Scientific computing from the University of Michigan and two Masters degrees from George Washington
University.
The noted black inventor received acclaim based, at least in part, on his study of nature, specifically bees.
Emeagwali saw an inherent efficiency in the way bees construct and work with honeycomb and determined computers that emulate this process could be the most efficient and powerful. In 1989, emulating the bees' honeycomb construction, Emeagwali used 65,000 processors to invent the world’s fastest computer, which performs computations at 3.1 billion calculations per second.
Dr. Philip Emeagwali's resume is loaded with many other such feats, including ways of making oil fields more productive – which has resulted in the United States saving hundreds of millions of dollars each year. As one of the most famous African-American inventors of the 20th century, Dr.

Emeagwali also has won the Gordon Bell Prize –the Nobel Prize for computation. His computers are currently being used to forecast the weather and to predict the likelihood and effects of future global warming.
Born and raised in Monroe, Louisiana, the young Betty Harris was interested in chemistry. At college she obtained a BS degree in chemistry from Southern University and an MS degree in chemistry from Atlanta
University.
Harris then started to work as a visiting staff member for the Los Alamos National Laboratory in New Mexico. The
Los Alamos National Laboratory focuses primarily on field and laboratory studies of geological processes related to environmental issues. After working for some time and gaining more exposure to the field of research, she decided to become a research chemist and earned her Ph.D. from the University of New Mexico.
As a research chemist at Los Alamos, Betty Harris worked in the areas of hazardous waste treatment and environmental restoration facilities contaminated with energetic materials such as propellants, gun propellants, and explosives. She eventually became a noted expert in the chemistry of explosives. Recently, she has even worked with Girl Scouts to develop a chemistry badge that is similar to the chemistry merit badge for Boy Scouts. Through her research, Harris obtained a patent for developing a spot test for identifying explosives in a field environment.
She has received the state’s Governor’s Trailblazer Award for her achievements.
Dr. Shirley Jackson, a theoretical physicist, has been credited with making many advances in science. She first developed an interest in science and mathematics during her childhood and conducted experiments and studies, such as those on the eating habits of honeybees. She followed this interest to the Massachusetts Institute of Technology
(MIT) where she received a bachelors, masters, and doctoral degree, all in the field of physics. In doing so she became the first African-American woman to acquire a Ph.D. from MIT.
Jackson started to conduct successful experiments in theoretical physics and then started to use her knowledge in physics to start making advances in telecommunications while working at Bell Laboratories. These advances include developments in the portable fax, touch tone telephone, solar cell, and the fiber optic cables used to provide clarity in overseas telephone calls. She has also helped make possible Caller ID and Call Waiting.
Currently, Jackson is the president of the Rensselaer Polytechnic Institute, recently ranked by U.S. News and World
Report as one of the nation’s top 50 universities. The mission of the Rensselaer Plan calls for “apply[ing] science to the common purposes of life.” Dr. Jackson’s goal for Rensselaer is “to achieve prominence in the 21st century as a top-tier world-class technological research university, with global reach and global impact.”

An anonymous source said of the Super Soaker®: “I got fired from a job once because of my Super Soaker. I guess that’s what happens when you accidentally drench a customer when you’re trying to get a co-worker who ducks.”
Lonnie G. Johnson probably didn’t have that little scenario in mind when he invented the Super Soaker squirt gun, but it is one of the countless memories that can be recalled by those who were young enough to enjoy the Super
Soaker after its release in 1989.
Johnson’s resume boasts work with the US Air Force and NASA (including work on the Galileo Jupiter probe and
Mars Observer project), a nomination for astronaut training and more than 40 patents, but it’s for a squirt gun that he’s best known. Johnson conceived of a novelty water gun powered by air pressure in 1982 when he conducted an experiment at home on a heat pump that used water instead of Freon. This experimentation, which resulted in
Johnson shooting a stream of water across his bathroom into the tub, led directly to the development of the Power
Drencher, the precursor to the Super Soaker.
Johnson now has his own company, Johnson Research and Development, and continues to do work for NASA.
Did you ever think of what it might be like if your television could project the on-screen image directly into your living room as a 3-Dimensional image? Maybe not, but if it happens, you'll have African-American inventor Valerie
Thomas to thank for it.
From 1964 to 1995, Thomas worked in a variety of capacities for NASA where she developed real-time computer data systems, conducted large-scale experiments and managed various operations, projects and facilities. While managing a project for NASA’s image processing systems, Thomas’ team spearheaded the development of
“Landsat,” the first satellite to send images from space.
In 1976, Thomas learned how concave mirrors can be set up to create the illusion of a 3-dimensional object. She believed this would be revolutionary if technology could be harnessed to transmit this illusion. With an eye to the future, Valerie Thomas began experimenting on an illusion transmitter in 1977. In 1980, she patented it. In operation, concave mirrors are set up on both ends of the transmission. The net effect of this is an optical illusion of a 3-dimensional image that looks real on the receiving end. This brilliant innovation placed Thomas among the most prominent black inventors of the 20th century.
NASA continues to use her technology and is exploring ways to use it in surgical tools and possibly television and video.

Even in high school, John Henry Thompson was interested in computer programming languages. He taught himself several programming languages such as FORTRAN, PLI, COBOL and JCL while working in a New
York research facility. Thompson’s goal was to absorb as much knowledge as possible so he could develop his own computer language.
After graduating from High School, he attended MIT where he obtained a degree in Computer Science and a minor in Visual Arts. By combining these two seemingly disparate disciplines, Thompson wanted to bridge the gap between art and technology. Four years later as a chief scientist at Macromedia™, he was able to make progress towards this goal. He developed a number of products, many of them based on his most famous invention, Lingo programming: a scripting language that helps render visuals in computer programs. Thompson used Lingo in one of his better known programs, Macromedia™ Director. Macromedia™ Director is able to incorporate different graphic formats (such as BMP, AVI, JPEG, QuickTime, PNG, RealVideo and vector graphics) to create multi-media content and applications, thus combining computer programming language with visual art.
Lingo is now used with many programs that have interactive simulations with graphics, animation, sound, and video. Along with Macromedia™ Director, Thompson has helped develop MediaMaker, Actions, VideoWorks
Accelerator, and Video Works II. Lingo has also been used to create flash and shockwave programs that now are prevalent in video games, web design, animation, and graphics.
Ninety percent of microphones used today are based on the ingenuity of James Edward West, an African-American inventor born in 1931 in Prince Edwards County, VA. If you’ve ever talked on the telephone, you’ve probably used his invention.
Dr. James E. West and a colleague, Gerhard Sessler, developed the mic (officially known as the Electroacoustic
Transducer Electret Microphone) while with Bell Laboratories, and they received a patent for it in 1962. The acoustical technologies employed became widely used for many reasons including high performance, acoustical accuracy and reliability. It is also small, lightweight and cost effective.
West started at Bell labs as an intern and joined them full-time in 1957 after graduating from Temple University. As the inventor of the microphone, James West has received numerous awards and honors including a Fellow of IEEE,
Industrial Research Institute's 1998 Achievement Award, 1995 Inventor of the Year from the State of New Jersey and induction in the Inventors Hall of Fame in 1999. James E. West holds 47 US patents and more than 200 foreign patents from his 40-year career with Bell Laboratories.
During his career, West also involved himself with programs designed to encourage minorities to take more of a role in the sciences. In the 1970's, he was a member of the Association of Black Laboratories Employees (ABLE) at Bell
Labs that influenced management to fund the Summer Research Program (SRP) and Cooperate Research Fellowship
Program (CRFP) – programs that helped more than 500 non-white students graduate with degrees in science, engineering and mathematics.
James Edward West now works with Johns Hopkins University as a research professor