Donate

Nova Previous Broadcasts

Making Stuff Smarter (Episode #3805H)

KQED World: Sat, Aug 31, 2013 -- 11:00 PM

What can nature teach us about building smarter materials? Can we create materials that sense and respond? "When describing 'smart materials,' one analogy scientists give is the evolution from the first Terminator robot, a machine made of metal and circuitry, to the shape-shifting 'liquid guy' in Terminator 2," said Making Stuff producer Chris Schmidt. Smarter looks into the growing number of materials that almost seem alive - able to react, change and even learn. An Army tanker truck that heals its own bullet wounds. An airplane wing that changes shape as it flies. For inspirations and ideas, scientists are turning to nature and biology and producing some innovative new developments in materials science. Knowledge and inspiration drawn from nature are showing scientists new ways to give our materials amazing new abilities. By understanding how geckos climb even smooth walls, scientists have created a gecko adhesive that let's robots do the same. Studying the properties of skin has led to the development of self-healing protective foam. And Pogue literally goes swimming with sharks to understand a different kind of skin that is intriguing scientists. Scientists are modeling a material after sharkskin to develop an antibacterial film that, when sprayed in hospitals, could eliminate MRSA and other anti-biotic resistant bacteria. Pogue concludes "Smarter" with a visit to a scientist who has created a material that may make Harry potter's invisibility cloak a reality!

Making Stuff Cleaner (Episode #3804H)

KQED World: Sat, Aug 31, 2013 -- 10:00 PM

Most modern materials are dangerous to the environment, but what about cleaning up our world? Batteries grown from viruses, tires made from orange peel oil, plastics made of sugar, and solar cells that cook up hydrogen-these are just a few glimpses of a new generation of clean materials that could power devices of the future. In Making Stuff Cleaner, David Pogue explores the rapidly developing science and business of clean energy and examines alternative ways to generate it, store it, and distribute it. Is hydrogen the way to go? One scientist is even using America's abundance of chicken feathers to create a cheap way to make hydrogen cars safer. What about lithium batteries? Does this solve an energy problem or create a new dependency - in this case, on South America for a different kind of limited resource than oil? Can scientists instead develop a process in which batteries run on molten salts found in cheap abundance in the US or on genetically engineered viruses? Pogue investigates the latest developments in biobased fuels and in harnessing solar energy for our cars, homes, and industry in a fascinating hour full of the "stuff" of a sustainable future.

Making Stuff Smarter (Episode #3805H)

KQED World: Fri, Aug 30, 2013 -- 12:00 PM

What can nature teach us about building smarter materials? Can we create materials that sense and respond? "When describing 'smart materials,' one analogy scientists give is the evolution from the first Terminator robot, a machine made of metal and circuitry, to the shape-shifting 'liquid guy' in Terminator 2," said Making Stuff producer Chris Schmidt. Smarter looks into the growing number of materials that almost seem alive - able to react, change and even learn. An Army tanker truck that heals its own bullet wounds. An airplane wing that changes shape as it flies. For inspirations and ideas, scientists are turning to nature and biology and producing some innovative new developments in materials science. Knowledge and inspiration drawn from nature are showing scientists new ways to give our materials amazing new abilities. By understanding how geckos climb even smooth walls, scientists have created a gecko adhesive that let's robots do the same. Studying the properties of skin has led to the development of self-healing protective foam. And Pogue literally goes swimming with sharks to understand a different kind of skin that is intriguing scientists. Scientists are modeling a material after sharkskin to develop an antibacterial film that, when sprayed in hospitals, could eliminate MRSA and other anti-biotic resistant bacteria. Pogue concludes "Smarter" with a visit to a scientist who has created a material that may make Harry potter's invisibility cloak a reality!

Making Stuff Cleaner (Episode #3804H)

KQED World: Fri, Aug 30, 2013 -- 11:00 AM

Most modern materials are dangerous to the environment, but what about cleaning up our world? Batteries grown from viruses, tires made from orange peel oil, plastics made of sugar, and solar cells that cook up hydrogen-these are just a few glimpses of a new generation of clean materials that could power devices of the future. In Making Stuff Cleaner, David Pogue explores the rapidly developing science and business of clean energy and examines alternative ways to generate it, store it, and distribute it. Is hydrogen the way to go? One scientist is even using America's abundance of chicken feathers to create a cheap way to make hydrogen cars safer. What about lithium batteries? Does this solve an energy problem or create a new dependency - in this case, on South America for a different kind of limited resource than oil? Can scientists instead develop a process in which batteries run on molten salts found in cheap abundance in the US or on genetically engineered viruses? Pogue investigates the latest developments in biobased fuels and in harnessing solar energy for our cars, homes, and industry in a fascinating hour full of the "stuff" of a sustainable future.

Making Stuff Smarter (Episode #3805H)

KQED World: Fri, Aug 30, 2013 -- 6:00 AM

What can nature teach us about building smarter materials? Can we create materials that sense and respond? "When describing 'smart materials,' one analogy scientists give is the evolution from the first Terminator robot, a machine made of metal and circuitry, to the shape-shifting 'liquid guy' in Terminator 2," said Making Stuff producer Chris Schmidt. Smarter looks into the growing number of materials that almost seem alive - able to react, change and even learn. An Army tanker truck that heals its own bullet wounds. An airplane wing that changes shape as it flies. For inspirations and ideas, scientists are turning to nature and biology and producing some innovative new developments in materials science. Knowledge and inspiration drawn from nature are showing scientists new ways to give our materials amazing new abilities. By understanding how geckos climb even smooth walls, scientists have created a gecko adhesive that let's robots do the same. Studying the properties of skin has led to the development of self-healing protective foam. And Pogue literally goes swimming with sharks to understand a different kind of skin that is intriguing scientists. Scientists are modeling a material after sharkskin to develop an antibacterial film that, when sprayed in hospitals, could eliminate MRSA and other anti-biotic resistant bacteria. Pogue concludes "Smarter" with a visit to a scientist who has created a material that may make Harry potter's invisibility cloak a reality!

Making Stuff Cleaner (Episode #3804H)

KQED World: Fri, Aug 30, 2013 -- 5:00 AM

Most modern materials are dangerous to the environment, but what about cleaning up our world? Batteries grown from viruses, tires made from orange peel oil, plastics made of sugar, and solar cells that cook up hydrogen-these are just a few glimpses of a new generation of clean materials that could power devices of the future. In Making Stuff Cleaner, David Pogue explores the rapidly developing science and business of clean energy and examines alternative ways to generate it, store it, and distribute it. Is hydrogen the way to go? One scientist is even using America's abundance of chicken feathers to create a cheap way to make hydrogen cars safer. What about lithium batteries? Does this solve an energy problem or create a new dependency - in this case, on South America for a different kind of limited resource than oil? Can scientists instead develop a process in which batteries run on molten salts found in cheap abundance in the US or on genetically engineered viruses? Pogue investigates the latest developments in biobased fuels and in harnessing solar energy for our cars, homes, and industry in a fascinating hour full of the "stuff" of a sustainable future.

Making Stuff Smaller (Episode #3803H)

KQED World: Sat, Aug 24, 2013 -- 11:00 PM

How small can we go? Could we one day have robots taking "fantastic voyages" in our bodies to kill rogue cells? The triumphs of tiny are seen all around us in the Information Age: transistors, microchips, laptops, cell phones. Now, David Pogue takes Nova viewers to an even smaller world in Making Stuff Smaller, examining the latest in high-powered nano-circuits and microrobots that may one day hold the key to saving lives and creating materials from the ground up, atom by atom. Pogue explores the star materials of small applications, including silicon, the stuff of computer chips, and carbon, the element now being manipulated at the atomic level to produce future technology. "Smaller" and more portable stuff has already revolutionized the way we live. The nanotechnology to come could change the face of medicine, with intelligent pills that know what medicine to release into the body and treat patients from the "inside" based on changing needs; robots that repair damaged body parts; and more.

Making Stuff Stronger (Episode #3802H)

KQED World: Sat, Aug 24, 2013 -- 10:00 PM

From carbon nanotubes to artificial skin, our world is poised at the frontier of a revolution in materials science as far-reaching as the biotech breakthroughs of the last two decades. This series explores how materials changed history and are shaping the future, ranging from cost-effective fuel cells and solar panels to quantum computers and ultra-light automobiles. The New York Times' technology correspondent and best-selling author David Pogue brings his trademark goofball humor and techie zeal to this exploration of the future of "stuff." Each episode explores the talent, luck and determination that can turn a wild idea into a cutting-edge material or high-tech breakthrough.
This episode: What is the strongest material in the world? Is it iron? Are Kevlar and carbon nanotubes the way of the future, or will the powerful properties discovered in natural spider silk one day replace steel? Nova begins the ambitious four-hour program with a quest for the world's strongest stuff. Host David Pogue helps viewers understand what defines strength, examining everything from mollusks to a toucan's beak and testing the world's strongest materials. Pogue travels from the deck of a US naval aircraft carrier to a demolition derby to the country's top research labs to check in with the experts who are re-engineering what nature has given us to create the next generation of strong "stuff."

Making Stuff Smaller (Episode #3803H)

KQED Life: Sat, Aug 24, 2013 -- 3:00 AM

How small can we go? Could we one day have robots taking "fantastic voyages" in our bodies to kill rogue cells? The triumphs of tiny are seen all around us in the Information Age: transistors, microchips, laptops, cell phones. Now, David Pogue takes Nova viewers to an even smaller world in Making Stuff Smaller, examining the latest in high-powered nano-circuits and microrobots that may one day hold the key to saving lives and creating materials from the ground up, atom by atom. Pogue explores the star materials of small applications, including silicon, the stuff of computer chips, and carbon, the element now being manipulated at the atomic level to produce future technology. "Smaller" and more portable stuff has already revolutionized the way we live. The nanotechnology to come could change the face of medicine, with intelligent pills that know what medicine to release into the body and treat patients from the "inside" based on changing needs; robots that repair damaged body parts; and more.

Making Stuff Stronger (Episode #3802H)

KQED Life: Sat, Aug 24, 2013 -- 2:00 AM

From carbon nanotubes to artificial skin, our world is poised at the frontier of a revolution in materials science as far-reaching as the biotech breakthroughs of the last two decades. This series explores how materials changed history and are shaping the future, ranging from cost-effective fuel cells and solar panels to quantum computers and ultra-light automobiles. The New York Times' technology correspondent and best-selling author David Pogue brings his trademark goofball humor and techie zeal to this exploration of the future of "stuff." Each episode explores the talent, luck and determination that can turn a wild idea into a cutting-edge material or high-tech breakthrough.
This episode: What is the strongest material in the world? Is it iron? Are Kevlar and carbon nanotubes the way of the future, or will the powerful properties discovered in natural spider silk one day replace steel? Nova begins the ambitious four-hour program with a quest for the world's strongest stuff. Host David Pogue helps viewers understand what defines strength, examining everything from mollusks to a toucan's beak and testing the world's strongest materials. Pogue travels from the deck of a US naval aircraft carrier to a demolition derby to the country's top research labs to check in with the experts who are re-engineering what nature has given us to create the next generation of strong "stuff."

Making Stuff Smaller (Episode #3803H)

KQED Life: Fri, Aug 23, 2013 -- 9:00 PM

How small can we go? Could we one day have robots taking "fantastic voyages" in our bodies to kill rogue cells? The triumphs of tiny are seen all around us in the Information Age: transistors, microchips, laptops, cell phones. Now, David Pogue takes Nova viewers to an even smaller world in Making Stuff Smaller, examining the latest in high-powered nano-circuits and microrobots that may one day hold the key to saving lives and creating materials from the ground up, atom by atom. Pogue explores the star materials of small applications, including silicon, the stuff of computer chips, and carbon, the element now being manipulated at the atomic level to produce future technology. "Smaller" and more portable stuff has already revolutionized the way we live. The nanotechnology to come could change the face of medicine, with intelligent pills that know what medicine to release into the body and treat patients from the "inside" based on changing needs; robots that repair damaged body parts; and more.

Making Stuff Stronger (Episode #3802H)

KQED Life: Fri, Aug 23, 2013 -- 8:00 PM

From carbon nanotubes to artificial skin, our world is poised at the frontier of a revolution in materials science as far-reaching as the biotech breakthroughs of the last two decades. This series explores how materials changed history and are shaping the future, ranging from cost-effective fuel cells and solar panels to quantum computers and ultra-light automobiles. The New York Times' technology correspondent and best-selling author David Pogue brings his trademark goofball humor and techie zeal to this exploration of the future of "stuff." Each episode explores the talent, luck and determination that can turn a wild idea into a cutting-edge material or high-tech breakthrough.
This episode: What is the strongest material in the world? Is it iron? Are Kevlar and carbon nanotubes the way of the future, or will the powerful properties discovered in natural spider silk one day replace steel? Nova begins the ambitious four-hour program with a quest for the world's strongest stuff. Host David Pogue helps viewers understand what defines strength, examining everything from mollusks to a toucan's beak and testing the world's strongest materials. Pogue travels from the deck of a US naval aircraft carrier to a demolition derby to the country's top research labs to check in with the experts who are re-engineering what nature has given us to create the next generation of strong "stuff."

Making Stuff Smaller (Episode #3803H)

KQED World: Fri, Aug 23, 2013 -- 12:00 PM

How small can we go? Could we one day have robots taking "fantastic voyages" in our bodies to kill rogue cells? The triumphs of tiny are seen all around us in the Information Age: transistors, microchips, laptops, cell phones. Now, David Pogue takes Nova viewers to an even smaller world in Making Stuff Smaller, examining the latest in high-powered nano-circuits and microrobots that may one day hold the key to saving lives and creating materials from the ground up, atom by atom. Pogue explores the star materials of small applications, including silicon, the stuff of computer chips, and carbon, the element now being manipulated at the atomic level to produce future technology. "Smaller" and more portable stuff has already revolutionized the way we live. The nanotechnology to come could change the face of medicine, with intelligent pills that know what medicine to release into the body and treat patients from the "inside" based on changing needs; robots that repair damaged body parts; and more.

Making Stuff Stronger (Episode #3802H)

KQED World: Fri, Aug 23, 2013 -- 11:00 AM

From carbon nanotubes to artificial skin, our world is poised at the frontier of a revolution in materials science as far-reaching as the biotech breakthroughs of the last two decades. This series explores how materials changed history and are shaping the future, ranging from cost-effective fuel cells and solar panels to quantum computers and ultra-light automobiles. The New York Times' technology correspondent and best-selling author David Pogue brings his trademark goofball humor and techie zeal to this exploration of the future of "stuff." Each episode explores the talent, luck and determination that can turn a wild idea into a cutting-edge material or high-tech breakthrough.
This episode: What is the strongest material in the world? Is it iron? Are Kevlar and carbon nanotubes the way of the future, or will the powerful properties discovered in natural spider silk one day replace steel? Nova begins the ambitious four-hour program with a quest for the world's strongest stuff. Host David Pogue helps viewers understand what defines strength, examining everything from mollusks to a toucan's beak and testing the world's strongest materials. Pogue travels from the deck of a US naval aircraft carrier to a demolition derby to the country's top research labs to check in with the experts who are re-engineering what nature has given us to create the next generation of strong "stuff."

Making Stuff Smaller (Episode #3803H)

KQED World: Fri, Aug 23, 2013 -- 6:00 AM

How small can we go? Could we one day have robots taking "fantastic voyages" in our bodies to kill rogue cells? The triumphs of tiny are seen all around us in the Information Age: transistors, microchips, laptops, cell phones. Now, David Pogue takes Nova viewers to an even smaller world in Making Stuff Smaller, examining the latest in high-powered nano-circuits and microrobots that may one day hold the key to saving lives and creating materials from the ground up, atom by atom. Pogue explores the star materials of small applications, including silicon, the stuff of computer chips, and carbon, the element now being manipulated at the atomic level to produce future technology. "Smaller" and more portable stuff has already revolutionized the way we live. The nanotechnology to come could change the face of medicine, with intelligent pills that know what medicine to release into the body and treat patients from the "inside" based on changing needs; robots that repair damaged body parts; and more.

Making Stuff Stronger (Episode #3802H)

KQED World: Fri, Aug 23, 2013 -- 5:00 AM

From carbon nanotubes to artificial skin, our world is poised at the frontier of a revolution in materials science as far-reaching as the biotech breakthroughs of the last two decades. This series explores how materials changed history and are shaping the future, ranging from cost-effective fuel cells and solar panels to quantum computers and ultra-light automobiles. The New York Times' technology correspondent and best-selling author David Pogue brings his trademark goofball humor and techie zeal to this exploration of the future of "stuff." Each episode explores the talent, luck and determination that can turn a wild idea into a cutting-edge material or high-tech breakthrough.
This episode: What is the strongest material in the world? Is it iron? Are Kevlar and carbon nanotubes the way of the future, or will the powerful properties discovered in natural spider silk one day replace steel? Nova begins the ambitious four-hour program with a quest for the world's strongest stuff. Host David Pogue helps viewers understand what defines strength, examining everything from mollusks to a toucan's beak and testing the world's strongest materials. Pogue travels from the deck of a US naval aircraft carrier to a demolition derby to the country's top research labs to check in with the experts who are re-engineering what nature has given us to create the next generation of strong "stuff."

Making Stuff Smaller (Episode #3803H)

KQED 9: Thu, Aug 22, 2013 -- 4:00 AM

How small can we go? Could we one day have robots taking "fantastic voyages" in our bodies to kill rogue cells? The triumphs of tiny are seen all around us in the Information Age: transistors, microchips, laptops, cell phones. Now, David Pogue takes Nova viewers to an even smaller world in Making Stuff Smaller, examining the latest in high-powered nano-circuits and microrobots that may one day hold the key to saving lives and creating materials from the ground up, atom by atom. Pogue explores the star materials of small applications, including silicon, the stuff of computer chips, and carbon, the element now being manipulated at the atomic level to produce future technology. "Smaller" and more portable stuff has already revolutionized the way we live. The nanotechnology to come could change the face of medicine, with intelligent pills that know what medicine to release into the body and treat patients from the "inside" based on changing needs; robots that repair damaged body parts; and more.

Making Stuff Stronger (Episode #3802H)

KQED 9: Thu, Aug 22, 2013 -- 3:00 AM

From carbon nanotubes to artificial skin, our world is poised at the frontier of a revolution in materials science as far-reaching as the biotech breakthroughs of the last two decades. This series explores how materials changed history and are shaping the future, ranging from cost-effective fuel cells and solar panels to quantum computers and ultra-light automobiles. The New York Times' technology correspondent and best-selling author David Pogue brings his trademark goofball humor and techie zeal to this exploration of the future of "stuff." Each episode explores the talent, luck and determination that can turn a wild idea into a cutting-edge material or high-tech breakthrough.
This episode: What is the strongest material in the world? Is it iron? Are Kevlar and carbon nanotubes the way of the future, or will the powerful properties discovered in natural spider silk one day replace steel? Nova begins the ambitious four-hour program with a quest for the world's strongest stuff. Host David Pogue helps viewers understand what defines strength, examining everything from mollusks to a toucan's beak and testing the world's strongest materials. Pogue travels from the deck of a US naval aircraft carrier to a demolition derby to the country's top research labs to check in with the experts who are re-engineering what nature has given us to create the next generation of strong "stuff."

Making Stuff Smaller (Episode #3803H)

KQED 9: Wed, Aug 21, 2013 -- 10:00 PM

How small can we go? Could we one day have robots taking "fantastic voyages" in our bodies to kill rogue cells? The triumphs of tiny are seen all around us in the Information Age: transistors, microchips, laptops, cell phones. Now, David Pogue takes Nova viewers to an even smaller world in Making Stuff Smaller, examining the latest in high-powered nano-circuits and microrobots that may one day hold the key to saving lives and creating materials from the ground up, atom by atom. Pogue explores the star materials of small applications, including silicon, the stuff of computer chips, and carbon, the element now being manipulated at the atomic level to produce future technology. "Smaller" and more portable stuff has already revolutionized the way we live. The nanotechnology to come could change the face of medicine, with intelligent pills that know what medicine to release into the body and treat patients from the "inside" based on changing needs; robots that repair damaged body parts; and more.

Making Stuff Stronger (Episode #3802H)

KQED 9: Wed, Aug 21, 2013 -- 9:00 PM

From carbon nanotubes to artificial skin, our world is poised at the frontier of a revolution in materials science as far-reaching as the biotech breakthroughs of the last two decades. This series explores how materials changed history and are shaping the future, ranging from cost-effective fuel cells and solar panels to quantum computers and ultra-light automobiles. The New York Times' technology correspondent and best-selling author David Pogue brings his trademark goofball humor and techie zeal to this exploration of the future of "stuff." Each episode explores the talent, luck and determination that can turn a wild idea into a cutting-edge material or high-tech breakthrough.
This episode: What is the strongest material in the world? Is it iron? Are Kevlar and carbon nanotubes the way of the future, or will the powerful properties discovered in natural spider silk one day replace steel? Nova begins the ambitious four-hour program with a quest for the world's strongest stuff. Host David Pogue helps viewers understand what defines strength, examining everything from mollusks to a toucan's beak and testing the world's strongest materials. Pogue travels from the deck of a US naval aircraft carrier to a demolition derby to the country's top research labs to check in with the experts who are re-engineering what nature has given us to create the next generation of strong "stuff."

Kings of Camouflage (Episode #3402Z)

KQED World: Sat, Aug 17, 2013 -- 10:00 PM

Cuttlefish are one of the strangest animals on our planet. These shape-shifting creatures can hypnotize their prey, impersonate the opposite sex and even kill with lightening fast speed. More accomplished masters of disguise than any chameleon, they have an incredible ability to morph their skin color - even their shape - to blend into most any background. They have the largest brain-to-body ratio of all the invertebrates. But are they capable of learning and remembering complex tasks? With beautiful underwater footage and in-depth expert interviews, Nova gets up close and personal with these bizarre and amazing animals.

Lizard Kings (Episode #3616H)

KQED World: Sat, Aug 10, 2013 -- 10:00 PM

They look like dragons. Armed with sharp teeth, tearing claws and a whip-like tail, these fearsome creatures are not only powerful, they're also smart. Top predators with intelligence, who learn as they hunt, and who use their brain to track down prey, no matter what. Sounds like these cunning hunters should be a big-brained mammal, but these creatures are reptiles, members of a family that evolved when the dinosaurs roamed the earth. They are the largest lizards still walking the planet, the monitor lizards -- the Lizard Kings.

Who Killed Lindbergh's Baby? (Episode #4004)

KQED World: Fri, Aug 9, 2013 -- 5:00 AM

In the aftermath of his 1927 solo transatlantic flight, Charles Lindbergh became the most famous human being on earth. When he and his wife, Anne, had a son, Charlie, the press dubbed him Little Lindy. On March 1, 1932, kidnappers snatched Little Lindy from the family home near Hopewell, New Jersey. Negotiations stretched out for weeks, but Charlie never returned. His body was discovered not five miles from Hopewell. Now, Nova is reopening one of the most confounding crime mysteries of all time as a team of expert investigators employs state-of-the-art forensic and behavioral science techniques in an effort to determine what really happened to Lindbergh's baby - and why.

Repeat Broadcasts:

  • KQED World: Fri, Aug 9, 2013 -- 11:00 AM

3D Spies of WWII (Episode #3903H)

KQED World: Fri, Aug 2, 2013 -- 5:00 AM

Hitler's scientists developed terrifying new weapons of mass destruction. Alarmed by rumors about advanced rockets and missiles, Allied intelligence recruited a team of brilliant minds from British universities and Hollywood studios to a country house near London. Here, they secretly pored over millions of air photos shot at great risk over German territory by specially converted, high-flying Spitfires. Peering at the photos through 3D stereoscopes, the team spotted telltale clues that revealed hidden Nazi rocket bases. The photos led to devastating Allied bombing raids that were crucial setbacks to the German rocket program and helped ensure the success of the D-Day landings. With 3D graphics that recreate exactly what the photo spies saw, NOVA tells the suspenseful, previously untold story of air photo intelligence that played a vital role in defeating Hitler.

Repeat Broadcasts:

  • KQED World: Fri, Aug 2, 2013 -- 11:00 AM

Who Killed Lindbergh's Baby? (Episode #4004)

KQED 9: Thu, Aug 1, 2013 -- 3:00 AM

In the aftermath of his 1927 solo transatlantic flight, Charles Lindbergh became the most famous human being on earth. When he and his wife, Anne, had a son, Charlie, the press dubbed him Little Lindy. On March 1, 1932, kidnappers snatched Little Lindy from the family home near Hopewell, New Jersey. Negotiations stretched out for weeks, but Charlie never returned. His body was discovered not five miles from Hopewell. Now, Nova is reopening one of the most confounding crime mysteries of all time as a team of expert investigators employs state-of-the-art forensic and behavioral science techniques in an effort to determine what really happened to Lindbergh's baby - and why.

Repeat Broadcasts:

  • KQED World: Fri, Aug 9, 2013 -- 11:00 AM
  • KQED Life: Fri, Aug 2, 2013 -- 2:00 AM
  • KQED Life: Thu, Aug 1, 2013 -- 8:00 PM
Become a KQED sponsor

TV Technical Issues

TV
    TV Technical Issues
    • KQED DT9 planned, very short outages, Tues 4/15 (& possibly Wed 4/16)

      (DT9.1, 9.2, 9.3) KQED DT9′s Over the Air (OTA) signal from Sutro Tower will experience a few extremely brief outages on Tuesday 4/15 between 10am and 5pm (and possibly on Wed 4/16 if the work cannot be completed in 1 day). Each outage should be measurable in seconds (not minutes). This work will not affect […]

    • KQET DT25 Planned Outage: early Tues 4/15 (btwn 5am-6am)

      (DT 25.1, 25.2, 25.3) At some point between 5am and 6am early Tuesday 4/15, KQET’s signal from the transmitter on Fremont Peak northeast of Monterey will shut down for a short period of time to allow AT&T to do work on our fiber interface. The outage should be relatively short, but its precise start time […]

    • Occasional sound issues, Comcast Cable, Black remote control

      Originally posted 6/19/2013: Some Comcast Basic Cable customers around the Bay Area have reported audio issues with KQED and KQED Plus, on channels 9 and 10. The problem is not related to KQED’s transmission but may be caused by the language setting on your Comcast remote control. If your Comcast remote control is black, please […]

To view previous issues and how they were resolved, go to our TV Technical Issues page.

KQED DTV Channels

KQED 9

KQED 9
Comcast 9 and 709
Digital 9.1, 54.2 or 25.1

All widescreen and HD programs

KQED Plus

Channel 54
Comcast 10 and 710
Digital 9.2, 54.1 or 25.2

KQED Plus, formerly KTEH

KQED Life

KQED Life
Comcast 189
Digital 54.3

Arts, food, how-to, gardening, travel

KQED World

KQED World
Comcast 190
Digital 9.3

History, world events, news, science, nature

v-me

V-Me
Comcast 191 & 621
Digital 54.5 or 25.3

24-hour national Spanish-language network

KQED Kids

KQED Kids
Comcast 192
Digital 54.4

Quality children's programming parents love too