Get Your Ticket To Ride To The Stars

NASA is not the only power player in US space exploration. SpaceX, Virgin Galactic and Blue Origin are all making a name for themselves. The difference is that NASA is concerned with public service and pure science. The private sector space agencies are more interested in the almighty dollar. That means they will be staging projects geared toward profitable exploration, like mining interstellar bodies for lucrative minerals and space tourism. And whenever there is a buck to be made competition is sure to arise. Americans only need to look East to find competitor nations joining the profitable space race. Who will the gringa be rooting for? Read on and find out. Here are the Asian contenders who have certainly got game:

JAPAN: PD Aerospace acknowledges that the company is lagging behind their US counterparts. However, Shuji Ogawa, the company’s CEO, doesn’t seem at all disheartened by this. He believes there is enough consumer and investor interest to go around. Pretty much every single Earthling would love to realize the dream of a trip into space. Even if PD Aerospace is dead last in the race to launch cosmic tourists, there will still be plenty of money to be made.

PD is looking to use a re-usable spacecraft that resembles a plane. It will have an alternating propulsion system using jet and rocket technologies. Passenger capacity of 8, crew capacity of 2, will make for a very personalized tour. Flight limitation is 100 kilometers above the Earth’s surface. That is where outer space and Earth’s atmosphere meet.

So when will this bird get off the ground? First flight is expected to launch in just 3 more years. Trials are scheduled for another 3 years. So, in less than a decade the non-average Joe, with an extra quarter million of disposable income, can take to the highest heavens.

It will take some time for revenue to affect the company’s bottom line and lower the cost of a ticket. Eventually, a space flight will become affordable enough for even the regular average Joe. PD hopes to eventually bring ticket cost down to the $3,600 range. That’s a relief to the gringa!

CHINA: Kuang-Chi Science has a bit more swagger to their space travel chatter. They believe Asia is a better market for space tourism than the US. This means that even though they got a slower start than private American space firms, they are confident they will become more profitable much quicker.

The gringa loves their space flight plan to use a giant helium balloon to lift a capsule to the same dizzying heights as PD. With the same passenger capacity the main difference between the two trips will be that PD’s flight will have the fireworks and noise of rocket propulsion while Kuang-Chi will deliver a steady, peaceful glide. A quiet ride is very appealing to the gringa.

The chairman of the company, Liu Ruopeng, points out that passengers have no need of skills training or to be physically fit. The Kuang-Chi balloon trip to the edge of the cosmos is open to everyone. The gringa appreciates this sense of inclusiveness.

Another cool aspect to China’s space tourism model is that it will double as a scientific data gathering mission. On board is a platform that collects meteorological and agricultural information that is transmitted to networks on the ground. Being a tourist means also being a passive citizen-scientist. Your ticket to ride funds research and environmental monitoring that can help make the world a better place.

Kuang-Chi is also determined to be competitive. Although they haven’t announced how much a ticket will be, they have made it clear that it will be significantly less than what their competitors will offer. So start saving up your money. They have already begun test flights with their spacecraft “Traveler” and a turtle was the first passenger! Tourism is scheduled to begin in 3 years.

MALAYSIA: Although one might not equate this southeast Asia nation with innovative technology, with the creation of Independence-X, it is changing people’s minds about the who’s who in space travel. Look for this company to have a robotic spacecraft on the Moon’s surface sometime this year. If successful, it will certainly catch the eye of investors. A successful lunar landing will hopefully spur funding for space tourism technology development. So, although they are not yet in the race, they are definitely warming up in the batter’s box.

So who is the gringa rooting for? Kuang-Chi Science. I must admit my soft spot for positive business modeling that features inclusiveness, consumer affordability, environmental activism and… is pet friendly! I would like to join that turtle in space flight that will not just be a thrilling vacation of a lifetime but will also perform a service to my fellow Earthlings!


Kuang Chi Science



Image Credit: Cosmos TV

Video Credits:

PD AeroSpace


Digi Telecommunications

There REALLY IS Life On Mars (And The Moon)

What if the gringa told you that there was, without a doubt, life on the Moon and life on Mars? You might not believe me if you are a strict science enthusiast. You might believe me without hesitation if you’re a UFOlogist. You might hope that I’m telling the truth if you are a science-fiction fan.

Well, the gringa’s got exciting news for all of you. It IS true and there is proof and NASA testimony to back it up. But there’s a curious twist. The life discovered in both locations is not alien. It is very Earth in origin. What does this mean?

The strict science-evidence buff will say this of course means that NASA scientists have contaminated the regions they have explored. UFOlogists will claim it is trace evidence of mankind’s ancient extra-terrestrial ancestry. Science-fiction fans will simply shrug, nothing coming as a surprise to them.

The first thing to do is examine the decontamination procedures of NASA. Is it possible to launch space exploration vehicles that are not contaminated with even microscopic traces of Earth sourced materials? Nope. If complete decontamination is not possible, are there Earthly micro-organisms that can survive the harsh conditions of space travel, be delivered to an alien landscape and, ultimately, thrive only to be discovered later by exploration equipment? Yep.

NASA does not fly solo, determining unilaterally decontamination procedures before or after a space flight. About 50 years ago the Committee on Space Research (COSPAR), comprised of UN members from the International Council of Science (ICSU), created the Treaty of 1967 which outlined certain protocols related to outer space travel and research. Contained within the document are guidelines for 5 categories of space missions, rated according to the risk of contamination posed.

  • Category 1: Any mission to celestial body that does not involve study of biological systems (like launching of an orbiting satellite).
  • Category 2: Any mission to any cosmic body within our Solar System where documentation of biological or chemical systems involves a remote chance of contamination (like when a satellite takes a sample of a vent plume to see what kind of gas it is without entering a cosmic body’s atmosphere).
  • Category 3: Any mission with a specific purpose of studying chemical or biological systems that may contain living organisms that poses a risk of introducing contamination to other cosmic bodies (as in taking a satellite sample that could involve an orbit or fly-by into a cosmic body’s atmosphere, elevating risk of picking up atmospheric particles that could cross-contaminate another planet, moon, etc.)
  • Category 4: Any mission that lands equipment on the surface of a cosmic body for the purpose of interacting with the natural processes of the extra-terrestrial body which will certainly create the possibility of introducing contaminates from Earth to a celestial body (this is what occurred with the Lunar Apollo and Mars Rover missions, the equipment at risk of contaminating the Moon and Mars with Earth organisms).
  • Category 5: Any mission that has equipment set down on an extra-terrestrial body and returns physical samples from an extra-terrestrial body to Earth. This creates 2 subcategories of Restricted and Unrestricted. If the host for the sample is rated a Class III stringent, in other words, not a host for possible life, the returning sample is considered Unrestricted. Any specimen returning from a cosmic body where life is possible, must go through severe decontamination and quarantine protocols.

But how effective are these guidelines? Well, considering what happened with the lunar missions in the 1970s, none of these protocols may even matter. Even though there were procedures for quarantines and decontamination, there was simply no baseline to compare against any data.

Astronauts, equipment and geological samples were quarantined in isolation units for 3 weeks after a “bath” in a super-bleach solution or a betadine wipe-down. An examination for biological, bacterial and chemical anomalies would determine whether or not there was any risk posed by releasing from quarantine. And what about alien contaminants that had dormancy periods longer than 21 days?

Not all returning Apollo mission “stuff” was scrupulously cleaned and monitored. You know the raft the astronaut crews rode in from the module that splashed down to the ship that picked them up? Yeah. It just got a wipe down with betadine and was then sunk in the ocean. And guess where Earthly biological life as humans know it is theorized to all begin? Yeah. In the oceans. Hm. That might not have been such a good idea. That raft may have just been converted to a lunar life nursery.

And you know the geological samples the astronauts returned? Those “Moon Rocks”? Yeah. They didn’t even get quarantined or a splash of Lysol. They were whisked away in a helicopter and taken to NASA laboratories in Houston. So that means a couple of pilots, their crew and an entire helicopter were not just contaminated but blazed a trail of contamination across the sky of half of the United States. The helicopter and crew were quarantined but what about all of that airspace? Yeah. There’s that.

So, basically, humans have already cross-contaminated the Moon and Earth. That means any samples that pop-up on either locale that indicate alien life from one or the other are suspect.

The same is also probably true for Mars. Chances are Earth-origin micro-organisms have probably already survived the trip,arrived and set up shop for the next millennia or two. And, if climate change continues on course, Earthlings may not be around to explain human life on Mars for the ETs that eventually discover them. They will be on their own to figure out that little conundrum.

Which poses the question. Is that how life on Earth originated? Are humans the ancestors of alien contaminates? Could be.

And what is NASA’s solution if samples are determined to be contaminated with biological matter that is a threat to humans? If a danger is discovered en-route back to researchers on Earth, their fall back plan is to fly the stuff into the Sun. Hmm. Yes, by all means. Let’s continue our practice of pollution and let the chips fall where they may.




Johnson Space Center

Image Source: Gizmodo

Video Source: Licensable

The Latest Buzz About Bees

If you are an eco-aware individual, you know that mankind has wreaked all kinds of havoc on this Earth. From climate change to endangered species, the impact of humanity has been, for the most part, not a good thing at all. We all have to admit that we have failed as a species in our management duties.

One might think that a hard-core environmentalist might be an advocate for getting back to basics and living an old-fashioned homesteading lifestyle. Or, perhaps modeling a lifestyle after indigenous people who live in harmony with the nature that surrounds them. Technology and green living don’t seem at all synonymous. But what if we turn the tables on the path humanity has been traveling. What if mankind becomes committed to using technology to save the planet. Can such a strategy work?

Let’s take a look at the example of declining bee populations. The world of drones is offering as a solution replacing bees rather than saving them. They propose to create micro-drones that will become the AI pollinators of the future. Considering that the US lost 44% of its honeybee colonies in 2016, the agriculture industry is ready to embrace this idea. Many wild bee species are teetering on the edge of extinction. But is replacing them with robots a better solution than fostering a comeback of the real deal?

Many farmers think that we have no time to ponder the consequences. They are watching what they believe to be a doomsday scenario unfolding as we speak, er, read. Scientist and researcher, Eijiro Miyako, of the National Institute of Advanced Industrial Science and Technology in Japan is poised to become the savior of agriculture. This may be the messiah grateful families offer thanks to as they gather round future dinners tables filled with an abundance of fresh fruits and vegetables, maybe.

At the heart of his invention is a unique gel used in the electro-chemical industry. This ion based gel has long-lasting adhesion that is water-resistant, making it the perfect carrier for pollination duty. After various tests to determine that the gel is safe for use, being exposed to plants, insects and animals, it was time to build a vehicle model.

Miyako’s final design is a tiny, bee-sized drone with four-propellers. Miyako customized it with some horse hair because, after all, bees are fuzzy, too, right? The hair delivers an electrical charge that helps the grains of pollen remain attached.

Next came the big experiment… pollinating some plants. After buzzing a few plants, researchers used a special fluorescent microscope. When the scientists observed the tell-tale glow of pollen in test tubes, they knew they had achieved fertilization success with their pollinating robot.

Now, humans have been self-pollinating plants for some time. But it is incredibly labor intensive and time-consuming. If we become a world without bees, it would be impossible to hand-pollinate enough crops to feed all of humanity. The difference between human pollinators and real bee pollinators is a single person pollinating about 7 trees a day or a 2 million bee colony pollinating 1 million acres of trees. Big difference, huh?

But a pollinating drone is not a one-size-fits all solution. In the real world, there are different bee species for a reason. Each has their own specialty. Bumble bees are great tomato pollinators and leafcutter bees are preferred to pollinate alfalfa crops. On a side note, humans can learn a lesson here about the value of diversity! But, I digress.

And pollinating crops is not the only use being considered by the micro-drones. Instead of embarking on the complexities of replacing bees, which could end up creating a whole other set of environmental problems, an entomologist from the University of Minnesota, Marla Spivak, offers up a novel suggestion. She thinks attempting to create armies of drones of different designs to ultimately replace extinct bee species is too complicated and will take too much time, a solution that may arrive too late in the end, so of no use to save a starving world. Instead, she suggests using drones to perform a necessary job that is currently fraught with risk for bees, delivering pesticides and fertilizers to crops.

Instead of applying these chemicals in a broad spray that affects any insect present, not just bees, use drones for precision application. This can also protect surrounding human and animal populations by reducing vapor drift and runoff that contaminates groundwater resources.

The gringa prefers Spivak’s approach. I don’t think we should just give up on bees. They are here for a reason. And everytime mankind gets too big for his britches, thinking he doesn’t need something as lowly as a bee, it always leads to trouble. We simply must get over ourselves. We are all in this together, even the bees! We all need each other even if we don’t understand the role and contribution each cog in the wheel makes.

Regardless of which duty Miyako’s drones fulfill in the future, farmers will still be using them. And that means a critical job of the future lies in the drone industry. Whether someone is in on the manufacturing aspect or is a micro-drone pilot, young students of today who invest their time and efforts in drone technology will be setting themselves up for a future career that is not only lucrative, but might just help to save the world. And that’s the greatest kind of job to have.

Source: NPR

Image Credit: Dr. Eijiro Miyako

Video Credit: Science Magazine


Slingshot Time Travel With Cosmic Strings

If you have read sci-fi novels or watched sci-fi flicks, then you have heard about cosmic strings. If you have dabbled in physics and astronomy you have probably heard about string theory. But, really, what the heck is a cosmic string? What do they do? Do they really exist? Are they space garbage that can be recycled for another purpose?

You know how Enterprise always seems to encounter some kind of space “anomaly” that causes all sorts of mayhem and the crew doesn’t know what the heck it is? That’s pretty much what life is like for space explorers now. We really have no idea what kind of stuff is out there in outer space. Cosmic strings are just one such anomaly.

Cosmic strings exist. They’re weird. They have different textures. They have walls that define their domains. They’re powerful, possibly containing the energy-mass of our Sun within a tube about one billion of a billionth the size of an atom.  And scientists don’t know much more about them.

The gringa supposes that it’s a good thing that there are not very many of them, as far as we know. Running into such a weird anomaly could be disastrous for astronauts that don’t know what they are dealing with. But some scientists are not above guessing, er, um, theorizing about cosmic strings.

Physicist J. Richard Gott introduced the novel idea of using cosmic strings for time travel. Scientists suspect that these stringlike objects had something to do with how the early universe formed. They are left-over tidbits whose job is all done. Or not. Perhaps they could be upcycled to warp space-time near a black hole making time-travel possible. Is Gott for real?

Cosmic strings are skinnier than an atom. And they are taut, like a rubber band, because they are under immense pressure. So, just like when you launch a spitball by pulling back a rubber band, Gott thinks the same concept could be applied to cosmic strings. But we wouldn’t actually strap a spaceship to a cosmic string and slingshot it across the Universe.

To make Gott’s theory work, he proposes relocating two strings so that they are close together. Because of the great pressure they are under, putting two close together would create a massive gravitational pull on anything that passed near them. The strings would basically suck in a spaceship at such an incredible speed that the crew would experience time dilation.

Time dilation is a fancy way of saying you have changed the passage of time. On Earth, six months may have passed. For astronauts on a cosmic string launched spaceship bound for Mars, the trip might only take one month. They return home to find everyone a couple of years older yet maybe they only experienced the passage of a few months. Yep. Cosmic strings are weird.

The gringa can imagine the rich and the famous exploiting cosmic string travel as the next great fountain of youth treatment. Maybe we could blast across the galaxy our worst criminals on multiple trips. This could essentially leave them for the next generation to sort out. We could find all sorts of crazy uses for time dilation travel.

But Gott’s theory goes further. If the strings were positioned near a black hole, he thinks we could warp time-space and create what he calls a “closed timelike curve”.  This would make true time-travel possible. Currently, time-travel is theorized to only be possible to make trips into the future that are one-way. A person cannot travel back into the past, only forward into the future. But Gott thinks he has found a way to yesterday.

The compounded effects of gravity on a spaceship by two cosmic strings and a black hole could create a loop with the cosmic strings. This powerful loop would propel the spaceship back through time. But there’s a catch. To re-visit a previous birthday just one year prior, a loop of cosmic string powerful enough would need the mass-energy of our entire galaxy. So, basically you sacrifice the life of everyone and everything in the present just to return to life of a year ago. Not so sure it’s worth it. Today doesn’t seem so bad.

Sources:  Astronomy Cafe

Science – How Stuff Works

Science Daily

Image Credit: Pinterest

Video Credits:  FloatingUniversity

National Geographic


Holding Time In Your Hands

What, exactly, is time? A dictionary might define time as continued progress through existence including events from the past, present and future. Or, it might describe time as a form of measurement. But either way, time is not physical. You know, meaning that it has no mass. In other words, it’s not matter that you can hold in your hands, right? Um, the gringa says prepare to have your minds blown. Physicists have gone and done it again. They have created a time crystal. What the heck?

How is a crystal time? Have you ever looked at a crystal under a microscope? Well, check out these images depicting different crystals under a microscopes:

What interests physicists in crystals and how they can be seen as “time” are the repeating patterns and symmetry, called lattices. What is even more interesting is that sometimes crystals will repeat a pattern in several direction yet opt out of other directions. Then there is the curious thing scientists call “symmetry breaking”. That is when there is disruption in a crystal’s spatial symmetry. The reason these unexpected occurrences happen is because a crystal doesn’t exert the same amount of energy in expanding and forming itself in those areas of anomalies.

In case you didn’t catch that “exert the same amount of energy” phrase, let the gringa draw your attention to that. Because that is the most amazing thing about crystals. Because they use energy to grow, a crystal is not just some dead lump of rock. It’s actually a living organic object. Granted, it’s at the lowest rung of the ladder where energy state beings exist, but, in a sense, a crystal is very much “alive”. But what’s that got to do with time?

Well, if a crystal’s physical aspect of symmetry can be seen and disrupted, albeit with a microscope, physicists want to know if a crystal’s temporal symmetry can be made manifest. In other words, convert time into a form of matter that can be touched, seen or held in the hand. Say what?!! Yeah, we’re not talking watch or clock here. We are talking the real, ambiguous, invisible concept of TIME blowing all of our minds by becoming visible and physical.

According to physicists, it’s already been done. The concept is to arrange a bunch of ions in a ring. Then they need to be cooled to bring their energy down to the lowest state possible. Theoretically, this will result in an unbroken ring of ions that are perfectly still.

Now, if the symmetry of the ring is broken, time is disrupted. That is done by rotating the ring. A turn. Kind of like how an orbit around a star marks time for a planet. But, with a crystal, the energy of this rotation can’t be extracted. It has to be conserved in order for temporal symmetry to occur, meaning time repeating itself in consistent cycles. Now, this is the theory. It sounds neat and tidy. Real life is not so simple.

When breaking things down to the quantum level, scientists find that time kind of doesn’t exist. The quantum world doesn’t care about time. When ions are cooled down in a ring on the quantum level, instead of being stationary they spin around and interact. The gringa supposes being friendly in the quantum world is more important than worrying about whether or not you’re late for a meeting. 

So, these cooled, social quantum particles kind of smear themselves about throughout space, willy-nilly, where ever they please. But scientists have discovered that certain things can provoke certain actions, allowing scientists to predict where a quantum particle might show up. This is called “Anderson Localization”, a discovery made in the 1950s.

Scientists today have discovered a particular chain of quantum particles that stick together in their ring pattern. These particles have a magnetization that can be affected by lasers to create certain rates of oscillation. This allowed scientists to measure rates of interaction between the spinning crystals. The scientists zapping these magnetized crystals left them alone to evolve on their own for awhile. They discovered that interactions began occurring at double the rate as before. Because there was nothing driving the particles to interact, since they were being left alone, the only explanation then was that the symmetry of time had been broken. Thus, a time crystal had been created.

It sounds like a lot of hoo-hah to the gringa. What’s the point? What does this mean? Does it have any usefulness? It doesn’t even sound like any of this makes sense. Maybe understanding the properties of this laser affected crystal will help the dear reader and the gringa understand the significance.

  • Changing the frequency of the laser did not change the frequency of the time crystal (remember, all energy beings, humans included, emanate a frequency, including crystals)
  • The crystal’s patterns do not repeat in space, but in time.
  • Once zapped with the laser, the crystals remain in perpetual motion yet contain no energy, which violates one of the fundamental law of physics. Thus time crystals are matter with no energy equilibrium (you know that old physics rule about for every action there is an equal and opposite reaction). Think of it like someone coming along and giving you a push in a swing and you never stop going back and forth.

So, on its most basic level, a time crystal is a form of matter that contains movement that is created without energy. The hope among scientists is that time crystals can become a never-ending energy source and the energy of time crystals can be harvested to power quantum computers. The gringa thinks, then, that “time” crystal is a misleading name. It should be something related to the perpetual energy aspect. Something like “crystal dynamo”. But nobody asked me.

The gringa would really appreciate it, however, if she could use one to power her air conditioner during the Gulf Coast summer season. My electric bills are KILLING me!


Technology Review

Popular Mechanics

APS Physics



IFL Science

images:  Xfoor News


K Glyphics

Video Credit:  Seeker

Mexico’s Best & Finest

(Originally posted 3/16/17 on Read With The Gringa).

With Trump’s constant drip, drip, drip, denigrating Mexico and Mexicans at every turn, the gringa has to ask, “Did a Mexican chica break his heart when he was 12-years-old or something?” Such bitterness must have a very deep root indeed. Surely, somewhere in his dark, murky past, Trump must have experienced a horrible humiliation at the hands of a Mexican. Maybe, if a chica did break his heart, maybe, just maybe, she had a big hermano who also beat him up for getting fresh with his sister. Who knows. What the gringa DOES know is that Trump is full of crap about Mexico not producing the best or finest when it comes to their people. Get a load of these amazing Mexicans and their inventions:

Luis Miramontes:  In 1956 Miramontes was the proud co-owner of a US patent for the oral contraceptive known as Norinyl and manufactured by his employer, Syntex Corporation. A college student at the time, Miramontes, along with 2 other chemists, invented the birth control pill in 1951. His primary contribution was drafting the procedure for synthesizing progestin norethindrone (seeing as how experts claim he speaks on the level of a fourth grader, the gringa suspects Trump couldn’t even pronounce that). 

Victor Celorio: Do you like to read on a Nook or Kindle? Well, guess what, this technology is nearly half a century old. It is based on the invention of this Mexican technology innovator who patented his “Instabook Maker”. This allowed for rapid electronic distribution of books and allowed for offline printing. US patents #6012890 and #6213703 were both awarded to Celorio, a Mexico City native, in 1957. This technology was behind the success for his US company, Instabook Corporation. The gringa doesn’t expect Trump to be impressed by this invention. Chances are, he doesn’t read much.

Jose Hernandez-Rebollar: This Mexican’s invention is so famous, he even earned mention by the Smithsonian. Commenting on his device, a glove that translates sign language into audible speech, the Smithsonian had this to say:

“… by using sensors attached to the glove and the arm, this prototype device can currently translate the alphabet and over 300 words in American Sign Language (ASL) into both English and Spanish.”

This bilingual device is very impressive. Seeing as how Trump barely has a grasp on English at even the most rudimentary levels, the gringa thinks Hernandez-Rebollar far surpasses Trump in that respect. I mean, really, what the heck is he trying to say? Either he can’t say “big league” or he’s making up words because “bigly” isn’t even a word.

Dr. Maria del Socorro Flores Gonzalez: In 2006 she won an award, MEXWII, for her extraordinary medical diagnostic method for the parasitic disease, invasive amebiasis. Her process is patented and because of her commitment to healthcare, early detection is now possible for a disease that was killing more than 100,000 people around the world every year. The gringa wonders how many lives Trump will save this year, because he is certainly going to destroy countless.

Felipe Vadillo: Since Trump is a fierce advocate for forced birth, desiring to outlaw abortion and banning American medical professionals from sharing medical data about abortion options with vulnerable populations in other parts of the world, perhaps he should give Vadillo the credit he deserves. Vadillo invented a method, which is now patented, for predicting premature fetal membrane rupture in expectant mothers. This condition is commonly known as when a pregnant woman’s “water breaks”. If it happens prematurely, the consequences can be deadly for the baby. Pro-life Trump should offer a word of gratitude for this outstanding Mexican.

And then, there’s this 4th grader President…

Sources: Inventors

Image Credit: The Gateway Pundit

Video Credit: WorldPrestige Kids

David Pakman Show


Who MADE That?

(Originally posted 3/14/17 on Read With The Gringa)

If the dear reader is anything like the gringa, you often take for granted amazing things, never wondering how they came about in the first place. Take lasers, for example. Most of us use lasers every day. There are laser toys for cats, laser printers and lasers used to heal people and to kill people. Although lasers are used for many purposes, they are all, essentially, the same thing: a focused beam of light or electromagnetic radiation. This beam is created by stimulating photon emissions from excited atoms. Next time you check out at the grocery store, just remember that bar code scanner is a very “excited” device!

Many years ago one of the gringa’s loved ones had eye surgery. It was a laser that sliced and diced those very dear orbs. It never occurred to the gringa at the time to even wonder who should be thanked for this amazing technology that saved and improved my mother-in-law’s vision. Well, now I know and I’m going to share this incredible woman’s story.

Dr. Patricia Bath has a lot of “firsts” on her resume. She was the first African American to complete an opthalmology residency. She was also the first female, African American doctor to have a medical patent. She got this for her invention that changed Mama’s eyes forever, the Laserphaco Probe. This device removed cataracts from the eyes of my caveman’s precious mother, enabling her to continue to see her children, grandchildren, great-grandchildren and do what she loves to do, sew, sew, sew.

What is most amazing about Dr. Bath’s achievements is when she did them. She was born in Harlem, New York in 1942. That means she grew up and received her primary education more than 20 years before the Civil Rights Act was passed in the U.S. In an environment like that, what might have occurred to capture the attention of a little girl from Harlem and inspire her to become a doctor? Dr. Bath credits Dr. Albert Schweitzer’s service to lepers in the Congo along with the powerful influence of loving parents who fueled her own, personal empowerment engine.

What kind of parents does it take to do this incredible service for their child? Were they superhuman? Educators? They were parents, period. Rupert Bath, Dr. Bath’s father, was a well-educated immigrant from Trinidad. He had a “first” to list in his own biography. He became the first black motorman employed by New York City’s subway system. He has an interesting background that includes writing newspaper columns and working as a merchant seaman which gave him the opportunity to travel all over the world. These experiences enabled a father to craft a legacy for his child that lasted a lifetime, the legacy of a broad mind.

Dr. Bath’s mother, Gladys, encouraged her daughter to read, read, read. Books were a priority as well as a gift that soon became a favorite, a chemistry set. Gladys was an American of African slave and Cherokee ancestry and she was determined that her children (Dr. Bath had a brother) would have the best education possible. She scrubbed the floors of affluent New Yorkers to fund her children’s college dreams.

Dr. Bath’s neighborhood was well-known for its poverty. However, for Bath, riches didn’t come in nickels and dimes, but in values, the love of family and the opportunity to grow through learning. And eventually, the medical world would become this little girl’s oyster through determination, belief in herself, and hours upon hours of dedication and hard work.

As a young teenager, she showed such promise at a summer science program that two medical professionals doing cancer research took her under their wings, becoming her mentors. Her own research earned her an invitation to present her research at an international nutrition conference in Washington DC. This earned her a 1960 Merit Award and a bit of celebrity status, her achievement being reported in magazine and newspaper articles.

It wouldn’t be until 1964 that Dr. Bath experienced studying under a black professor for the first time. It was a thrilling experience. She soon received a government fellowship which enabled her to participate in pediatrics medicine research in Yugoslavia. This was her first experience outside the U.S. and sparked a new interest in the medical needs of people throughout the world, especially the underprivileged. True to her principles, in 1968 she became coordinator for the Poor People’s Campaign that marched for economic rights in the nation’ capital. She would eventually shoulder the responsibility of the health and sanitary needs for the thousands who lived in the shantytown known as Resurrection City. 

Eventually, recognizing the vast differences in quality and accessibility of care between the “haves” and “have nots”, Dr. Bath convinced her professors to perform eye surgery on blind patients for free, she volunteering as assistant surgeon. Dr. Bath would continue her growth as a surgeon doing post-graduate work in cornea transplants. 

This would lead to the  1974 “first” previously mentioned, becoming the first female faculty member at UCLA’s Jules Stein Eye Institute. Despite this illustrious achievement, the office she was offered, in the basement with the lab animals, was seen as a slight. Dr. Bath stood up for herself and the institute quickly responded by giving her new office space more appropriate for her prestigious position.

Nearly a decade later, 1983, Dr. Bath achieved another “first”. She became chair of UCLA’s Opthalmology Residency Training Program. As an American woman, she was the first to hold this position.

Through Dr. Bath’s American Institute for the Prevention of Blindness, Americans everywhere can receive basic eye care regardless of how poor they may be. Throughout the world newborns have their eyesight protected with medication provided by the institute that prevents common infections. Malnourished children in every country have access to vitamin A supplements to protect their eyes from damage caused by lack of proper nutrition. Vaccinations for infectious diseases known to cause blindness are also made available to vulnerable populations around the world. 

When Dr. Bath sought to create a device to make cataract removal surgery less invasive and more precise, her colleagues told her it couldn’t be done. But she showed them, didn’t she! Her scope was not just patented in the US, but also in Japan, Canada and five European countries. 

Even after Dr. Bath retired, she was still achieving historical “firsts”. In 1993 she became the first woman to be elected to UCLA Medical Center’s honorary medical staff. And throughout her retirement, her passion to prevent blindness has never ceased. Perhaps it is a fire that will never die, fueled by the amazing experience of restoring sight to a North African woman who had been blind for 30 years. 

Dr. Bath overcame amazing odds and obstacles. Although she was certainly ambitious, the gringa is most impressed with her motives and philosophy which drove her ambitions. She is quoted as saying:

“Eyesight is a basic human right.”

This was the philosophy behind her creation of the American Institute for the Prevention of Blindness in 1976. Ten years later she revealed to the world the goods on her philosophy, the Laserphaco Probe. Officially patented in 1988, Dr. Bath became the first African American female doctor to receive a medical patent. 

No matter what you think may stand in your way, Dr. Bath is proof positive that, with the right motives and inspiration behind your ambition, work hard and you can move mountains and achieve great things. Take to heart the words of encouraging wisdom from Dr. Bath:

“Believe in the power of the truth. Do not allow your mind to be imprisoned by majority thinking. Remember that the limits of science are not the limits of imagination.”

The world needs so many scientists to solve the problems facing the world today. Compassion driven science can change the world for the better, making every day a better day than the one before. The gringa says, “Thank you” to all the Dr. Bath’s in the world. We need more of you!

Sources: Biography


Image Credit: Biography

Video Credit: LemelsonCenter