JUST HOW DEADLY IS NOVEL CORONAVIRUS AND COVID-19?

There’s a new viral kid on the block and he’s mean. Real mean. He goes by Novel (New) Coronavirus (SARS-CoV-2), and gives you the previously unknown disease termed COVID-19. That’s the biological term for Corona Virus Disease identified during the dying days of 2019. Now, in two and a half months, this nasty bug has virally spread from a small shop in China to the far corners of the world. It’s on an unprecedented multiple-mutation path, and that’s what makes it so deadly.

Severe Acute Respiratory Syndrome caused by the Coronavirus of 2019 (SARS-CoV-2) is particularly dangerous for people with compromised immune systems. That profile takes in newborns, the elderly, folks with immunity disorders and those in generally weak health. This combined demographic comprises a huge part of the human population.

Microscopic view of Coronavirus, a pathogen that attacks the respiratory tract.

There are two parts to this pandemic that’s scaring the pants off people. One is the virus itself which is a brand new member of the Corona genus. The other is the disease it causes which everyone now recognizes as the name COVID-19. How bad this will get is anyone’s guess, but the world health authorities are preparing for panic.

There is little need to panic, though. The key to surviving this outbreak and “flattening the curve” as the containment process is called, is knowledge and caution. Properly protected, you can minimize your exposure of viral transmission and respond quickly if you’re contaminated. Keeping your distance in social settings, washing/decontaminating  your hands and shielding your face (eyes/nose/mouth) are the most important things you can do—they’re the three top tools to tackle the threat.

What is the Novel Coronavirus?

A virus is a microscopic speck of organic non-cellular material that sits on the fringe of being alive and being inert. On its own, a virus has a limited existence unless it finds a host of organic cell matter. That can be human, animal, plant or any other life form that replicates itself through cellular division.

According to information from the National Center for Biotechnology Information (NCBI), there are millions of different viruses above, on and in the Earth. NCBI has identified 75,000 separate viral genome sequences and has 5,000 of these described in detail. Coronavirus-19 was new to them, and they’re doing everything in their power to figure this one out. It’s not coming easily.

To survive and thrive, a virus must find its way to a host and invade its cells. In humans, that happens through absorption into your airways, eyes or an opening in your skin. Once a virus attaches itself to your cell, it transmits encoded instructions to make the cell copy the virus’s genetic profile and essentially produce clones.

The Coronavirus of 2019 isn’t satisfied with cloning itself. It wants to mutate and create biologically diverse offspring. That presents an enormous challenge to epidemiologists who get a vaccine made for one strain, only to find the bug is far ahead of them with mutants.

The Coronavirus-19 is perfectly suited for mutating. It’s a single-strand ribonucleic acid (RNA) based bug which is simple, quick and cheap to reproduce. Many other viruses are double-strand deoxyribonucleic acid (DNA) creatures. They’re much harder to duplicate and change form.

The RNA-based Coronavirus-19 presents another problem. Its specialty is attacking the lungs and causing acute respiratory disease. This results in pneumonia.

Pneumonia is a deadly disorder. It’s usually the coup-de-grace for virally-infected people who have no natural ability to fight back. It’s also extremely difficult for medical professionals to treat pneumonia. Combined, pneumonia is a serious development in deteriorating health.

Where Did Coronavirus-19 Originate and Where is it Going?

Medical investigators are certain that this virus first infected a human being at a marketplace in Wuhan, China. The market is primarily a seafood shop, but it does deal in live animals. One worker was exposed to the virus there in mid-December of 2019, and medical experts feel it’s highly likely the bug came from a bat.

Normally, viruses don’t easily transmit from animals or plants to humans. There are exceptions like the swine flu that came from pigs and the bird flu that started in fowl. However, this seems to be the first bat-related viral outbreak except for rabies infections which can also be deadly.

Once the epidemic became a pandemic, it spread like wildfire. By the way, an epidemic is a local outbreak that defies containment. A pandemic (from the Greek words “pan” meaning “all” and “demos” meaning “people”) is a word-wide viral fire that’s out of control.

That’s the current situation with the world fighting the Coronavirus-19 pandemic. (This piece was published on March 21, 2020). No one knows where it’s headed. The only certain thing is that it’s highly contagious and not at all contained.

Two days ago, the Governor of California wrote to the President of the United States with a plea for federal help to curb the COVID-19 pandemic. Clearly, the Governor sees this as a crisis of monumental proportion. This is a quote from the letter:

“California has been disproportionately impacted by repatriation efforts over the past month. Our state and health care delivery system are significantly impacted by the rapid increase in COVID-19 cases. Our case rate is doubling every four days. We project that 56 percent of California’s population—25.5 million people—will be infected with the virus over the next 8 weeks.”

The Governor states the situation is grave. He tells the President that California’s health care resources will be so overloaded with COVID-19 response that they won’t be able to address critical acute care needs like heart attacks, strokes and vehicle accidents. He also equates the crisis as threatening all of America.

It’s not just America that’s in peril. It seems China has some reprieve after taking draconian steps to quarantine people, however, countries like Italy are getting it bad. And it’s not just “first world” places like Europe and North America that are going to suffer. This bug is now everywhere except Antarctica.

Why is Coronavirus-19 and COVID-19 so Threatening?

One reason—probably the main reason—that COVID-19 is so threatening is because humans have no natural immunity to animal-transferred viral invasion. There is nothing that can be done about COVID-19 except riding it out while your body naturally fights it off. That takes time, and many infected people simply can’t afford the luxury of time.

There is no medicine or vaccine to treat Coronavirus-19 infections and COVID-19 disease. At least not yet. Your body only has two options. One is for your immune system to directly attack and kill the viral copies and mutations. The other is for your immune system to cut off and kill compromised cell tissue.

Coronavirus-19 is a lung killer. Its habitat is the respiratory system and, once in place, your body will create mechanisms to fight the lung invasion. That means making fluids and this is what pneumonia is. If you’re in an overall weak condition, your body cannot control your lung fluids. You slowly drown, and there’s little can be done—even if you’re in intensive care.

Another factor in why Coronavirus-19 is so threatening is that it has an unusual rate of mutation. So far, scientists have isolated two distinct Coronavirus-19 strains. One is the “S” stain which occurs in about 30 percent of diagnosed cases. The other is the “L” strain conversely found in 70 percent. Alarmingly, the L-strain is much more aggressive and it mutated from its S cousin.

Epidemiologists around the world are extremely concerned that more strains of Coronavirus-19 are in the works. In perspective, the S-strain Coronavirus-19 is ten times more potent than the seasonal influenza virus which makes an annual visit. No one knows how strong these projected “superbugs” like L-strain will be.

How Does the Coronavirus-19 Spread?

The Coronavirus-19 requires physical contact to spread between bodies. It requires an infected person to give it to another directly or indirectly. Direct contact examples are sneezing and breathing in droplets, handshakes or sharing infected objects. Indirect contamination occurs when a droplet of human body fluid (usually mucous) lands on a surface where it’s picked up by another party.

Common surfaces like public pin-pads, handrails and doorknobs are ideal spots for a Coronavirus-19 to hold on and wait. Cash is another filthy substance that flows between hands and harbors the fugitive. In fact, cash can be a worst offender, both paper and coin.

How long the virus stays volatile is a good question. Current literature suggests a virus like this one can stay active for anywhere from a few hours to many days. Temperature, humidity and surface composition are factors in virus survival. So is air movement and competing contaminants like chemicals and other pathogens.

The Coronavirus-19 is a tiny, tiny particle. It’s so small that it can only be seen through an electron microscope. However, it’s big in numbers and there can be an enormous amount of individual virus particles in a single drop of snot.

All it takes is one single virus particle to infect you. From there, the Coronavirus-19 virus has a rapid rate of multiplying. You can pick up a virus and be symptomatic in no time. You can also be infected and be asymptomatic throughout your infectious period.

There simply isn’t enough known about this novel virus to write a playbook for it. As a virus rule-of-thumb, most people are contagious for a 14-day period from scooping the bug till it’s over. That, however, is not a done deal. You can be a walking viral machine and not know it. That goes for the person beside you.

What Can be Done to Stop the Spread of Novel Coronavirus-19?

The short answer is “lots”. It starts with isolating people with infections until the bug has run its course and they’re no longer contagious. That’s a bitter and expensive pill to swallow, but it’s the only thing that works. At least until a vaccine comes along and that’s some time out.

Total isolation, or quarantine actions, are harsh steps. However, they’re nowhere near as harsh as the other alternative which is spectacular sickness and death. If quarantine/isolation measures aren’t practical, then social distancing is the next best measure. A distance suggestion is 3 to 6 feet or 1 to 2 meters, but the further the better seems the safest.

Washing your hands frequently or using an alcohol-based hand sanitizer is mandatory. Soap and ethanol are mortal enemies to the Coronavirus-19, and it’s hand-to-face contact that really spreads this guy around. There are no known scientific studies to determine where hoarding toilet paper fits into your viral protection plan, but there’s plenty of proof suggesting TP is helpful for other bodily functions.

Gloves, on the other hand, are excellent protectors for one-time or single use. That’s provided you refrain from touching your face while being gloved-up which is easier said than done. Bear in mind that your skin is as good a protector as a latex covering. The trick is washing your hands or discarding your gloves between contacting your mucous membrane orifices.

There are varying opinions about mask effectiveness. Some feel masks are better defenses to protect others from you than vice versa. The Coronavirus isn’t often airborne except for an immediate expulsion in close range. If you peel off your mask while still having contaminated hands or gloves, it’s pointless protection. Also, conventional surgical masks, or even regular respirators, don’t protect your eyes. Full face shields are much better.

It’s all about limiting exposure, keeping your distance and minimizing unsanitary hand-to-face contact.

The trick to taming this terrible threat is mass-cooperation between our fellow human beings. This is the time to stop all non-essential exposure. It’s a suck-back and reload situation. It might be a good time to just read a book while staying home.

So far, there’s been amazing interaction between health authorities and political personnel. This is a unique time in human history. What makes this different from other pandemics is that our experts have much better communication ability than in past outbreaks and have responded, for the most part, with speed.

So has cooperation among the public. There’s been some fear factor and some fake news. That goes on with every crisis, and that’s to be expected in this one, too. The Coronavirus-19 fight will be won. Unfortunately, there’ll be casualties along the way.

Casualties fall into two groups in our interconnected society. One is health care workers and pandemic victims. The other group is financial—business and personal. There’ll be few segments not taking a punch in the gut from this new kid’s viral viciousness. Yet, our societies will survive and so will you.

The key to surviving this viral outbreak and “flattening the curve” as the containment process is called, is knowledge and caution. Properly protected, you can minimize your exposure to viral transmission and respond quickly if you’re contaminated. Keeping your distance in social settings, washing/disinfecting your hands and shielding your face (eyes/nose/mouth) are the most important things you can do—they’re the three top tools to tackle the threat.

Post Publication Note (23Mar2020): This graph was supplied by a DyingWords follower:


Post Publication Note (24Mar2020): CalTech Interview with Virologist Dr, David Ho.

INTERCONNECT — FINDING YOUR PLACE, PURPOSE AND MEANING IN THE UNIVERSE

This piece is downloadable in full-length PDF format by clicking the blue bar button at the screen’s top or as a Kindle eBook and PDF through links at the end.

Once upon a time, a youth lay on their back and gazed in awe at the starry sky. The moon waned as a dim crescent—God’s Thumbnail, some call it—which let the universal brilliance of consciousness resonate in the youth’s eyes. Billions of fireballs blazed above, and countless more stars couldn’t be seen. The cosmos had cracked its coat. Like a galactic exhibitionist teasing eternal entropy, the universe flashed a perfect picture of order defying chaos and displayed an unbashful interconnection with all its occupants, including the star-gazing youth.

If you remember… that youth was you. Regardless if your years are still young, you’ve reached middle-age or are now advanced in time, the wonder of universal questions remains etched in your mind. Who are you? Where did you come from? Where are you going? And what is your interconnected place, purpose and meaning in the universe?

These are timeless queries people like you’ve asked since humans first consciously observed the heavenly heights. Long ago, your ancestors used their emerging awareness to question universal curiosities. It’s a natural thing for humankind to look for simple answers to straightforward questions and, no doubt, you’ve queried them many times during your earthly existence without receiving any clear response.

For centuries, sages and scientists pondered the meaning of existence within the universe. They’ve debated scientific theories and proposed philosophical solutions to deep puzzles boldly presented in the macro and micro worlds. You’ll find narrow common ground on who’s right and who’s wrong which leaves you to wonder what nature’s realities truly are.

Albert Einstein equated that science without philosophy was lame and philosophy without science was blind. That great scientific sage also spent the second half of his life looking for the Grand Unified Theory (GUT) that interconnects everything in the universe. That includes your place, purpose and meaning.

As wise and astute as Einstein was, he didn’t complete his mission of tying the universe into a nicely packaged bow. It’s not that he didn’t believe all parts of the universe were intrinsically interconnected. Einstein knew in his gut that all physical laws and natural processes reported to one central command. That, ultimately, is the universal dominance of consciousness that allowed your creation and will one day destroy you through eternal entropy.

This isn’t a religious treatise you’re reading. No, far from it. It’s simply one person’s later-in-life reflection on three interconnected and universal curiosities. What’s your place? What’s your purpose? And, what’s the meaning in your life?

To find sensible suggestions, it’s necessary to dissect what’s learned (so far) of universal properties and what’s known about you as a human. You’re a conscious being housed in a physical vessel and controlled by universal principles. You had no choice in how you came to be here, but you certainly have choices now. Those include placing yourself in a safe and prosperous environment, developing a productive purpose and enjoying a rewarding meaning from the limited time you’re granted to be alive.

At the end of this discourse you’ll find a conclusion about your place, purpose and meaning in the universe. It might be one person’s opinion, but it’s based on extensive research and over six decades of personal experience. However, for the conclusion to make sense you need to take a little tour through the universal truths.

Ahead are a layman’s look at the origin of the universe, classical and quantum physics, chemistry, biology, anatomy, neuroscience and the life-changing principle of entropy. It’s also a dive into what’s not known about the biggest scientific and philosophical mystery of all—how consciousness manifests through the human brain and how entropy tries to kill it. Now, if you’re ready to interconnect with the universe, here’s what your place, purpose and meaning truly are.

The universe is enormous. It’s absolutely huge. There aren’t proper adjectives in the English language to describe just how big the universe really is. Perhaps the right word is astronomical which means exceeding great or enormous.

People often use the word “cosmos” interchangeably with “universe”. That’s not correct. Cosmos refers to the visible world extending beyond Earth and outward to the heavens. The universe incorporates all that’s in the macroscopic or outward realm, but the term also drills down and incorporates everything within the micro-regions of molecules, atoms and then into sub-atomic realities where quantum stuff gets seriously strange.

In Chemistry, Biology and Physics 101, you learned you’re created of energized matter built of complex material formed by atomic and molecular chains. So is every set-piece in the micro and macro universe. All visible matter contains material made of atomic structures that strictly obey standard operating procedures set down during the universe’s birth.

How that happened is explained by a few different theories. Religious accounts, depending on the flavor, hold that an omniscient supernatural power created the universe at will and for a vain purpose. Current scientific accounts dismiss all supernatural contribution and exchange it with a series of natural orders called the laws of physics and non-tangible processes of the universe.

Most scientists don’t attach an intentional purpose to the universe. They leave that to philosophers who tend to argue with abstract thoughts that aren’t backed by hard evidence. Then, there are those who think the universe is simply a grand thought.

No matter who’s right and who’s wrong, there are a few facts you can personally bank on. One is that you exist in a physical form and use consciousness to be self-aware. That includes knowing you have a place in the universe, a purpose for being here and there’s a meaning to your life.

As said, this isn’t a religious paper. Religion can be a matter of faith but, then, so can science. The difference is that science relies on direct observation, proven experiments and the ability to replicate results. Science also depends on building hypothesizes, turning them into theories and then certifying them as facts.

No particular physicist claims sole authorship of the Big Bang Theory. Currently, the Big Bang Theory is the leading account for the universe’s origin, and it’s generally accepted throughout the scientific community as being the best explanation—so far—of where your structural matter originated. It goes something like this.

In the early 1900s, an astronomer named Edwin Hubble (the space telescope guy) was busy measuring galactic light and came upon his profound realization that the observable universe was expanding. Not only was the universe growing, Hubble exclaimed, but it was also accelerating its expansion rate. That led to a logical conclusion that the universe must have started in a singular place and at a specific time.

Some of science’s brightest folks worked on mathematical extrapolations and built the theory postulating that all matter and energy in today’s observable universe must have been once compressed in a singularity that exploded. That big bang started the time clock, created space, released energy and formed matter. It’s been growing ever since and, along the journey, you were created as an interconnected part.

This sounds like a pretty big undertaking. It also sounds pretty far out to think everything in the known universe was stuck in the space smaller than an atom where it was exceedingly hot and heavy. Well, guys like Einstein and Steven Hawking accepted the Big Bang Theory as fact, although Einstein famously quipped, “God knows where that came from.”

Without any other scientific direction to go on, what you see in the universe got started from a single point and is enormously here in its present form and place. The best-educated guesses place the universe’s age at about 13.77 billion years, give or take a few hundred thousand. This rough age-estimate comes from measuring Cepheid Variable Pulsating Stars (CVPS) with the Hubble Space Telescope which has proven to be quite useful once NASA got its foggy lens fixed.

The size of the observable macro, or outer, universe is impressive. Current measurements find the most distant visible electromagnetic radiation to be 46 billion light-years from Earth. That’s in every direction where the radio telescopes pick up the Cosmic Background Radiation (CBR) signal. Astronomers believe the CBR is a leftover mess occurring about 300,000 years after the Big Bang. If the true universal distance radius is 46 billion light-years, then the entire trip across occupied space is around 92 billion light-years in diameter.

That is a massive distance. It’s gigantic, humongous and colossal. Light, which is electromagnetic radiation, travels at 186,000 miles per second or 300,000 kilometers per second. That means that in one year a light particle can travel 5.88 trillion miles or 9.5 trillion kilometers. Multiply that by 92 billion and you’ll see that it’s a long, long way across the visible universe.

That’s just the macro universe that astronomers can see with current technology. Most scientists agree they’ve only explored something like four to five percent of the visible universe, and there’s far more out there than known today. This is an ongoing search with exciting discoveries emerging all the time.

To get a feel of where your physical place is in the macro universe is, you’re on the surface of a planet called Earth. Your home base is 93 million miles or 150 million kilometers from the sun which is a common-type star. It takes eight minutes for light to leave the sun and meet your eyes. To put this distance in perspective, a light particle can circle the Earth seven and a half times in one second.

The solar system extends a long way out. Pluto, which has returned its classification into the planet family, is seven hours distant from the sun via light speed. Going further, your planetary arrangement orbiting the sun is in one part of your home galaxy called the Milky Way. The sun is approximately 30,000 light-years from the big black hole at the Milky Way’s center, and you’re actually closer to the nearest independent galaxy than you are to the Milky Way’s core.

No one knows how many stars there are in the Milky Way. It’s a countless number. The current consensus is there may be a trillion stars in your home galaxy. Some astronomers feel there could be a trillion or more galaxies in the visible universe.

The Milky Way is part of a galactic bunch called the Local Group. These 54 assorted-shape star arrangements form part of a larger galactic collection known as the Virgo Supercluster. This is a big, big crowd but nowhere near what’s really going on out there.

Recent astronomical observations confirmed that beyond the Virgo Supercluster lies a monster called “Laniakea” which is Hawaiian for “Immeasurable Heaven”. This stupendous structure sits in a part of space called the “Zone of Avoidance” where the clouds of dust and gas are so thick that visible light is impossible to perceive. Astonishingly, Laniakea and the Virgo Supercluster are being pulled together across space and time by a behemoth force nicely titled the “Great Attractor”. No one knows what that force field is, but it’s powerful.

As you lay on the Earth’s surface and gaze at the starry sky, you’re not seeing reality. You’re only seeing light that left its emission point a long time ago. If you spot Andromeda, the only independent galaxy visible with your naked eye, you’re seeing that structure as it was two million years ago. For all you know, Andromeda may no longer exist.

The universe can play a lot of tricks on an observer. But one thing the universe never does is change its basic operating rules. Space, time, energy and matter follow strict laws that apply everywhere throughout the universe. Whether you’re on Earth, in Andromeda or around Laniakea, all fundamental forces behave the same way.

There are four fundamental forces in the entire universe—both in the macro and micro worlds. Those are electromagnetism, gravity, the strong nuclear force and the weak nuclear force. Space, time, energy and matter all adhere to these four forces from which many physicists have tried to find a common denominator to frame the Grand Unified Theory (GUT).

So far, no luck. Einstein spent the second half of his life working on a unified theory. His intuition told him unification lay in an infinite pool of information which is the non-visible and non-tangible factor that gives space, time, energy and matter its direction. This information or intelligence principle certainly seems to be real, and it’s captured in the acronym STEMI for Space, Time, Energy, Matter and Information or intelligence. It might also be universal consciousness.

Information permeates the entire universe. It somehow laid down the four forces emerging from the Big Bang and then made other rules or laws of physics which carried throughout the entire regions of reality. However, what the rules say about operating the outward cosmos are not exactly the same rules as those governing sub-atomics.

What directs your existence in the macro world adheres to classical or Newtonian physics. Down in the microcosm realm, though, your matter and energy have different masters. The wee parts of you behave according to quantum physics which are somehow interconnected back into classic physics and STEMI.

*   *   *

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DID THREE PRISONERS REALLY SURVIVE THEIR ESCAPE FROM ALCATRAZ?

Over the night of June 11/12, 1962 three inmates broke out of the United States maximum-security penitentiary on Alcatraz Island in San Francisco Bay. They carved their way through concrete cell walls with crudely-made tools and entered a mechanical service corridor leading outside. Once over the perimeter fence, the trio fled into cold Pacific waters on a makeshift raft. The felons were never seen again. That left many to speculate whether the fugitives drowned or… if the three prisoners really survived their escape from Alcatraz.

Alcatraz Island is a forbidding place. It’s a rugged rock just inside the entrance to San Francisco Bay near the Golden Gate Bridge. Alcatraz is highly visible from the city’s shoreline and is a well-known landmark around the world. It was once also viewed as the perfect place to build a prison.

The lunar-like landmass covers 12 acres and hosts a hostile environment. Its tidal currents run fast and cold making Alcatraz a navigational challenge. An experienced yachts-person would think twice about trying to row around Alcatraz, especially in the dead of night. Even champion swimmers equipped with wetsuits struggle with the 1.5 mile trip to the shore.

The Spanish Navy first “discovered” Alcatraz and named it La Isla de los Alcacatraces which translates to “Pelican Island” after the archaic Spanish word for the bird. There doesn’t seem to be an aboriginal name for the Island because the original settlers probably found the barren place rather worthless.

The United States Army didn’t think that. They saw Alcatraz as the ideal spot for a military jail and developed it in the 1850s. Over time, Alcatraz Island served as a lockup and lighthouse. Common thinking held that no self-respecting prisoner would attempt something as crazy as a swimming escape from “The Rock”.

The U.S. Federal Bureau of Prisons felt the same way. In 1933, the Army relinquished Alcatraz to the Justice Department who needed a secure facility to house the worst of the worst offenders. Criminals like Al Capone, Machinegun Kelly, Alvin “Creepy” Karpas, and Robert Stroud (the psychotic Birdman of Alcatraz) served sentences in the “prison system’s prison”.

Alcatraz was a state-of-the-art, super-max facility for its time. There was a one-guard-to-three-inmate ratio with each felon occupying a single cell. But, despite the precautions, it was here in 1962 that three little-known, bank-robbing hoods made their famous escape from Alcatraz.

Frank Lee Morris (Inmate #AZ1441) was born in 1926 to a terribly dysfunctional family. He was orphaned at age 11 and was so incorrigible that foster homes refused to have him. By 13, Morris was already in jail for crimes ranging from armed robbery to narcotic trafficking. Prison authority tests placed Frank Morris in the top 2 percent of inmates when it came to intelligence with a 133 IQ. He was a leader, a conman, and a calculator. Morris arrived on Alcatraz in 1960 with a 10-year bank robbery sentence.

John William Anglin (Inmate #AZ1476) was an east-coast criminal. He was also a broken-home product in a family of 13 kids birthed by migrant farmworkers. John Algrin was 30 years old when he arrived on Alcatraz in the fall of 1960. His sentence was 15-20 years for a string of Alabama bank robberies committed with his younger brother Clarence.

Clarence Anglin (Inmate #AZ1485) was a year behind his brother John in age. However, he was just as bad when it came to criminal behavior. Clarence Anglin’s first conviction was for breaking into a service station when he was 14 and he continued on from there. He entered Alcatraz in January 1961 with a 20-year penalty earned after 10 years of robbing everything from banks to brothels.

Frank Morris and the Anglin brothers didn’t meet in Alcatraz. They went back to being co-inmates in a Florida prisoner where they made repeated escape attempts. Deemed candidates for the Alcatraz treatment, the U.S. Bureau of Prisons sequentially classified them as high-risk offenders and transferred them to The Rock one-by-one. Somehow, the three were assigned to adjacent cells.

The Morris-Anglin escape plan started in December 1961. That was six months before the breakout which gave them plenty of time to think and prepare. Their plan was elaborate, and it took a tremendous amount of coordination and cooperation with the inmate population to pull off. It seems the inevitable escape was one of the worst-kept secrets inside the criminals’ culture.

The escapees used self-made tools modified from old saw blades and kitchen utensils to chip concrete around existing ventilation ducts at floor level in their cells. Their creativity extended to using a power drill made from a stolen vacuum cleaner motor which they ran during music hour in the evening. To conceal their tunneling, they fabricated fake ventilation covers painted on cardboard.

The enlarged vent ducts gave them access to a 3-foot wide service corridor that was unpatrolled. This led to a larger area where they smuggled-in around 50 rubber raincoats donated by other inmates. The investigation later showed Morris and the Anglins built an inflatable raft and blow-up life jackets with the raincoats by vulcanizing the rubber on the facility’s steam pipes.

To inflate the raft and personal flotation devices (PFDs), they got even more ingenious. They pilfered a musical instrument called a concertina which is an accordion-like device they converted into a bellows. The trio also sourced wood scraps and screws to build paddles.

On the escape night, the three simulated themselves in bed by stuffing clothes and towels under the blankets to build body shapes. What really topped-off their attention to detail was fabricating human heads with paper mache that were authentically painted with flesh tones. They even attached human hair sourced from the Alcatraz barbershop.

Getting out of the prison facility took some doing. The fleeing felons used a ventilation shaft from the corridor to climb to the roof and then shinnied two stories down to the ground along service lines. Then, they faced inner and outer perimeter fences topped with barbed wire before making the shore.

How they hauled the raft, paddles, and some limited personal effects through this route is not clear. It took determination and considerable physical dexterity. However, the cons did it, and it worked.

The three were discovered missing during the 7 am stand-to and head-count. This set off a massive search done by the prison officials with the help of the local police and the Coast Guard. Bit-by-bit, pieces of their escape showed up.

Alcatraz Island National Park sits to the south-west of San Francisco Bay. It’s 1 ½ miles north of downtown San Francisco, about 3 ½ miles east of the Golden Gate Bridge and Horseshoe Bay in Marin County, and just over 2 miles south of Angel Island. Alcatraz is also slightly under 3 miles west of Treasure Island.

The searchers found their evidence near Angel Island. That included a broken paddle, two deflated life vests, shreds of raincoat material, and a wallet containing contact information for the Anglin relatives. Examination of one life jacket noted deep teeth marks in the inflation piece indicating that the wearer may have been struggling against air loss.

The main search lasted for two weeks. There were no signs of the Anglins or Morris, either alive or dead. Who aided the investigation was Allen West, an Alcatraz inmate who was part of the escape plot but couldn’t get through his enlarged ventilation duct in time to join the party.

West cooperated in exchange for immunity from punishment. He revealed the planning and the escapee’s intentions. According to West, the plot was to paddle the raft west from Alcatraz and land near Horseshoe Bay near the north end of Golden Gate Bridge. Here, they intended to steal clothes, a vehicle, rob some money, and then head for the Mexican border.

The investigators took West seriously. They followed every lead linking to car thefts, clothes swiping, and hold-ups. Nothing even remotely matched a modus operandi that indicated the trio had landed anywhere in the San Francisco Bay region.

Over time, many tips came in but nothing panned out. Some information was well-intended but wrong. Others were obviously pranks and hoaxes. There was one reported sighting of a man’s body floating in the Bay area that described it as wearing denim clothes consistent with prison garb. It was never found.

Another lead surfaced years later, and it came along with photographs. A long-time con-man claimed to have seen the Anglin brothers in Brazil and took their photos. By this time, the FBI had closed the case after writing off the escapees as having succumbed to hypothermia and drowned on the night of their mission. The U.S. Marshalls, however, took the photos seriously and sent investigators to Brazil. Nothing amounted to this but, today, there’s still speculation it might have been them.

So, what are the chances the three prisoners really survived their escape from Alcatraz?

The answer lies in the water. The reason authorities selected Alcatraz as a maximum-security prison site was because of how nasty the water conditions surrounding the island were. The temperature, currents, and wind conditions made this spot nearly impossible to cross without the right knowledge, timing, and equipment.

San Francisco Bay is a large water body that drains about 40 percent of California. Combining its inlets and estuaries, the bay area exceeds 1,500 square miles. That water gets flushed twice a day by ebb and flow tides that have to pass through the mile-wide Golden Gate narrows. This creates tremendous current action and some of the fastest waters on the California coast.

The logical escape plan for Morris and his Anglin accomplices would be to use the tide currents to their advantage. That would have to be when the ebb or outward action was happening, and the currrent would carry them from Alcatraz to their apparent destination near Horseshoe Bay on the Marin County shore. This would move them the fastest and minimize their paddling.

If they didn’t plan their water trip with a favorable tide, the flow tide would carry them into the bay and swirl their raft like in a toilet bowl. Surely these convicts who went to an elaborate escape effort would have considered the tide timing. That’s exactly what Allen West said they did.

Historical tide records are available online at the National Oceanic and Atmospheric Administration (NOAA) website. A little Googling found the tidal information for San Francisco Bay at the Alcatraz Island area for the night of Monday, June 11 and Tuesday, June 12, 1962. Here’s what was going on:

  • High tide of 5.24 feet at 7:11 pm on June 11
  • Low tide of 1.47 feet at 1:39 am on June 12
  • High tide of 3.69 feet at 7:27 am on June 12

To understand tide-talk, the figures 5.24 feet, 1.46 feet, and 3.69 feet refer to water levels above the mean or average low watermark. An important part of tidal water navigation is working with what’s called slack tide. This is the short period between ebb and flow when the current is neutral.

Low slack tide happened between Alcatraz Island and the Golden Gate narrows at 1:39 am on the Tuesday morning. Before that, there was a strong ebb or outflow current moving a significant water exchange between the earlier high at 5.24 feet and the low at 1.47 feet. That meant that 3.77 feet of water depth changed from a 1,500 square mile bay area and sent it whooshing beside Alcatraz and under the bridge.

Should the escapees have missed their window of opportunity from the prison “lights-out” at 10:00 pm and the low slack time at 1:39 am, they’d have faced an incoming flow tide returning a 2.22 foot rise in water coming back into San Francisco Bay. It would’ve been a challenge to paddle a homemade raft into that force.

So, it looks like the escapees had about 3 ½ hours to crawl out of their cells, haul their gear over the fence, and catch a favorable tide to make it 3 ½  miles to freedom at Horseshoe Bay. That seems do-able… except for the wild card.

Every trained mariner respects the wind. Air movement can be good or bad depending on your vessel type and travel direction. More Google exploration found the San Francisco weather records for June 11/12, 1962. It was a cool and cloudy night with a west to southwest wind coming in off the open Pacific at a steady 10-13 mile-per-hour blow with gusts up to 21 miles-per-hour.

The escapees and their blow-up raft would have paddled into an oncoming wind which certainly would have worked against the tide power. In fact, this combination of an inflow wind hitting an outflow tide makes for choppy surface conditions, especially in shallow water. The wind and tide action also create whirlpools which seriously suck to paddle through.

San Francisco Bay is notoriously shallow as large inlets go. That’s a major reason why the U.S. Navy chose San Diego as a main port over more centrally-located San Francisco. The average depth of San Francisco Bay is 20 feet which is less than the draft on most freighter ships. The deepest part of the bay is a 300-foot underwater canyon on the north side of the Golden Gate narrows that creates significant turbulence during tide changes.

It’s an understatement to say the water surface conditions were challenging for the escapees. It seems obvious they intentionally chose that period to run as it gave them the best odds of making it. They had favorable moonlight conditions with a ¾ waxing image being blocked by high cloud. According to weather records, nautical twilight occurred at 9:42 pm on June 11 and nautical sunrise occurred at 4:37 am. Therefore, they certainly had the cover of darkness.

Weather records indicate there was no rain, there was a high barometric pressure of 102.1, and a relatively cool nighttime air temperature of 48-50 degrees Fahrenheit. With the windchill, it would feel more like the mid-40s. The water temperature was a different story. NOAA recorded the waters surrounding Alcatraz to be 47 degrees Fahrenheit on the outflow and 50 degrees Fahrenheit on the inflow. That’s due to the colder freshwater coming into San Francisco from the Sacramento River’s spring melt and the warmer Pacific saltwater returning.

There’s a picture emerging of three desperate men with little tidal water experience making an untested run for freedom using their human technology against nature’s elements. The escapees calculated their timing to use darkness and an ebb tide to carry them along, so they took their chances. What they may have failed to consider is the subterranean characteristics of the bay and air power.

Their raft was also untested. Same with their life jackets. It’s hard to say what happened once the men’s weight put pressure on the inflated raft and jacket seams. Leaks likely started early in their journey, and this would have made paddling hard. Probably, the harder they struggled, the more force they exerted on their raft and buoyancy devices which possibly failed.

If Frank Morris, John Anglin, and Clarence Anglin ended up in the water, their life-expectancy would be limited. An average man, with a thin build like these escapes had, would go numb within a few minutes. According to charts by the U. S. Coast Guard , in water temperature between 41 and 50 degrees Fahrenheit, this scenario would happen:

  • Shock  Setting — 1 to 3 minutes
  • Exhaustion Onset — 30 to 60 minutes
  • Certain Death — 1 to 3 hours

Did the escapees survive? We’ll likely never know for sure. There is no conclusive proof one way or the other. There are urban legends and family suggestions that at least the Anglin brothers made it to safety, but you have to question the source. It’s theoretically possible for three men in a rubber boat to go from their cells to shore in a 3 ½ hour period, but they’d need a dose of luck from the escape gods.

However, their bodies have never been found. Some historical unidentified remains were recently examined through DNA testing which eliminated the Anglins from being a recovered John Doe. So far, forensic investigators haven’t been able to rule out Frank Morris, as he has no known living relatives to get a DNA comparison standard from.

If the Anglins and Morris did perish in San Francisco Bay, it’s not surprising their bodies didn’t surface – especially if their life vests failed. Typically, human bodies initially sink when immersed in water. Bodies then respond to environmental conditions like temperature and salinity.

San Francisco Bay was cold in June of 1962. It also had high freshwater content due to the late-spring runoff. Bodies tend to float better in saltwater than freshwater, but they need a reasonable amount of gas to do so. With the ambient temperature being so low, it’s unlikely there’d be sufficient postmortem gas generated to cause buoyancy. If the men sank, the tidal action would have pushed them around for a while and then dropped them off in the deepness of the sea where they’d permanently decompose.

On the balance of probabilities, it’s unlikely the three prisoners really survived their escape from Alcatraz. However, there’s always a chance given the time frame they had. If they did and were still alive, they’d be old men by now. The FBI gave up the chase a long time ago, but the U. S. Marshalls still have an open file. They have a reward for you… if you can find them.