Nuclear 9/11
By
Duane Thresher, Ph.D. September 11, 2021
Today is the 20th anniversary of 9/11. Two years ago I wrote
9/11
Was Due to IT Incompetence, by the U.S. Government,
specifically the NSA and CIA, and predicted another mega
national security disaster around 10 years after the last, the
hacking of the NSA and CIA by
Edward
Snowden, which was about 10 years after mega national
security disaster 9/11. The U.S. Government, and the
companies
who actually do the U.S. Government's jobs, are
incompetent and generals always fight the last war, so their
predicting the next possible mega national security disaster
is impossible. However, the recent
Colonial
Pipeline cyberattack by Russia clearly indicates, to
non-incompetents, that the next possible mega national
security disaster will be via IT. There has been talk of
hacking into airliner flight controls and crashing the planes
into targets, but again, that is fighting the last war and is
actually trivial compared to what can be done — hacking
into and forcing the meltdown of nuclear power plants near
major cities (all are), about which I have written in
Ransomwared
Nuclear Power Plants Upwind of Major U.S. Cities. 3000
died in 9/11, but a forced meltdown of a single nuclear power
plant would multiply that by 10 or 100 or more, making it a
giga national security disaster, and dying from radiation
sickness is one of the most horrible ways to die. Speaking of
anniversaries and catastrophic nuclear power plant meltdowns,
this year is the 35th anniversary of Chernobyl (1986), which
the Russians would love to prove is a disaster that can't only
happen to them.
Apscitu
can fight to protect America from a nuclear 9/11.
Before I explain about the forced meltdown of nuclear power
plants, note
my
credentials to do so. I took a course in strategic
nuclear war, particularly mathematically modeling one, when I
was at
MIT getting my
B.S. in Electrical Engineering and Computer Science. This
required learning about radioactive fallout and the effects of
radiation on humans; I also have experience with radiation
measurement equipment like Geiger counters and dosimeters.
Later I did climate modeling on supercomputers. This required
doing
graduate
work in meteorology, which is what you need to know for
fallout. Finally, I was
living
and working in Manhattan on September 11, 2001 and the
first airliner came low over my apartment building and shook
me out of bed before crashing into a World Trade Center tower,
which I had been to the top of many times.
An inherently-safe foolproof nuclear power plant —
i.e. even incompetents can run it — has yet to be
designed, despite decades of engineers trying, which probably
means it is impossible (see also artificial intelligence and
fusion in
Artificial
Intelligence: Savior, Antichrist, or
Hyperbole?).
A nuclear power plant has one or more nuclear reactors. Each
reactor is a large cylindrical vessel filled with water under
pressure via an external cooling system (part of the power
turbine system). Inside the vessel there are hundreds or
thousands of metal (zirconium) tubes filled with uranium
dioxide. The uranium is a mixture of U-235, which when hit by
neutrons will fission and emit heat and more neutrons, causing
a self-sustaining chain reaction, and U-238, which does not do
this. Natural uranium contains less than 0.7% U-235 and must
be refined up to 3% U-235 to be used in a nuclear reactor.
Bomb grade uranium must be more than 90% U-235, which is why a
nuclear reactor can't explode like a nuclear bomb.
Also in the reactor vessel are boron control rods that when
lowered among the uranium tubes absorb neutrons and stop the
chain reaction.
Being part of the highly radioactive reactor, the cooling
system and the control rods must be controlled remotely, via a
network. If the control rods are kept up and the cooling
system is shut down, the uranium can become hot enough to melt
itself, i.e. a meltdown, going through the tubes, the reactor
vessel, the iconic containment dome the vessel is in, and the
ground underneath, metaphorically all the way to China,
i.e. the China Syndrome. Along the way there will be a series
of explosions that spread the radioactive uranium and its
radioactive fission byproducts: the pressurized reactor vessel
blowing apart, the surrounding containment dome blowing apart,
and the white-hot uranium hitting groundwater or a nearby body
of water, which there always is since they are necessary for
the cooling system.
Once in the atmosphere, these radioactive particles will be
carried by the wind before they fall out. Much fallout will
be over major cities because nuclear power plants are built
near those cities to provide electricity for them —
power loss due to long transmission distance is a big problem
(it's why room temperature superconductors would have been
such an important discovery if they actually existed, which
despite the
media
hype they don't).
Even if nearness to major cities were not the case, winds can
quickly carry radioactive particles long distances. While
there are prevailing winds — mostly to the east in the
United States — even in a single day the winds over a
nuclear power plant can blow in every direction. Radioactive
particles from Chernobyl were quickly carried all over Europe.
For example, a day or so after the accident started, a nuclear
power plant near Stockholm Sweden, 700 miles away to the
northwest, was evacuated because the fallout from Chernobyl
made them believe they had had an accident.
During Chernobyl the Russian government seriously considered
implementing a medically-advised evacuation radius of 150
miles, which would have included Kiev, a city of 2.5 million
people at the time. The only reason they didn't evacuate to
this radius was that logistical difficulty and appearances
were more important to them than the safety of their own
people (sound familiar?). As it was, they evacuated to 20
miles. Most nuclear power plants in the U.S., if they really
plan at all, plan for an evacuation radius of 10 miles or
less.
(Actually, Kiev was de facto evacuated after the Chernobyl
meltdown. That is, in the communist Russia of 1986, residents
were not allowed to travel without government permission, but
as radiation levels rose in Kiev, many left without explicit
government permission but with its tacit approval, and even
help. Later, over 360,000 children under the age of thirteen,
and tens of thousands of nursing and pregnant women, were
officially evacuated from Kiev.)
Most nuclear power plants in the U.S. are in the East and most
of these are in the densely populated East Coast, near —
within 150 miles — major cities as described. These are
thus perfect military targets, just like Colonial Pipeline
was, since it provided fuel to the East Coast; see
U.S. Surrenders
in IT War, Starts Paying Tribute to Russia.
Radiation, with respect to its effect on humans, i.e. dosage,
is measured in rem (= .01 sievert, the unit of the metric
system, which is just the French, angry over not being a world
power or language, converting useful units into awkward
French-named units and trying to force them on the world). An
average annual dose from background radiation is about 0.3
rem.
Radiation exposure from a nuclear power plant meltdown will be
much higher in a much shorter period of time. A dose of
around 100 rem or more — onset being quicker, but within
hours, the higher the dose — will cause vomiting (and
diarrhea), the classic radiation sickness symptom, and the
chance of birth defects increases greatly. At around 150 rem,
up to 10% of the population will be dead after 30 days, and
more after that.
At around 250 rem or more, about a week later people will lose
their hair, the other classic radiation sickness symptom.
There will be permanent sterility and 10 – 35% of the
population will be dead after 30 days, and more after
that.
At around 350 rem or more, about a week later people will
bleed from their skin, including eyes and mouth. 35 –
50% of the population will be dead after 30 days, and more
after that.
At around 500 rem, 50 – 90% of the population will be
dead after 30 days, and more after that.
At around 750 rem or more, people's bone marrow and intestines
will be destroyed and nearly 100% of the population will be
dead after 30 days, and more after that.
At around 1000 rem, 100% of the population will be dead after
30 days.
The preceding assumes no medical treatment, but as was made
clear from Coronavirus, for the millions affected there would
be no medical treatment.
Also note that fallout that is ingested (e.g. in drinking
water) or inhaled is far deadlier than external
exposure to it.
From these radiation dosage explanations, you can tell what
"medically-advised" meant above in the evacuation radius
explanation.
As mentioned in my explanation above about how a nuclear power
plant works, being part of the highly radioactive reactor, the
cooling system and the control rods must be controlled
remotely, via a network. If this network can be hacked into
then the control rods can be kept up and the cooling system
can be shut down, forcing a meltdown and horribly killing
thousands or more.
The Russians have proven they can successfully cyberattack the
U.S. and we will do nothing to stop them; see
U.S. Surrenders
in IT War, Starts Paying Tribute to Russia. And the
Russians would love to attack the U.S. in a way that would
prove that a catastrophic nuclear power plant meltdown like
Chernobyl can't only happen to them.
All hackings (data breaches) are caused by the target's IT
incompetence. Period. See
Why
Stop IT Incompetence? Data Breaches in
Principles of IT
Incompetence.
So who is responsible for the IT security, i.e. cybersecurity,
of nuclear power plants in the U.S.?
Nuclear power plants are owned and operated by companies. The
company executives responsible for the cybersecurity of these
are variously called Chief Information Officer (CIO), Chief
Information Security Officer (CISO), Cybersecurity Executive
Vice President, Chief Technology Officer (CTO), etc.; see
"musical titles" in
Booz
Hacks Fed IT, Makes It Incompetent, Insecure,
Bankrupt.
Given Americans' rightful uneasiness with nuclear power
plants, since the Three Mile Island near-meltdown in
Pennsylvania in 1979 and Chernobyl in Russia in 1986, not many
new nuclear power plants are being built and most in the
U.S. are old, including the IT in them. Southern Nuclear is a
company building the first new nuclear reactors in 30 years,
adding two to the existing two at its Vogtle nuclear power
plant near — as defined above — Augusta GA, as
well as Savannah GA, Columbia SC, and Charleston
SC.
I learned more about Southern Nuclear when I was writing about
the Colonial Pipeline cyberattack in
U.S. Surrenders
in IT War, Starts Paying Tribute to Russia.
Marie Mouchet
is (2016 – present) the
Colonial Pipeline CIO responsible for allowing that hacking.
Mouchet is IT incompetent.
An
IT education is the most important IT credential and she
only has degrees for teaching high school, from Georgia State
University, in Atlanta, where Colonial Pipeline is
based.
Marie
Mouchet was added to the
Business IT
Incompetents Hall Of Shame after the mentioned
article.
Even more frightening, Marie Mouchet was Southern Nuclear CIO
from 2003 – 2016, which includes the start of construction in
2009 of the mentioned two new nuclear reactors being added to
the Vogtle nuclear power plant. I thus wrote more about her
in
Ransomwared
Nuclear Power Plants Upwind of Major
U.S. Cities.
Mouchet was replaced as Southern Nuclear CIO in 2016 by
Martin Davis
, who also has
no
IT education so is IT incompetent; he only has a
bachelor's degree in business administration. Further, from
2003 – 2009 Davis was responsible for "all aspects of
[information] technology for Wachovia Corporation worldwide"
and in 2007 there was a data breach in which $142 million was
stolen from Wachovia bank account holders. Finally, Davis is
far more interested in
his
million dollar real estate business than in protecting you
and yours from radiation sickness.
Martin
Davis was also added to the
Business IT
Incompetents Hall Of Shame after
U.S. Surrenders
in IT War, Starts Paying Tribute to Russia and I wrote
more about him in
Ransomwared
Nuclear Power Plants Upwind of Major
U.S. Cities.
Other nuclear power plant company cybersecurity executives are
almost certainly also IT incompetent and I will be
investigating and writing about them in the
future.
Nuclear power plant companies are overseen directly by the
Nuclear Regulatory Commission (NRC), an independent agency of
the U.S. Government that is already notorious for its
incompetence
and corruption. The NRC Chief Information Officer (CIO)
would naturally be responsible for the cybersecurity
oversight.
David Nelson
is (2016 – present) NRC CIO
and also has
no
IT education so is IT incompetent; he only has a
bachelor's degree in business management from the University
of Phoenix, which itself is a notorious
for-profit
college providing fake educations. The NRC may have been
hacked while Nelson was CIO in
The
Doomsday Microsoft Government Email Data Breach, and
before that Nelson did cybersecurity for HealthCare.gov,
during which time it was hacked; see
HealthCare.gov
Hacked. I wrote about
David
Nelson in
Ransomwared
Nuclear Power Plants Upwind of Major U.S. Cities, and then
added him to the
Government IT
Incompetents Hall Of Shame.
The Cybersecurity and Infrastructure Security Agency (CISA) is
the U.S. Government agency, nominally overseen by the
Department of Homeland Security, responsible for the
cybersecurity of infrastructure like power plants, including
nuclear power plants. I first wrote about CISA, back when it was the
National Protection and Programs Directorate (NPPD), in
Handing
Over America's Electrical Grid to the Russians. More
recently, CISA may have been hacked in
The
Doomsday Microsoft Government Email Data Breach and is
implicated in the possible hacking of the 2020
U.S. Presidential Election, the security of which CISA was
also responsible for.
Jen Easterly
is (Jul 2021 – present) the
Director of CISA, nominated by President
Joe Biden
. Easterly is IT
incompetent.
An
IT education is the most important IT credential
and
Jen
Easterly only has a bachelor's degree in a subject she
won't reveal — so almost certainly not in IT — and
a Master of Arts in "politics, philosophy, and economics" from
a foreign university. Before CISA, Easterly was Head of
Cybersecurity for investment bank Morgan Stanley from Feb 2017
– Jul 2021, during which time Morgan Stanley had a data
breach for which they were fined $60 million.
The buck stops with President
Joe Biden
for national cybersecurity, but he
has already surrendered to Russian President
Vladimir Putin
; see
U.S. Surrenders
in IT War, Starts Paying Tribute to Russia. ("The Buck
Stops Here", meaning final responsibility, is from a sign on
the Oval Office desk of President Harry Truman, a Democrat
like Biden, who dropped the atomic bombs on Hiroshima and
Nagasaki, Japan during World War II. Using these saved many
lives on both sides, but is from which the world learned,
including myself at MIT, the horrors of radiation
sickness.)
As I explained in
Dangerous
Fraud Kelly Bissell, IT Incompetent Accenture Head CISO:
One of the basic responsibilities of the federal government
in the U.S. Constitution is to provide for the common
defense, which obviously means a competent one. It is thus
a right and I am considering a lawsuit against the federal
government for violating my right to a competent national
defense by having IT incompetent national cybersecurity.
More immediately and directly in the fight to protect
America,
Apscitu,
with
me, the IT
expert, doing the actual technical work, can do thorough
on-site multi-week cybersecurity inspections of each nuclear
power plant, with regular follow-ups.
Among other ancestors who also fought to protect America, my
father, deceased, was a
U.S. Air
Force officer in time of war: an Atlas ICBM silo officer
during the Cuban Missile Crisis of the Cold War and an
aircraft officer in Saigon right before the Tet Offensive in
the Vietnam War.