Everything happens for
a reason.
Today is the reason
I am celebrating a Happy Friday!
Aug 16, 2019
Mind Changers
Many self proclaimed and real experts have once told us and sold
us that these items are either good or bad for us. In fact each
of the following have gone from good to bad or from bad to good
and a few changed back again.
They include: artificial colors green 1, orange 1, red 1,2,4,32, butter, chocolate, cigarettes, coffee, cyclamates, eggs, nuts, red meat, red wine, salt, saturated fats, sugar, potatoes, carbohydrates, whole milk, coconut oil, baby aspirin, paper bags, plastic bags, quaaludes, thalidomide, and toilet paper.
If something becomes a super fad, just wait for a while and the "experts" will change their mind. Think gluten hype and the less than one percent of people who are celiac sufferers.
They include: artificial colors green 1, orange 1, red 1,2,4,32, butter, chocolate, cigarettes, coffee, cyclamates, eggs, nuts, red meat, red wine, salt, saturated fats, sugar, potatoes, carbohydrates, whole milk, coconut oil, baby aspirin, paper bags, plastic bags, quaaludes, thalidomide, and toilet paper.
If something becomes a super fad, just wait for a while and the "experts" will change their mind. Think gluten hype and the less than one percent of people who are celiac sufferers.
Space Program Benefits
Here are some great NASA spinoffs that many are
not aware of.
Water purification — In the closed environment of space, keeping water clean is vital. If and when we colonize the Moon, or Mars, water purification will be all the more critical.
Air purification — \Clean air is just as important as clean water, and so air scrubbing was a priority for NASA. Boosted by NASA technology, air scrubbing is a big business, both for the home and for the planet. It is possible that NASA’s efforts to enlist bacteria in an air-purification push will prove to be the biggest breakthrough of all.
Carbon capture — As NASA notes, “Metabolic wastes—mainly evaporative water loss, urine, utility water, expired carbon dioxide, and feces amount to 10 to 14 pounds per man per day.” In space, such accumulation is an enormous burden. NASA knew that carbon is also an energy source, and so with good science, carbon waste can become carbon fuel. Thus carbon dioxide in the Earth’s atmosphere could become, potentially, the basis of a new energy source, clearing the air while powering human civilization. In other words, this new system could become a closed loop of abundant, and clean, energy.
Temper Foam — NASA started out trying to keep astronauts from being crushed or killed by G-forces and impacts. “The material now known as Temper Foam, not only provides better impact protection, but also enhances passenger comfort on long flights because it distributes body weight and pressure evenly over the entire contact area.”
Shock absorbers for buildings — NASA’s efforts to cushion astronauts and their rockets have turned into a new technology that cushions people and their buildings: “With NASA funding, North Tonawanda, New York-based Taylor Devices Inc. developed fluidic shock absorbers to safely remove the fuel and electrical connectors from the space shuttles during launch. The company is now employing the technology as seismic dampers to protect structures from earthquakes. To date, 550 buildings and bridges have the dampers, and not a single one has suffered damage in the wake of an earthquake.”
Freeze-drying food — One of the early challenges NASA faced was bringing food into space. Such nutrients had to be kept minimal, had to be kept clean, and had to be easy to clean up. At the same time, they had to be satisfying and tasty and now it is a new terrestrial industry.
3-D food printing — Even now, the 3-D printing of anything is difficult to understand. Fortunately, we do not have to understand how it is done; we can just get the benefits.
Advanced ceramics — As NASA wrote in 2006, “To meet the requirements of the next generation of both rocket and air-breathing engines, NASA is actively pursuing the development and maturation of a variety of ceramic materials.” In the years since, advanced ceramics have been used to develop and safeguard all manner of structures in challenging environments, from wings to engines to antennas.
Powdered lubricants — In space, where every ounce counts, it’s vital to make everything as light and efficient as possible. Thanks to technology transfers, everyone has access to lubricants that weigh little and last long.
Scratch-resistant lenses — Plastic lenses are far superior to glass lenses because they do not shatter. However, early plastics scratched easily. So NASA figured out how to use an electric discharge of organic vapor to make a thin plastic film that was both tough and translucent. That helped considerably with space-helmet visors and now many eyeglasses are no longer glass.
Other items from the space program. These include cordless power tools, flame-resistant firefighter gear, the integrated circuit that gave rise to the microchip, and thin, lightweight insulation. Improvements to kidney dialysis, a lightning detector, automated credit card transactions, radar, jet aviation, and synthetic rubber.
Contrary to popular belief, NASA had nothing to do with the development of Tang, Velcro, or Teflon, although it did use and popularize these products.
Incidentally, the first meal on the Moon included bacon squares, cubes of sugar cookie, a fruit drink, and coffee. Fly me to the moon
Water purification — In the closed environment of space, keeping water clean is vital. If and when we colonize the Moon, or Mars, water purification will be all the more critical.
Air purification — \Clean air is just as important as clean water, and so air scrubbing was a priority for NASA. Boosted by NASA technology, air scrubbing is a big business, both for the home and for the planet. It is possible that NASA’s efforts to enlist bacteria in an air-purification push will prove to be the biggest breakthrough of all.
Carbon capture — As NASA notes, “Metabolic wastes—mainly evaporative water loss, urine, utility water, expired carbon dioxide, and feces amount to 10 to 14 pounds per man per day.” In space, such accumulation is an enormous burden. NASA knew that carbon is also an energy source, and so with good science, carbon waste can become carbon fuel. Thus carbon dioxide in the Earth’s atmosphere could become, potentially, the basis of a new energy source, clearing the air while powering human civilization. In other words, this new system could become a closed loop of abundant, and clean, energy.
Temper Foam — NASA started out trying to keep astronauts from being crushed or killed by G-forces and impacts. “The material now known as Temper Foam, not only provides better impact protection, but also enhances passenger comfort on long flights because it distributes body weight and pressure evenly over the entire contact area.”
Shock absorbers for buildings — NASA’s efforts to cushion astronauts and their rockets have turned into a new technology that cushions people and their buildings: “With NASA funding, North Tonawanda, New York-based Taylor Devices Inc. developed fluidic shock absorbers to safely remove the fuel and electrical connectors from the space shuttles during launch. The company is now employing the technology as seismic dampers to protect structures from earthquakes. To date, 550 buildings and bridges have the dampers, and not a single one has suffered damage in the wake of an earthquake.”
Freeze-drying food — One of the early challenges NASA faced was bringing food into space. Such nutrients had to be kept minimal, had to be kept clean, and had to be easy to clean up. At the same time, they had to be satisfying and tasty and now it is a new terrestrial industry.
3-D food printing — Even now, the 3-D printing of anything is difficult to understand. Fortunately, we do not have to understand how it is done; we can just get the benefits.
Advanced ceramics — As NASA wrote in 2006, “To meet the requirements of the next generation of both rocket and air-breathing engines, NASA is actively pursuing the development and maturation of a variety of ceramic materials.” In the years since, advanced ceramics have been used to develop and safeguard all manner of structures in challenging environments, from wings to engines to antennas.
Powdered lubricants — In space, where every ounce counts, it’s vital to make everything as light and efficient as possible. Thanks to technology transfers, everyone has access to lubricants that weigh little and last long.
Scratch-resistant lenses — Plastic lenses are far superior to glass lenses because they do not shatter. However, early plastics scratched easily. So NASA figured out how to use an electric discharge of organic vapor to make a thin plastic film that was both tough and translucent. That helped considerably with space-helmet visors and now many eyeglasses are no longer glass.
Other items from the space program. These include cordless power tools, flame-resistant firefighter gear, the integrated circuit that gave rise to the microchip, and thin, lightweight insulation. Improvements to kidney dialysis, a lightning detector, automated credit card transactions, radar, jet aviation, and synthetic rubber.
Contrary to popular belief, NASA had nothing to do with the development of Tang, Velcro, or Teflon, although it did use and popularize these products.
Incidentally, the first meal on the Moon included bacon squares, cubes of sugar cookie, a fruit drink, and coffee. Fly me to the moon
Six Interesting Animal Facts
Pandas can sleep anywhere, so they usually
fall asleep wherever they happen to be.
Squirrels use their tails as umbrellas and parachutes.
A dog’s nose print is as detailed as a human fingerprint and can be used to identify them.
Giraffes only sleep for about 4 and a half hours a night, on average.
Tigers have striped skin underneath their striped fur.
Baby elephants suck on their own trunks, like pacifiers.
Squirrels use their tails as umbrellas and parachutes.
A dog’s nose print is as detailed as a human fingerprint and can be used to identify them.
Giraffes only sleep for about 4 and a half hours a night, on average.
Tigers have striped skin underneath their striped fur.
Baby elephants suck on their own trunks, like pacifiers.
Aug 2, 2019
Happy Friday
No one ever died from
an overdose of happy.
I like to soak it up, devour it, and bathe in it, especially on a Happy Friday!
I like to soak it up, devour it, and bathe in it, especially on a Happy Friday!
Happy National Happiness Happens Day
It is celebrated annually Aug 8
on the founding date of the Society of Happy People, which you
can join for free. The society encourages members to recognize
their happy moments and think about happiness in their daily
life. They have two mottos which include “Happiness Happens” and
“Don’t Even Think of Raining on My Parade.” Their purpose is to
stimulate people’s right to express their happiness.
The holiday is based on the premise that happiness is unlimited and contagious and that sharing one's happiness and can bring a lot of joy in other people's lives. Happiness is encouraged all day. Recognize every moment of glee, joy, delight, and pleasure. A flicker of a giggle should be given its due and should it blossom into full blown happiness.
Incidentally, August 9 is Book Lovers Day, an unofficial holiday that encourages people to pick up a book (or two) and spend the day reading, especially all 54 of my books.
The holiday is based on the premise that happiness is unlimited and contagious and that sharing one's happiness and can bring a lot of joy in other people's lives. Happiness is encouraged all day. Recognize every moment of glee, joy, delight, and pleasure. A flicker of a giggle should be given its due and should it blossom into full blown happiness.
Incidentally, August 9 is Book Lovers Day, an unofficial holiday that encourages people to pick up a book (or two) and spend the day reading, especially all 54 of my books.
Antenna Color Codes
Many are not aware of how much free TV is available using a TV
antenna. There is a handy site that lets you know how many TV
channels you can expect to see using an antenna. There is some
overlap of stations and some not in English or for shopping
only, but there is variety. A number of local stations have
begun adding sub-channels, such as Laff, PBS, CW Network,
Escape, GRIT, Cozi, Retro TV, Movies!, Go, ME TV, This TV,
Justice Network, Weather, Bounce, and more. In fact, there are
over 130 new, free, over-the-air stations coming during the next
year.
Obviously all antennas are not equal and outdoor are better than indoor for receiving more stations. LINK
By typing in my zip code, I find that there are 112 free over the air TV stations, not including sub-channels available, providing I use the correct antenna. They are sorted by antenna color code, with the easiest and cheapest type first.
Yellow - A Small Multi-Directional Antenna is recommended in Yellow color code areas. Signal strength is highest, so small antennas that receive signals equally well in all directions work very well. Indoor antennas work very well in Yellow color code areas, which are usually 10 to 15 miles from the TV station transmitter. Many indoor antennas have a range from 30 to 50 miles.
Green - A Medium Multi-Directional Antenna is recommended in Green color code areas. Signal strength is still good, but weaker than in yellow areas. An amplified indoor antenna may also work in Green color code areas, which can be up to 30 miles from the TV station transmitter.
Light Green - A Large Multi-Directional or Small Directional Antenna is recommended for Light Green color code areas. Signal levels are weaker, so a larger omnidirectional antenna or a directional antenna is needed to receive signals effectively, which can be up to 30 miles from the TV station transmitter.
Red - A Medium Directional Antenna is recommended in Red color code areas. Signal strength is weaker, and directional antennas are needed to pick up signals. These are the most popular antenna types due to their modest size and effectiveness 30 to 45 miles from the TV transmitter site.
Blue - A Medium Directional Antenna with an Antenna Preamplifier or a Large Directional Antenna is recommended for Blue color code areas. Signals are weaker, so larger antennas or antennas with amplification are needed to receive TV signals effectively. TV antennas in the blue color code area may also need to be installed on a tower or high rooftop to pick up distant channels, which can be 45 to 60 miles from the TV station transmitter.
Violet - A Large Directional Antenna with an Antenna Preamplifier is recommended for Violet color code areas. These are areas farthest from the TV station transmitting towers, and need the largest antennas and best preamplifiers to pick up TV signals effectively, which can be 60 miles or more from the TV station transmitter. TV antennas in the Violet color code area may also need to be installed on a tower or high rooftop to pick up distant channels.
Obviously all antennas are not equal and outdoor are better than indoor for receiving more stations. LINK
By typing in my zip code, I find that there are 112 free over the air TV stations, not including sub-channels available, providing I use the correct antenna. They are sorted by antenna color code, with the easiest and cheapest type first.
Yellow - A Small Multi-Directional Antenna is recommended in Yellow color code areas. Signal strength is highest, so small antennas that receive signals equally well in all directions work very well. Indoor antennas work very well in Yellow color code areas, which are usually 10 to 15 miles from the TV station transmitter. Many indoor antennas have a range from 30 to 50 miles.
Green - A Medium Multi-Directional Antenna is recommended in Green color code areas. Signal strength is still good, but weaker than in yellow areas. An amplified indoor antenna may also work in Green color code areas, which can be up to 30 miles from the TV station transmitter.
Light Green - A Large Multi-Directional or Small Directional Antenna is recommended for Light Green color code areas. Signal levels are weaker, so a larger omnidirectional antenna or a directional antenna is needed to receive signals effectively, which can be up to 30 miles from the TV station transmitter.
Red - A Medium Directional Antenna is recommended in Red color code areas. Signal strength is weaker, and directional antennas are needed to pick up signals. These are the most popular antenna types due to their modest size and effectiveness 30 to 45 miles from the TV transmitter site.
Blue - A Medium Directional Antenna with an Antenna Preamplifier or a Large Directional Antenna is recommended for Blue color code areas. Signals are weaker, so larger antennas or antennas with amplification are needed to receive TV signals effectively. TV antennas in the blue color code area may also need to be installed on a tower or high rooftop to pick up distant channels, which can be 45 to 60 miles from the TV station transmitter.
Violet - A Large Directional Antenna with an Antenna Preamplifier is recommended for Violet color code areas. These are areas farthest from the TV station transmitting towers, and need the largest antennas and best preamplifiers to pick up TV signals effectively, which can be 60 miles or more from the TV station transmitter. TV antennas in the Violet color code area may also need to be installed on a tower or high rooftop to pick up distant channels.
Networks Sue Over Free Channels
This is amazing. For profit companies are
suing a non profit company because it is giving away free access
to local TV stations, and because these companies sell the same
free stuff to cable companies.
CBS, NBC, ABC, and Fox sue Locast, a free, nonprofit TV streaming service for distributing free channels. Locast has been operating since January 2018 without issue. It reaches 35 million homes in 13 cities. Locast says it is an independent nonprofit that provides a public service, and what it does is allowed under copyright law. The networks it streams are also available free to consumers if they have an antenna.
Broadcast TV networks are available for free over the air with an antenna, but selling the rights to retransmit those signals in other ways is a big business. Broadcasters reportedly collected $10.1 billion in 2018 and over $11 billion expected during 2019 via retransmission fees they charge cable and satellite TV companies.
Because companies like NBC, etc., typically charge cable and satellite operators a fee for redistributing their programming, they fear that Locast will erode this revenue stream, because it does not pay them.
Bottom line, for-profit companies are suing a nonprofit company for giving away free the same free channels that they are mandated to give us for free, but they also charge cable companies for. Next they will be coming after us for using an antenna to view those same stations. Yikes!
CBS, NBC, ABC, and Fox sue Locast, a free, nonprofit TV streaming service for distributing free channels. Locast has been operating since January 2018 without issue. It reaches 35 million homes in 13 cities. Locast says it is an independent nonprofit that provides a public service, and what it does is allowed under copyright law. The networks it streams are also available free to consumers if they have an antenna.
Broadcast TV networks are available for free over the air with an antenna, but selling the rights to retransmit those signals in other ways is a big business. Broadcasters reportedly collected $10.1 billion in 2018 and over $11 billion expected during 2019 via retransmission fees they charge cable and satellite TV companies.
Because companies like NBC, etc., typically charge cable and satellite operators a fee for redistributing their programming, they fear that Locast will erode this revenue stream, because it does not pay them.
Bottom line, for-profit companies are suing a nonprofit company for giving away free the same free channels that they are mandated to give us for free, but they also charge cable companies for. Next they will be coming after us for using an antenna to view those same stations. Yikes!
Food Labeling Followup
The following is Gluten-free, fat-free, non
toxic, and GMO-free.
The FDA’s 2015 guidance made clear that some labeling actions were violations of the Food, Drug, and Cosmetic Act: “Another example of a statement in food labeling that may be false or misleading could be the statement ‘None of the ingredients in this food is genetically engineered’ on a food where some of the ingredients are incapable of being produced through genetic engineering (e.g., salt).”
“GMO-free” labels are found on products that have never had “genetically modified” counterparts. They are even on products that could not possibly come from “genetically modified organisms” because they do not come from organisms at all, such as salt and water. They are used to imply health and safety risks which, according to the judgment of more than 280 global health, safety, academic, scientific, and governmental organizations, including our FDA, do not exist.
The agency’s recently updated guidance once again makes it clear that the Non-GMO Project and many other GMO-free labels are “false and misleading” and violate long-standing truth-in-labeling laws.
Whether a food is manufactured to be free of gluten or by nature is free of gluten (e.g., bottled water), it may bear a gluten-free labeling claim if it meets all FDA requirements for a gluten-free food. The claim is voluntary.
The FDA’s 2015 guidance made clear that some labeling actions were violations of the Food, Drug, and Cosmetic Act: “Another example of a statement in food labeling that may be false or misleading could be the statement ‘None of the ingredients in this food is genetically engineered’ on a food where some of the ingredients are incapable of being produced through genetic engineering (e.g., salt).”
“GMO-free” labels are found on products that have never had “genetically modified” counterparts. They are even on products that could not possibly come from “genetically modified organisms” because they do not come from organisms at all, such as salt and water. They are used to imply health and safety risks which, according to the judgment of more than 280 global health, safety, academic, scientific, and governmental organizations, including our FDA, do not exist.
The agency’s recently updated guidance once again makes it clear that the Non-GMO Project and many other GMO-free labels are “false and misleading” and violate long-standing truth-in-labeling laws.
Whether a food is manufactured to be free of gluten or by nature is free of gluten (e.g., bottled water), it may bear a gluten-free labeling claim if it meets all FDA requirements for a gluten-free food. The claim is voluntary.
Equifax Cash Gone
If you have not filed a claim for cash compensation in
response to the Equifax breach, you might be out of luck. The
company is no longer offering payouts in lieu of credit
monitoring.
The Federal Trade Commission page devoted to the settlement it announced with Equifax last week was updated July 31 to say that any consumer affected can claim up to 10 years of free credit monitoring. "Previously, a cash payment was identified as an option," the site now adds, "but there are limited funds available."
The FTC said in a statement that "public response to the settlement has been overwhelming." In a separate blog post, the commission said the "unexpected number of claims" would result in claimants not getting the money they thought.
The Federal Trade Commission page devoted to the settlement it announced with Equifax last week was updated July 31 to say that any consumer affected can claim up to 10 years of free credit monitoring. "Previously, a cash payment was identified as an option," the site now adds, "but there are limited funds available."
The FTC said in a statement that "public response to the settlement has been overwhelming." In a separate blog post, the commission said the "unexpected number of claims" would result in claimants not getting the money they thought.
How to File Equifax Claim
Step 1: Check your eligibility. Use the
eligibility lookup
tool to see if you were among the 144 million US residents
who was affected by the breach.
If the answer is no, congratulations. Your data may be still included in dozens of other breaches, but not this one. If the answer is yes, proceed.
Step 2: File a claim. You can use an online form or, if you prefer, send in a paper claims form. On the first page of the online claim form, fill in your personal information and click next. The second page will ask you to choose what you want to claim: cash or credit monitoring. Selecting either option will bring up an explanation of your choice. If you select credit monitoring, you will also have the option to add an additional six years of service, provided by Equifax, to the initial four years provided by Experian.
Finally, the form will ask if you lost or spent money as a result of trying to prevent or recover from identity theft linked to the incident. If you select "yes," you will be presented with a form asking you to provide detailed information and to upload documents supporting your claim. Funds spent freezing your credit or paying for credit monitoring in the wake of the breach are eligible in this section.
If the answer is no, congratulations. Your data may be still included in dozens of other breaches, but not this one. If the answer is yes, proceed.
Step 2: File a claim. You can use an online form or, if you prefer, send in a paper claims form. On the first page of the online claim form, fill in your personal information and click next. The second page will ask you to choose what you want to claim: cash or credit monitoring. Selecting either option will bring up an explanation of your choice. If you select credit monitoring, you will also have the option to add an additional six years of service, provided by Equifax, to the initial four years provided by Experian.
Finally, the form will ask if you lost or spent money as a result of trying to prevent or recover from identity theft linked to the incident. If you select "yes," you will be presented with a form asking you to provide detailed information and to upload documents supporting your claim. Funds spent freezing your credit or paying for credit monitoring in the wake of the breach are eligible in this section.
Jul 29, 2019
Coffee and Cancer
Drinking coffee does not change a person's risk of being
diagnosed with or dying from cancer. The research findings have
been published in the International Journal of Epidemiology. The
QIMR Berghofer study used cancer data drawn from the UK Biobank
cohort for more than 46,000 people who had been diagnosed with
most invasive cancer types, including about 7,000 people who
died from the disease. The genetic and preference information
from the people with cancer was compared to data from more than
270,000 others who had never been diagnosed with cancer.
Senior author and head of QIMR Berghofer's Statistical Genetics Group, Associate Professor Stuart MacGregor, said the study looked at data from more than 300,000 people and showed drinking coffee every day neither reduced nor increased a person's risk of developing any cancer.
Associate Professor MacGregor said, "We also know that a preference for coffee is heritable. Our two-pronged research looked at whether cancer rates differed among people with different levels of self-reported coffee consumption, and whether the same trend was seen when we replaced self-reported consumption with genetic predisposition towards coffee consumption. We found there was no real relationship between how many cups of coffee a person had a day and if they developed any particular cancers."
"The study also ruled out a link between coffee intake and dying from the disease."
In an August 2018 statement, the US Food and Drug Administration said current science indicated that consuming coffee posed no significant risk of cancer.
Senior author and head of QIMR Berghofer's Statistical Genetics Group, Associate Professor Stuart MacGregor, said the study looked at data from more than 300,000 people and showed drinking coffee every day neither reduced nor increased a person's risk of developing any cancer.
Associate Professor MacGregor said, "We also know that a preference for coffee is heritable. Our two-pronged research looked at whether cancer rates differed among people with different levels of self-reported coffee consumption, and whether the same trend was seen when we replaced self-reported consumption with genetic predisposition towards coffee consumption. We found there was no real relationship between how many cups of coffee a person had a day and if they developed any particular cancers."
"The study also ruled out a link between coffee intake and dying from the disease."
In an August 2018 statement, the US Food and Drug Administration said current science indicated that consuming coffee posed no significant risk of cancer.
More Canadian Inventions
The paint roller was invented about 1940 in Toronto
by Norman Breakey, but he died before being able to patent his
invention. The first paint roller patent was held by American
Richard Croxton Adams.
The pager was invented by Alfred J. Gross, a Toronto-based wireless communications pioneer, during 1949. Gross is also often credited as the inventor of the walkie-talkie, a distinction he sometimes shares with fellow Canadian Donald Hings, who is also credited for having created the two-way radio during 1939.
The first internet search engine, Archie (Archive without the V), was created by Alan Emtage at McGill University about 1988.
Basketball was invented by Canadian James Naismith, born in Ontario and educated at McGill University, but he did not invent it in Canada. He invented the sport while working as a physical education instructor at a YMCA in Massachusetts during 1891.
The first electric wheelchair was developed by George Klein, during 1953. The Ontario-born inventor also developed aircraft skis, the M29 Weasel army snowmobile/ATV, the microsurgical staple gun, the ZEEP nuclear reactor, a scientific language for snow and more.
The pager was invented by Alfred J. Gross, a Toronto-based wireless communications pioneer, during 1949. Gross is also often credited as the inventor of the walkie-talkie, a distinction he sometimes shares with fellow Canadian Donald Hings, who is also credited for having created the two-way radio during 1939.
The first internet search engine, Archie (Archive without the V), was created by Alan Emtage at McGill University about 1988.
Basketball was invented by Canadian James Naismith, born in Ontario and educated at McGill University, but he did not invent it in Canada. He invented the sport while working as a physical education instructor at a YMCA in Massachusetts during 1891.
The first electric wheelchair was developed by George Klein, during 1953. The Ontario-born inventor also developed aircraft skis, the M29 Weasel army snowmobile/ATV, the microsurgical staple gun, the ZEEP nuclear reactor, a scientific language for snow and more.
More TV Antenna Facts
Any TV antenna will receive analog, digital, and
HD TV signals. Even those old rabbit ears that you have in
storage from when you switched over to cable/satellite can be
used to receive digital and HD TV signals if the station
transmitters are in range. Omni directional vs. directional
antennas work well for capturing stations located in different
directions from your location.
Current antennas can even be used with the new ATSC 3 coming during the next few years. It will offer two way communication with TV, 4K, targeted (personal) advertising, and weather alerts. The only thing that will need to be changed is the addition of an ATSC 3 dongle/box, or an ATSC 3 equipped TV. This standard is not compatible with current over-the-air TV.
Do not worry, it will be years before the changeover is made, and stations are required by law to maintain old signals for five years. During that time the stations will be broadcasting old and new. That is why you need to re-scan your antenna stations every few months as the broadcasters have already begun to consolidate station numbers. Many cities have been testing and may begin rollout during 2020.
Some newer antennas do have better designs for pulling in some signals, but most benefits are not significant and especially not because they are labeled HD (which is not true). All newer antennas are not better. Try your old one first, then decide. Generally outdoor antennas placed higher up pull in more stations. For most local sports and news, indoor antennas work well.
You cannot use a satellite dish to receive over-the-air TV signals. It is not the correct shape and has internal circuitry that is not suitable for broadcast TV reception. You can ditch the dish and attach an antenna to the pole to reuse the pole. Also, the same coax cable works for both satellite and antenna, unless it is more than ten years old or worn, then you might consider replacing it with an RG6 cable.
Current antennas can even be used with the new ATSC 3 coming during the next few years. It will offer two way communication with TV, 4K, targeted (personal) advertising, and weather alerts. The only thing that will need to be changed is the addition of an ATSC 3 dongle/box, or an ATSC 3 equipped TV. This standard is not compatible with current over-the-air TV.
Do not worry, it will be years before the changeover is made, and stations are required by law to maintain old signals for five years. During that time the stations will be broadcasting old and new. That is why you need to re-scan your antenna stations every few months as the broadcasters have already begun to consolidate station numbers. Many cities have been testing and may begin rollout during 2020.
Some newer antennas do have better designs for pulling in some signals, but most benefits are not significant and especially not because they are labeled HD (which is not true). All newer antennas are not better. Try your old one first, then decide. Generally outdoor antennas placed higher up pull in more stations. For most local sports and news, indoor antennas work well.
You cannot use a satellite dish to receive over-the-air TV signals. It is not the correct shape and has internal circuitry that is not suitable for broadcast TV reception. You can ditch the dish and attach an antenna to the pole to reuse the pole. Also, the same coax cable works for both satellite and antenna, unless it is more than ten years old or worn, then you might consider replacing it with an RG6 cable.
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