The terms “psychopath” and
“sociopath” often get used interchangeably, but they are not
exactly the same. It is believed that psychopathy is the largely
the result of genetics, while sociopathy is more likely the
result of the environment. However, it is not completely nature
or nurture, but a complex combination of genetics, neurology,
and environment. They are both classified as Antisocial
Personality Disorders. They both show a disregard for laws and
social mores, a disregard for the rights of others, a failure to
feel remorse or guilt, and a tendency to display violent
behavior.
Psychopathy is related to a physiological defect that results in
the underdevelopment of the part of the brain responsible for
impulse control and emotions. Psychopaths are unable to form
emotional attachments or feel real empathy with others. Traits
include a total freedom from fear, anxiety, or guilt. They can
be charming, outgoing, and charismatic. They thrive on power and
control and are self centered and impulsive.
Sociopathy is likely the product of childhood trauma and
physical/emotional abuse. Sociopathy can also be acquired, such
as by dementia or a head injury. Sociopaths have a less severe
form of lack of empathy and lack of guilt. Sociopaths may be
able to form some deep bonds while a psychopath cannot. A
sociopath would feel no guilt about hurting a stranger, but may
feel guilt and remorse over hurting someone with which they
share a bond. A sociopath is less organized in demeanor and
might be nervous, easily agitated, and quick to display anger.
Sociopaths are often crusaders or martyrs for a perceived cause
and may see their wild acts as necessary.
Psychopaths are confident, social, and dominant, but sociopaths
are reserved and inhibited, sometimes loners.
Psychopaths are exempt from negative emotion, but sociopaths do
experience anxiety and rejection.
Psychopaths have no morals, but sociopaths have a sense of
morality and a conscience however, it is skewed.
Bottom line, all psychopaths are sociopaths, but not all
sociopaths are psychopaths.
Aug 4, 2017
Yoda Toes
In different movies Yoda has different
numbers of toes. In The Phantom Menace he has 3 toes, in The
Empire Strikes Back and Return of the Sith he has 4.
What's in a Name, Groundhog
The groundhog (Marmota monax),
also known as a woodchuck, or whistlepig, is a rodent of the
family Sciuridae, belonging to the group of large ground
squirrels known as marmots. It was first scientifically
described by Carl Linnaeus in 1758. The groundhog is also
referred to as a chuck, wood-shock, groundpig, whistler,
thickwood badger, Canada marmot, monax, moonack, weenusk, and
red monk. The name "thickwood badger" was given in the Northwest
to distinguish the animal from the prairie badger. Monax was a
Native American name of the woodchuck, which meant "the digger".
Whisky
Whisky is a spirit distilled from malted grain,
barley or rye. The word whisky is originated from the Old
English word usquebae. The word is derived from the words uisce,
which means water, and bethu, which translates to life. Summing
it up, the word whisky basically means 'water of life'.
Vanilla vs. French Vanilla Ice Cream
Both are made
with vanilla beans for flavor. Vanilla ice cream is more white
and French vanilla ice cream tends to have a slightly yellow
coloring.
The name French vanilla is derived from the classic French way of making ice cream using an egg custard base. French vanilla ice cream has egg yolks, which give it a smoother consistency and its distinctive yellow hue. The taste is a bit richer and a bit more complex than a regular vanilla, which is made with just milk and cream.
The name French vanilla is derived from the classic French way of making ice cream using an egg custard base. French vanilla ice cream has egg yolks, which give it a smoother consistency and its distinctive yellow hue. The taste is a bit richer and a bit more complex than a regular vanilla, which is made with just milk and cream.
Jul 28, 2017
Happy Friday
A perfect smile reflects
perfect happiness. Happiness reflects the sunshine of a perfect
smile.
I always try to smile and reflect happiness, especially on a Happy Friday!
I always try to smile and reflect happiness, especially on a Happy Friday!
Medicare Birthday
On July 30, 1965, at a public ceremony in Independence, MO.,
President Lyndon Baines Johnson signed Medicare into law.
Moments later, the 36th president of the United States presented
America's 33rd president, Harry S. Truman, then 81 years old —
the nation's first Medicare card.
Medicare provides health insurance to Americans age 65 and older and to younger people with certain disabilities or health conditions. At its creation, Medicare consisted of two parts: Medicare Part A hospital insurance coverage and Medicare Part B, an optional medical insurance program.
Medicare provides health insurance to Americans age 65 and older and to younger people with certain disabilities or health conditions. At its creation, Medicare consisted of two parts: Medicare Part A hospital insurance coverage and Medicare Part B, an optional medical insurance program.
Medicare's
first beneficiaries paid a $40 annual deductible for Part A. The
monthly premium for Part B was $3.
CT, MRI, PET and SPECT Scans
Had a chance to sample some of this
technology recently and realized many folks are not aware of what the terms
actually mean. Each requires a distinct type of radiology equipment
used to perform mostly medical procedures. Each piece of equipment costs
millions of dollars and data shows that more machines
cause more tests to be performed. Various pieces of equipment may look different
than the pictures below, due to company
design and age of the equipment.
A CT (computed axial tomography) scan uses X-rays, an MRI (Magnetic resonance imaging) scan uses magnetic and radio waves, a PET (Positron emission tomography) scan uses a radioactive substance injected in the body and gamma rays, and SPECT (Single photon emission computed tomography) scan uses a radioactive substance injected into the body and a gamma camera. Tomography is a technique for displaying a representation of a cross section through a human body or other solid object using a penetrating wave.
A CT scan is better suited to cancer, pneumonia, abnormal chest x-rays, and bleeding in the brain, especially after an injury. A CT scan shows organ tear and organ injury more quickly, so is more suitable for trauma cases. Broken bones and vertebrae are more clearly visible on a CT scan. CT scans provide a better image of the lungs and organs in the chest cavity between the lungs.
An MRI is better for examining the spinal cord. An MRI show a more visible brain tumor.
A CT scan does not show tendons and ligaments, but an MRI does.
A CT or MRI scan can assess the size and shape of body organs and tissue, but they cannot assess how these work.
The PET system detects pairs of rays emitted indirectly by a positron-emitting radionuclide (tracer), which is introduced into the body. Three-dimensional images of tracer concentration within the body are then constructed by computer analysis. A PET scan can show how an organ works, and is often used with a CT or MRI scan. PET scans are used to diagnose a condition or to track how it is developing. PET scans are used to investigate epilepsy, Alzheimer's disease, cancer, and heart disease.
The SPECT system works like a PET, but uses gamma rays to show a tracer dose of radioactive material injected into the body. The material moves to areas of bone and elsewhere highlighting healing or cancer progression as it is usually lit up on SPECT scans.
A CT (computed axial tomography) scan uses X-rays, an MRI (Magnetic resonance imaging) scan uses magnetic and radio waves, a PET (Positron emission tomography) scan uses a radioactive substance injected in the body and gamma rays, and SPECT (Single photon emission computed tomography) scan uses a radioactive substance injected into the body and a gamma camera. Tomography is a technique for displaying a representation of a cross section through a human body or other solid object using a penetrating wave.
CT Scanner
A CT scan is better suited to cancer, pneumonia, abnormal chest x-rays, and bleeding in the brain, especially after an injury. A CT scan shows organ tear and organ injury more quickly, so is more suitable for trauma cases. Broken bones and vertebrae are more clearly visible on a CT scan. CT scans provide a better image of the lungs and organs in the chest cavity between the lungs.
MRI Scanner
An MRI is better for examining the spinal cord. An MRI show a more visible brain tumor.
A CT scan does not show tendons and ligaments, but an MRI does.
A CT or MRI scan can assess the size and shape of body organs and tissue, but they cannot assess how these work.
PET Scanner
The PET system detects pairs of rays emitted indirectly by a positron-emitting radionuclide (tracer), which is introduced into the body. Three-dimensional images of tracer concentration within the body are then constructed by computer analysis. A PET scan can show how an organ works, and is often used with a CT or MRI scan. PET scans are used to diagnose a condition or to track how it is developing. PET scans are used to investigate epilepsy, Alzheimer's disease, cancer, and heart disease.
The SPECT system works like a PET, but uses gamma rays to show a tracer dose of radioactive material injected into the body. The material moves to areas of bone and elsewhere highlighting healing or cancer progression as it is usually lit up on SPECT scans.
Chicken Facts
Here is something to cluck about. The UN's
Food and Agriculture Organization concluded that, as of
2014, the world has about 21 billion chickens, which produce
the 79 billion eggs eaten by Americans every year. As the human
population grew by 80 percent between 1970 and 2008, the
global chicken population grew by 262 percent. That
makes three chickens for every human on earth.
Al Capone
A famous crime boss during prohibition in the US was jailed for income tax evasion. He was released from Alcatraz prison on November 16, 1939 and died January 25, 1947 with few of his friends attending his modest funeral.
He died penniless after once earning $40 million a year. He struggled to support his family on an income of $600 a week, which was provided by former associates of the Chicago Outfit. After his death, his wife, Mae, whom he married in 1918, was forced to sell their home due to financial constraints. She died during 1986.
Wordology, Lidar
The word is an acronym for Light
Detection and Ranging. The US military and NASA invented the
Lidar technology during the early 1960s for measuring distance
in space. Its first commercial usage did not occur until 1995.
It uses ultraviolet, visible, or near infrared light from lasers. Radar (Radio Detection and Ranging) uses radio or electromagnetic waves. Lidar used in cars is low powered and classed as 'eye-safe' allowing it to be used with few safety precautions.
Some refer to Lidar as laser radar, however it is not. It is more precise than radar, because the speed of light is a constant, so a laser can make extremely precise measurements of distance by computing the time between when the device emits a laser pulse and when it detects the reflection. Sound travels about 1,000 feet (300 meters) per second and light travels about 984,000,000 feet per second (300,000,000 meters). Also, radar wavelengths suffer from atmospheric conditions, such as humidity, fog, rain, snow, and temperature, but do perform better in smokey or dusty conditions.
A laser unit fires a short pulse of light. The pulse rebounds off a point, such as the rear of the car in front and is detected by a sensor in the laser unit. A computer connected to the unit measures the time between the initial pulse and the light return and, using the speed of light, calculates the distance the light has traveled. It creates a high-resolution 3D map of the surrounding environment. The best sensors can see details of a few centimeters at distances of more than 330 feet or 100 meters.
Currently most autonomous cars use some combination of Lidar, Radar, and camera. Lidar is precise, Radar is good at motion, and cameras are good for depiction. Each technology has strengths and weaknesses, so automakers and others are trying to find the best combination of strengths at the lowest cost.
It uses ultraviolet, visible, or near infrared light from lasers. Radar (Radio Detection and Ranging) uses radio or electromagnetic waves. Lidar used in cars is low powered and classed as 'eye-safe' allowing it to be used with few safety precautions.
Some refer to Lidar as laser radar, however it is not. It is more precise than radar, because the speed of light is a constant, so a laser can make extremely precise measurements of distance by computing the time between when the device emits a laser pulse and when it detects the reflection. Sound travels about 1,000 feet (300 meters) per second and light travels about 984,000,000 feet per second (300,000,000 meters). Also, radar wavelengths suffer from atmospheric conditions, such as humidity, fog, rain, snow, and temperature, but do perform better in smokey or dusty conditions.
A laser unit fires a short pulse of light. The pulse rebounds off a point, such as the rear of the car in front and is detected by a sensor in the laser unit. A computer connected to the unit measures the time between the initial pulse and the light return and, using the speed of light, calculates the distance the light has traveled. It creates a high-resolution 3D map of the surrounding environment. The best sensors can see details of a few centimeters at distances of more than 330 feet or 100 meters.
Currently most autonomous cars use some combination of Lidar, Radar, and camera. Lidar is precise, Radar is good at motion, and cameras are good for depiction. Each technology has strengths and weaknesses, so automakers and others are trying to find the best combination of strengths at the lowest cost.
Father and Son
John Scott Harrison was a member of the
United States House of Representatives from Ohio and the only
person to be both the child and the parent of US Presidents. He
was also the grandson of Declaration of Independence signer,
Benjamin Harrison V. He was the father of thirteen children.
His father, William Henry Harrison was the ninth President in 1841 and his son, Benjamin Harrison, was the 23rd President from 1889 to 1893. Harrison did not live to see his son become President.
His father, William Henry Harrison was the ninth President in 1841 and his son, Benjamin Harrison, was the 23rd President from 1889 to 1893. Harrison did not live to see his son become President.
Jul 21, 2017
Happy Friday
Happiness, like oceans
comes in waves, some higher, some lower, but all appreciated.
I always look for the perfect wave of happiness, especially on a Happy Friday!
I always look for the perfect wave of happiness, especially on a Happy Friday!
Wordology, Dox
Here is an interesting word that has been floating around the web
for the past bunch of years. Doxing or doxxing, from abbreviating
the word documents, is an Internet-based practice of researching
and broadcasting private or personal identifiable information
about an individual or organization. It is usually done to
humiliate or expose someone.
Doxing is the act of finding one's personal information through research and discovery, with little to no information to start with. You may have seen doxing in the news, for instance when not so long ago, hacker team Anonymous doxed and reported thousands of twitter accounts related to ISIS.
Doxxing is easy to accomplish using common internet sites. Social media, phone number databases, housing information, etc., are all readily and freely available. Linkedin, Twitter, Facebook, and Google+, etc. are treasure troves of personal information, such as relatives, friends, coworkers, pictures, nicknames, employer name, job title, school information, addresses, and much more.
Hackers, police officers, and amateur detectives can harvest the information from the internet about individuals. There is no particular structure in place for doxing, meaning a hacker may seek out any kind of information related to the target.
Doxing is the act of finding one's personal information through research and discovery, with little to no information to start with. You may have seen doxing in the news, for instance when not so long ago, hacker team Anonymous doxed and reported thousands of twitter accounts related to ISIS.
Doxxing is easy to accomplish using common internet sites. Social media, phone number databases, housing information, etc., are all readily and freely available. Linkedin, Twitter, Facebook, and Google+, etc. are treasure troves of personal information, such as relatives, friends, coworkers, pictures, nicknames, employer name, job title, school information, addresses, and much more.
Hackers, police officers, and amateur detectives can harvest the information from the internet about individuals. There is no particular structure in place for doxing, meaning a hacker may seek out any kind of information related to the target.
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