Science Channel - InSCIder


27 Mar

Astronaut Leland Melvin On The #YearInSpace

We are fortunate here at the Science Channel to have Astronaut Leland Melvin as a friend and adviser. As we contemplated the enormity of Expedition #43 and the #YearInSpace mission we turned to Leland to give us a reality check.

What does it feel like to be launched into space? As we watched the crew in the capsule during the various stages of launch they had nothing but the "RIght Stuff." Calm, composed, and punching their checklists. That doesn't mean they aren't feeling and noticing every change as the stages fall away, they get lighter and faster and feel those g's.

Leland tells us what it feels like to launch into space and what it's like to live and work in the ISS. Did you know that the ISS is about the size of a 747? It's that kind of perspective only an Astronaut would have and Leland shares that fact - and many more insights on the incredible opportunity of having traveled in space. Be sure to watch all three videos to get the scoop.

We are thrilled to share and promote his passion for space, exploration, curiosity, as humankind taking steps together to explore deeper into space.


27 Mar

What Will Happen In The #YearInSpace?

Astronauts have been noting the effects of space on the human body since the very first launch. We've come a long way from the first orbits to the six month stays. We now know there are changes that happen over time - things like bone density loss, vision changes and more. So if that happens in a six month period, what will happen if we plan to colonize and explore deep space - missions that will take years to complete?

The #YearInSpace mission is going to study the Astronauts closely to see what will happen. Here's a video from #NASA featuring NASA Commentator Pat Ryan interviewing Dr. John Charles of NASA’s Human Research Program about just what is planned for their extended stay.


27 Mar

The Crew Is Getting Ready!

Check out this great Vine video of Astronaut Scott Kelly and Cosmonauts Mikhail Kornienko and Gennady Padalka on their way to "suit up." For Scott and Mikhail it will be a year before they face the space paparazzi again. #SCISpaceLive #YearInSpace


26 Mar

The Year in Space

Why all the fuss about the launch tomorrow from the Baikour Cosmodrome in Kazakhstan? Expedition 43, also being referred to as the #YearInSpace is a giant step forward for humans one day colonizing other planets and exploring deep space.

This is the first time astronauts will have spent over a year in space and in addition to their regular duties on the ISS, they will be closely studying the effect prolonged space travel has on the human body. The mission will test the physical and psychological health and changes to the crew, and presents a unique opportunity for scientists and flight surgeons since Astronaut Scott Kelly's identical twin Mark will be part of the mission here on Earth. Since they possess the same DNA, seeing changes between Scott and Mark will provide a fascinating and exacting insight as to how space travel changes the body.


And, since we here at Science Channel believe in questioning everything, we wonder if perhaps Mark Kelly, the Earth-bound twin will experience any changes himself since twins have reported sharing the same changes and experiences across long distances?

The International Space Station is in orbit some 240 miles above the Earth, and a year is a long time to participate in this exploration of human endurance. By participating in this crucial mission, these bold adventurers will truly be helping humankind make its first steps towards a greater unknown by testing the limits of what we now know about long term living and exploring space.


26 Mar

SCISpace Live

Hello InSCIder fans!

We hope you'll journey with us here at Science Channel as we launch a comprehensive destination for all those who are curious about space, astronomy, and humankind's exploration of what exists beyond our planet Earth.

We are debuting this site at a special time, as NASA astronaut Scott Kelly and Russian Cosmonaut Mikhail Kornienko will travel with Cosmonaut Gennady Padalka to the International Space Station via the Soyuz spacecraft on Friday, March 27. The trip begins a one-year mission aboard the station for Kelly and Kornienko, the longest any humans have spent in space. Science Channel will show this historic launch, breaking into coverage at 3:35 EST to broadcast the launch via a live NASA TV feed. will cover the launch live via three of NASA TV's feeds, and will continue to be a destination for the kind of deeper coverage we've seen our fans have a love for. The NASA TV feeds will continue to live on the site and visitors will be able to see the spacecraft dock and the astronauts transfer into the International Space Station.

We'll have astronauts and experts participating in the #SCISpaceLive social feeds during key events like this launch, and take deeper dives into the mission and more through the InSCIder blogs. We are also proud to have Astronaut Leland Melvin, Atlantis Space Shuttle Traveler, Explorer and Promoter of STEAM (Science Technology Engineering Art and Math) engaging with us via Google chats, blogs and more to give us a personal perspective on space travel. 

We'll also be curating the best space and astronomy stories and photos so so we hope we'll be the first stop on your journey to learn more about the universe!

24 Feb

The Mysteries of WHAT ON EARTH?

I’m Neil Laird, Executive Producer of WHAT ON EARTH?  Science Channel’s motto has long been to “Question Everything” no matter how bizarre or strange, and put it under the bright glare of modern science to see what might be revealed. Your guesses about the mysterious satellite photos fit right into that philosophy—they are informed, thoughtful, surprising, and just as importantly, entertaining. We’re thrilled you love the mysteries we are able to bring you here on the web and even better, leave you questioning some of these provocative images along with the experts. Many of the world’s top archeologists, meteorologist, geologist and other experts are as stumped as you are! And there are many more to come—so please keep chiming in. We’d love to hear more about what you think of the pictures and what you think of our show.

As a special sneak peak for our blog fans, here is a particularly eye-catching image that has captured everyone full attention---including the US State Department. It was glimpsed during a flyby over North Korea. It may seem like just a huge cloud, or the effects of a forest fire---but satellites reveal its neither--- now people wonder, could it be a man-made smoke screen? And if so, what on earth are they hiding? See scientists and military analysts probe the evidence next week at 9p on WHAT ON EARTH?


18 Mar

Big Bang 'Cosmic Inflation' Theory Proven Correct -- And The Physicist Who Predicted This Result Can't Believe It

By now you know that huge news was confirmed Monday: the "smoking gun" of the Big Bang was detected by scientists using a special telescope at the South Pole.

As our friends at Discovery News put it:

"For the first time, scientists have found direct evidence of the expansion of the universe, a previously theoretical event that took place a fraction of a second after the Big Bang explosion nearly 14 billion years ago."

Scientists, researchers, journalists and pundits will be debating the discovery and its implications for decades but the best reaction must be that of Andrei Linde, the Stanford University physicist and professor who first predicted these results back in the early 1980s.

His reaction, captured on camera, is priceless:

Joking that he wasn't expecting any visitors and thought the knock on the door was a delivery man, Linde laughed, "'It's probably some kind of delivery -- did you order anything?' Yeah, I ordered 30 years ago... finally it arrived!"

The Atlantic spoke with Stanford University science information officer Bjorn Carey, who came up with the idea of breaking the news to Linde on camera -- a "Publishers Clearing House-style approach to scientific discovery."

"I think people always think of physicists and scientists in general as people list sitting behind a calculator or computer or whatever, crunching numbers," Carey said of the gone-viral video. "But they're so much more than that. And I think this video does a pretty good job of showing that other side of them. But it's not normal. I don't know how to top this."

After news of the incredible discovery broke, Science Channel dived into its archives to compile expert videos on the Big Bang and its aftermath.

Here's a clip from Carl Sagan's original Cosmos series:

Tell us: What was your first reaction when you heard about the first direct evidence of cosmic inflation?

Stay connected with Science Channel on Twitter and Facebook.

17 Mar

In The Name Of St. Patrick's Day Science, Physics Explains Why Guinness Bubbles Sink Rather Than Rise

This St. Patrick's Day, we're wearing greeen, eating corned beef and cabbage, and listening to the Riverdance soundtrack on repeat.

There's also plenty of Guinness being poured around the world -- about 3 million pints today alone -- and, in the interest of science, we're looking a little closer at the iconic brew.

In particular, scientists have answered the all-important question, "Why do Guinness bubbles sink and not rise?"

Three Irish scientists at the University of Limerick tackled that query in a 2012 paper, "Why do bubbles in Guinness sink?" [PDF]. They found that the secret to Guinness' descending bubbles lies in the shape of the glass:

"If it narrows downwards (as the traditional stout glass, the pint, does), the flow is directed downwards near the wall and upwards in the interior and sinking bubbles will be observed. If the container widens downwards, the flow is opposite to that described above and only rising bubbles will be seen."

It's counterintuitive. As LiveScience put it, "Since bubbles are lighter than beer, one might think this defies the laws of gravity."

It's not a complicated idea, researcher Eugene Benilov told the Ottawa Citizen:

"The bubbles try to rise vertically up. As they do so, they move away from the upward and outward sloping wall, resulting in smaller concentration of bubbles near the wall. The low concentration of bubbles makes the near-wall layer heavier than the rest of the liquid/bubble mixture, so this layer begins to slide down along the wall. Its velocity turns out to be greater than that of the rising bubbles, so they get entrained in the downward motion (even though they still rise relative to the liquid)."

Word to the wise: "Don't drink too much Guinness while testing our conclusions!" Benilov joked with LiveScience. If you do want to test this at home or your local pub, BBC News recommends "a pint of stout... served in a straight-sided, cylindrical glass (not quite filled up)."

(And yes, we're aware that Guinness may not be as Irish as it appears.)

So as you're raising a glass today, say "Sláinte!" to the incredible (and delicious) physics of your pint.

Don't try THIS at your St. Patrick's Day party:

Stay connected with Science Channel on Twitter and Facebook

17 Nov

Richard Feynman and the Beautiful Pursuit of Knowledge

Like seeing the increasingly beautiful details in the science of a flower, the further you look into Dr. Richard Feynman's life, the more inspiration emerges.

The scientist who helped figure out the cause of the shuttle Challenger's destruction had spent a lifetime tackling even larger mysteries, and his main contribution wasn't just solving them, but teaching a love for the pursuit of knowledge with an eccentric discipline.

You'll see for yourself in our upcoming documentary "Feynman: The Challenger," airing Monday at 10pm on Science. It follows the life and challenging times that formed him into the larger than life character that William Hurt portrays in, "The Challenger Disaster," encoring immediately before it. 

In the meantime, here's some of the beauty that others have seen by looking deeply into Feynman's genius:




Feynman diagrams starting at 1:00!:



Finally, we'll leave you with one of our favorite quotes: 

“Fall in love with some activity, and do it! Nobody ever figures out what life is all about, and it doesn't matter. Explore the world. Nearly everything is really interesting if you go into it deeply enough. Work as hard and as much as you want to on the things you like to do the best. Don't think about what you want to be, but what you want to do. Keep up some kind of a minimum with other things so that society doesn't stop you from doing anything at all.” 
- Richard P. Feynman

2 Oct

Put Your Head on My Shoulder


And no, we're not talking metaphorically about romance, as in the 1963 Paul Anka classic, later covered ably by 1970s teen idol Leif Garrett. We're talking literally here, about the possibility of surgically transplanting your noggin on someone else's body.

When I last wrote about head transplantation in this 2009 blog post, it still seemed like a fairly remote prospect, given the problem of connecting a transplanted head to the donor body's spinal cord. But now, in a newly published article in the medical journal Surgical Neurology International, Italian surgeon and neuroscientist Dr. Sergio Canavero of the Turin Advanced Neuromodulation Group argues that recent developments in the use of fusogens--basically, plastic membranes that can be used to connect severed nerve fibers and allow the transmission of nerve impulses--now have eliminated that obstacle. He even describes a theoretical procedure for performing such a transplant. As he explains to, an Italian news website: "The head transplant in humans is technically possible. And in a couple of years could be a reality. " 

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