You might think you know sharks – but these beautiful, endangered animals are more than meets the eye.
Here are 10 Things You Didn’t Know About Sharks:
10) Contrary to popular opinion, sharks cannot smell a drop of blood a mile away. They do, however, possess a pretty impressive sense of smell due to an enlarged olfactory bulb in their brains. A lemon shark is capable of detecting tuna oil at one part per 25 million, about 10 drops in an average-sized home swimming pool.
9) They also possess electroreception, allowing them to detect weak electric fields in the water. This allows them “see” hiding animals in darkness or obscured by ocean plants.
8) Throughout the Renaissance, sharks had a strange assortment of names: Ziphius, Sea Dog, and De Lamia (named after a child-eating demon in Greek mythology).
7) While other fish use an air-filled swim bladder to stay afloat in water, sharks use their livers. A shark’s liver is filled with oil and can be used to regulate buoyancy!
6) The smallest shark in the world is the Dwarf lanternshark. These guys reach a maximum length of 8 inches – most can be held comfortably in the human hand. As its name implies, the Lanternshark is capable of producing light from a distinctive array of photophores, meaning its body lights up on its own! This feat is called bioluminescence. (Curious about bioluminescence? Check out Light On Earth on CuriosityStream!)
5) Unlike most sharks, the Caribbean reef shark hunts in packs. For this reason, injured Caribbean reef sharks can continue to thrive because their pack-mates will provide them with leftovers.
4) Sharks can go through 30,000 teeth over the course of their lifetime. Unlike humans, sharks will never stop regrowing lost teeth. They grow from the back and move forward as front teeth are lost while hunting.
3) Great White Sharks have evolved such that they must keep swimming in order to breathe. You know the menacing grin of a Great White? That’s not a threat – they simply must keep their mouths open as they move so they can take in oxygen from the water!
2) The earliest shark fossil record is 420 million years old, this makes sharks one of the oldest species still in existence. Sharks were contemporaries of T-Rex!
1) You might be afraid of sharks, but they have much more reason to be afraid of you. In 2017, there were 5 human fatalities due to shark attacks worldwide. That same year, around 100 million sharks were killed due to finning – the process of cutting off shark fins for commercial use.
Curious where we got these Shark Facts? Check out the Shark Dive Trailer below:
While we are mourning the passing of the epically brilliant Stephen Hawking, we are comforted by the fact that his profound insights into the workings of our Universe will live on and will inspire and inform future generations of humans who simply long to understand.
At CuriosityStream, we will always be grateful that Stephen Hawking passionately wanted to share his enthusiasm for the wonders of the Universe with his fellow humans. His dedicated and tireless work on television projects that took viewers to the furthest reaches of his mind and the cosmos he sought to deeply understand are treasured gifts to humanity. Although Stephen Hawking demonstrated a remarkable optimism about our capacity to understand the Universe, he also cautioned us about the fragility of our human condition as we currently remain bound to a small planet subject to meteor strikes and other natural and manmade catastrophes. In the end, he urged us all to get on with the quest to explore and populate worlds beyond our origin. He will always remain a towering figure in the history of human thought and inspiration.
In tribute, please enjoy our complete Emmy® Award-winning series, Stephen Hawking’s Favorite Places, including the newly released third and final episode, free of charge until March 23, 2018.
The Great Pyramid at Giza has fascinated scientists and treasure seekers alike for more than 4,000 years. Now on CuriosityStream, we are thrilled to bring you our 55-minute HD and exclusive, extended 90-minute 4K films that give you a behind-the-scenes look at the Scan Pyramids mission. Over the three-year experiment, scientists use cosmic rays to virtually “x-ray” Pharaoh Khufu’s 45-story pyramid to unlock the secrets inside.
Produced in collaboration with Bonne Pioche Productions, THIRTEEN Productions for WNET, Japan’s NHK and France 5, CuriosityStream’s Scanning the Pyramids captures the researchers’ possible discovery of secret voids. As one can imagine, filming on, in and around the pyramids alone is a formidable task—coordinating the international team of researchers and filmmakers adds a massive layer of complexity. Under the direction of seasoned documentary filmmaker Florence Tran, the result is a stunning, exhilarating look at groundbreaking research as it happens.
We asked Flo about some of the challenges her team faced, and some of the fascinating experiences along the way.
CS: What were some of the challenges in gathering and working with this large international team?
FT: The scientific mission itself was challenging and took a long time to coordinate, especially with an international team of scientists who sometimes don’t understand each other’s language, methods of analysis or results. But they always found a way to work it out, stronger as a team because of their commitment to the project.
On the film side, we had French, Egyptian and Japanese cameramen in the field covering the operations. Fortunately, I had lived and worked for several years in Egypt and had previously made a film about Egyptian filmmakers and the country’s teeming cinema industry. So, I already had a network of great professionals who I knew could trust.
The Japanese tend to film in different ways than we do, but on the first shoot, the Egyptian and Japanese crews broke the ice over a few glasses of sake and Egyptian Stella beers. We discussed our different habits and needs…and we never had any coordination problems. We shared everything we filmed.
CS: We know it was quite a process to get the project approved, working through the Egyptian Antiquities Council, etc. What kind of hoops did you have to jump through?
FT: The first difficulty was finding key people who would embark on this long and complicated adventure and accessing the official organization in Egypt. It took Mehdi Tayoubi (of the French Dassault Systèmes software team) several years to find Dr. Hany Helal, now a professor at the Faculty of Engineering at Cairo University, who was once the minister of Higher Education and Scientific Research in Egypt. He knew the ins-and-outs of the Ministry of Antiquities. With his understanding of Egyptology and advanced experimental research like particle physics, he was critical to the mission.
Once we found him, I happened to be living in Egypt working on other films, so I met with Dr. Helal on Medhi’s behalf in September 2013. Just a week prior to our meeting, the Faculty of Engineering building had been burned and partly destroyed by Muslim Brotherhood partisans. Dr. Helal was in a temporary office, tending to urgent matters, and here I was talking about scanning the pyramids with infrared thermography cameras and unknown techniques using cosmic particle detectors. It seemed utterly unconceivable, almost absurd, at that time. The whole country was in shock, on the verge of civil war for some people, so I was not very optimistic. But to my surprise, he took the time to listen, said it would be great for Egypt to participate in such a great international mission and he agreed to meet Mehdi and his team in France not long after. It took another 2 years to really coordinate and launch the mission, and by 2015, Egypt’s political situation had settled down. The Minister of Antiquities strongly supported the Scan Pyramids mission.
During that time of global international terrorists, it was a nightmare for the logistics team in charge of moving chemicals and bizarre instruments through customs in all of these countries. In comparison, getting our filming equipment through was a piece of cake. We couldn’t complain.
CS: The weather was a challenge, right? Tell us about that, and how did you overcome it?
FT: During summer, temperatures can be really hot, but again, it was more difficult for the scientists than for us. We are used to being in the field and have proper filming equipment for this. But that’s not the case for state-of-the-art particle physics prototype devices which are usually kept in a completely controlled and safe environment. For example, the French scientists who had to set up their equipment outside, had to face warm winds, sandstorms and extreme temperatures. They had anticipated some of these problems but not all of them. But despite these trials, they managed to make their equipment work properly.
CS: What was it like to be inside the pyramids? To climb on them? It must have been surreal.
FT: Climbing the pyramid was exhilarating. From up there, you really admire the work of ancient Egyptians even more… and wonder how they did. It is truly vertiginous. We thought at the beginning we wouldn’t need professional climbers to ascend but moving so many people up there in such a short time, it was really not an option to do without. Going down is actually more dangerous than going up. You can slip easily, and any fall can certainly be fatal. When climbing was still allowed for the public, there were many accidents, which is why the Ministry of Antiquities rightfully forbids tourists to climb up there today.
CS: Setting up equipment to film while being respectful of the structures must have been quite difficult. How did you deal with that?
FT: The most difficult part of making this film was actually being really patient, to follow all the scientific steps, day after day, without disturbing the scientists. We couldn’t re-enact anything or bother them with fancy, sexy filming ideas. We had many, many shoots (more than 70 days) in Egypt, Japan and France over 2 years. Sometimes I was alone with my camera late at night because we couldn’t pay for a crew. So, in the end we ended up with lots of repetitive footage. So, that meant the second biggest difficulty was to edit all this material. It took us several months to get a clear and functioning narration. And, because we had to wait for the “end” of the story… the action was developing at the same time we were filming and editing.
CS: Dr. Hawass, an influential official whose support was required for the project, was at first skeptical of the technology. That must have been harrowing and disheartening. Can you tell me about that?
FT: In 2016 [well into the process of the experiment and filmmaking], Dr. Zahi Hawass was named the head of a special committee of Egyptologists who are officially in charge of examining and interpreting Scan Pyramids results. As you see in the film, the first meeting between Dr. Hawass and the scientists was a bit of a shock—he was very skeptical of their work and techniques and expressed it vividly. The scientists didn’t know him and were surprised to discover his famously strong temper.
After this, the team feared their work could be stopped at any time, so they changed strategy. Initially, the detector of the KEK was eventually supposed to be installed in Khafre’s pyramid, as were the CEA’s detectors. It was the mission’s first assignment to scan the 4 biggest Egyptian pyramids: the Bent, the Red, Khafre’s and Khufu’s.
But, when Dr. Morishima detected this huge anomaly for the first time in the Khufu pyramid, Dr. Helal and Mehdi decided to focus all efforts on this pyramid. All 3 muographic teams then pointed to the same location. The idea was to have complete counter-expertise within the mission itself, to be irreproachable and unattackable, scientifically speaking. So, the pressure and demanding attitude from Dr. Hawass was—in the end—a blessing.
CS: The moment when all three teams gathered to compare results…what can you tell me about the energy in that room? It must have been thrilling to have triplicate confirmation of the void.
FT: First, I have to tell you that we waited months for this moment to happen. Particle physicists are especially rigorous and anal when it comes to analyzing and checking their results. Their reputation was at stake and they would never publish anything they are not 300% sure of. All these extra precautions sometimes seemed superfluous to us and made us (the filmmakers, producers and broadcasters) all exasperated and impatient. But, you cannot dance faster than the music and respecting the scientific process was mandatory. When the scientists all gathered in Paris, they spent hours arguing on highly technical points. Only they understood what they were talking about, which was a bit frustrating, especially for Mehdi and me. But their perspective is different from us neophytes—for them, details are of a great importance and we were just waiting for the main conclusions. So, in a way, we seemed to be more relieved and happy than they were.
Despite this “victory” moment, everyone remained very cautious of what would happen next. There was no moment of exhilarating or overwhelming joy. It’s not time yet! Though it took 2 years of hard work to get there (not to mention the long preparation) the real exploration is just beginning. Everybody now wants to know what is inside this big cavity!
Watch the Scanning the Pyramids trailer here:
Both the original and extended versions of Scanning the Pyramids are available now on CuriosityStream in Ultra HD 4K.
Today is an exciting day for CuriosityStream, with the release of the second episode of our Emmy® Award-winning Original Series, Stephen Hawking’s Favorite Places (SHFP). This series has not only been a huge success and one of our highest rated programs, but it continues to enthrall our viewers (and our own team!) by sparking curiosity about our Universe. Working with the award-winning theoretical physicist and bestselling author Stephen Hawking as our tour guide, we couldn’t be in better hands. We sat down with Ben Bowie of Bigger Bang Productions, executive producer of the series, to learn about what differentiates the sequel from episode one, as well as what the future of the series has in store for viewers.
CuriosityStream (CS): I think it’s fair to say that episode two is even bigger and better that episode one. Talk about the decision to turn the focus toward the biggest question there is: “the theory of everything.” When Hawking takes us in search of the secret of the Universe, isn’t he really enacting and dramatizing his life’s work?
Ben Bowie (BB): Professor Hawking decided very early in his career to concentrate on the biggest mysteries he could find because, due to his illness, he didn’t know how much time he would have. Why the Universe is as it is, is indeed the biggest mystery one can contemplate. We decided this quest would be the subject of SHFP 2 and its follow up, SHFP 3, because only that question encompasses his life’s work. All the rest follows from that one decision. So, indeed, it is an attempt to make that journey accessible to as wide an audience as possible.
CS: The “S.S. Hawking” reveals some extraordinary new capabilities in this episode. What were some of the most exciting and fun sequences for you to create?
BB: Well, believe it or not, it was a difficult decision to allow the SS Hawking to be able to do ‘anything’ – even break the laws of physics! We weren’t sure if taking the series in that direction was the best thing to do or not. But, in the end, being a product of Stephen’s imagination, the ship is not bound by the law of physics because it is like the human mind: able to imagine anything it can. That’s our great superpower, and Stephen has it to a greater extent than most. Once we had crossed that threshold, we delighted in many of the things we could imagine such a ship doing. Diving into the Sun, visiting a ruined alien civilization, and getting trapped in a situation that not even the ship could escape were all wonderful scenarios that we had great fun working through. Getting Stephen to engage in these fantastical episodes, imagining himself in them, was truly a highlight of my career.
CS: There is a sequence where Hawking dives into Venus that is not only visually stunning, but the sequence sends a pretty strong message to climate change deniers. Whose idea was that?
BB: One thing about Stephen is that he is very passionate about the environment and mankind’s influence on it. The way that sequence came to be is because during production, the United States withdrew from the Paris Climate Agreement. That decision spurred Stephen to make Venus the first stop on his new journey in this episode. Planet-wide, catastrophic climate change is not a theory. Venus – the nearest planet to ours – has undergone such a process, and if we can’t learn from that example, we are simply deluding ourselves. The challenge was how to make that sequence exciting rather than tub-thumping, and if we succeeded it was thanks to some dazzling extravehicular activity from Commander Hawking himself.
CS: What do you hope people take away from this series? Having worked with Professor Hawking so many times over the years, what makes this series special?
BB: This series is the closest to the very first idea I had for a show with Stephen, yet was never able to make until the folks at CuriosityStream allowed us at Bigger Bang the creative freedom to try it. For the first time, we see the world’s most famous scientist engaging with the Universe up close. That is an incredible rarity! We also tried very hard to show the scale of things and to reveal how Stephen’s life story has driven his research. So, I hope this is a new way of communicating science to people of all ages; an exciting adventure but with real (and possibly troubling) science at its heart. By the end, I hope people will stop arguing about trivial stuff because we should focus on preserving the most amazing thing we know that exists in the Universe – the human race.
CS: SHFP 2 ends with a cliffhanger, but fortunately for viewers, it’s not the last episode in the series! Without revealing too much, can you give us a hint of what to expect from SHFP 3?
BB: Ah ha! Yes, difficult not to give too much away. Let’s just say that SHFP 3 takes things to a whole new level, both with what the ship can do and what Hawking can do with it…
2017 has been a big year for streaming services. Following epic wins for Hulu, Amazon Prime and Netflix at this year’s Primetime Emmys, CuriosityStream picked up its first Emmy award at the News and Documentary Emmys for Stephen Hawking’s Favorite Places (Outstanding Graphic Design and Art Direction). Our factual streaming service was also honored with two other category nominations for another CuriosityStream Original, David Attenborough’s Light On Earth.
The idea for the Stephen Hawking film arose back in April of 2015 over coffee with Bigger Bang producers, Ben Bowie and Iain Riddick, outside of CuriosityStream’s first MIPCOM in Cannes, France. They pitched my husband Peter North (Chief Operating Officer), Steve Burns (Chief Programming Officer) and me about a fantastical journey through the cosmos with Ben’s friend, Stephen Hawking. We knew the idea had potential and a few months later in London, we officially signed CuriosityStream on to fully commission the film. I remember hesitating over the heavy use of CGI and special effects (which can be costly and sometimes may disappoint) but a revered host like Stephen Hawking, who we already knew our audience searches for, paired with an accessible concept like “Top 10 Travel Destinations,” was sure to resonate. Of particular appeal was when Ben shared that it would all end up in Santa Barbara, which was really Stephen’s favorite spot on planet Earth and of course the cosmos.
When I finally had the chance to preview the first rough cut of the film, I was completely astounded by the level of CGI (Computer Generated Imagery) that Ben, Iain and their team at Bigger Bang had produced. It looked so much like Cosmos: A Spacetime Odyssey, one of my favorite science programs featuring Neil DeGrasse Tyson. Yet here was Stephen Hawking touring the Universe in his own S.S. Hawking spacecraft, taking viewers on a wondrous journey from the known world’s inception to showcasing the majesty of Saturn’s rings to the potential habitable life on Gliese 832C. As a sci-fi fan from an early age, Stephen Hawking’s Favorite Places was everything I’d ever hoped it could be.
Peter North (COO of CuriosityStream), Ben Bowie (Co-founder of Bigger Bang TV) and Elizabeth Hendricks North (CEO of CuriosityStream)
Obviously, I’m thrilled by this Emmy recognition for CuriosityStream but more importantly, it is exciting to imagine what this means for the industry at large. The economics of the streaming television revolution enable viewers to ‘sponsor’ directly the programming they want to see. We’ve witnessed with the successes of HBO, Amazon Prime, Netflix, Hulu and CuriosityStream that this sponsorship is unleashing quality content like we’ve never seen before. CuriosityStream’s first Emmy award for Stephen Hawking’s Favorite Places (of which we have a Part 2 and 3 coming soon) is following this wave of outstanding programming supported directly by the viewer.
Most importantly of all, I want to express my heartfelt thank you to the incomparable Stephen Hawking for sharing your favorite places with CuriosityStream. This program and its Emmy win would not have been possible without you and your vision of the indelible impressions worth sightseeing across the cosmos.
I look forward to CuriosityStream continuing its leadership role in the future of quality factual television, with the S.S. Hawking leading the way!
An eclipse is far and away the most powerful and stunning of all the celestial phenomena. Seeing the sun’s corona is a life-changing experience. But in the seconds leading up to totality, there will be plenty more to see… if you know where to look. In anticipation on the August 21st solar eclipse, I sat down with Mark Bender – filmmaker, eclipse chaser, and director of our original series, Eclipse Across America – and asked what advice he would give to our readers before the event.
Mark Bender, Eclipse Chaser
Train your eyes for darkness
It may sound crazy, but if you are looking to heighten the experience even more, blindfold yourself for an hour before totality. Remember, the totality only lasts for just over 2 minutes. It would take your eyes more than that to really adjust to the darkness. Think of walking into a dark movie theater: at first, you can’t see a thing, but as your eyes adjust, the steps and seats become more clear. Imagine having your eyes fully adjusted to darkness for the entire time of totality. What you see will be even more stunning!
Look out for shadow bands
Right before totality, some very lucky eclipse watchers may see the shadow bands. I thought they were just a myth, until I got lucky one time. Right before a total eclipse, little snake-like shadows from the moon crossing the sun appear to be slithering and shimmering across the ground. But they are so faint, the contrast has to be just right to see them. Some people will lay down a large white sheet to try to catch sight of them. In 2015, I saw the eclipse in Svalbard, Norway, just 800 miles from the North Pole. I was standing on a landscape covered with ice – just like an enormous white sheet. And there they were! It’s all about being at the right place at the right time.
Keep an eye on the forecast
Some of the biggest surprises are often weather-related. During the eclipse of 1999, I was watching in Cornwall, England. It was a completely overcast and rainy day. Leading up to the eclipse, you couldn’t see the sun at all. Three minutes before totality, the sun started to peak though, and with one minute to go, clouds dissipated and the entire sky opened up. We lucked out, but the best was yet to come. Even though the rain had stopped, there was still so much water vapor in the air. When the sun eclipsed, the corona was full of tiny rainbows! Imaging seeing the stunning corona in full color! I have never seen that since, but anything is possible. You just don’t know how it will play out.
Stay aware of wild animals
Animals in the wild take their behavioral cues from the Sun and the Moon, and the eclipse will affect that for sure. Watching the 2012 annular eclipse in West Texas, wolves started howling as darkness fell…and I won’t admit to joining in! Just remember, if they think it is nightfall, then you’re a visitor in their space until the Sun re-emerges.
It may get emotional
Above all, I am most fascinated by human behavior during a total eclipse. Tears, shouts of joy, stunned silence, experienced astronomers and scientists stuttering with a total loss of words. There is truly no way to describe it.
On August 21st, 2017, the United States will be treated to an event that hasn’t been seen in 99 years: a coast to coast total solar eclipse. By that night, photographs of the blackened sun and its extraordinary corona will fill the Internet, but for those looking for something a little different, there are more eclipse day wonders to look out for ‘beyond the black disk.’
Enter our exclusive, original 4-part series, Eclipse Across America. In anticipation of the once-in-a-lifetime event, our film crew teamed up with leading eclipse chasers, astronomers, and NASA scientists to travel and explore the path of the August eclipse. What they returned with is a preview of the different eclipse phenomena that will be on display that day and an inside look at how scientists are using this event to help us understand not only our home star, but the countless others in our Universe.
Inside an approximately 70-mile wide track stretching from Oregon to South Carolina (known as the path of totality), millions of lucky people will have a chance to witness the fully-eclipsed sun and its corona glowing around its edge. This view of the sun’s outer atmosphere is truly one of a kind in our Solar System, making this August’s eclipse a “can’t miss” event for citizen scientists and astronomers alike. But in the seconds leading up to the corona coming out, there will be plenty more to see… if you know where to look.
The experience of a total solar eclipse is really the experience of being in the shadow of the moon. As serene as those moments of totality may appear, this shadow is actually traveling more than 1000 mph! That motion may be difficult to sense from ground-level, but from a high point within the path of totality–a mountaintop, a butte, or even a hill with a clear, wide view of its surroundings–you will have a chance to look down and witness that shadow racing across the surface…weather permitting, of course!
As that shadow speeds toward you on the ground, the so-called ‘diamond ring’ phenomenon will be revealed up in the sky. The moon’s cratered surface yields a bumpy, uneven silhouette so when it passes in front of the sun on August 21st there will be a moment when one final beam of light finds its way through one of these imperfections on the moon’s edge. From Earth, this beam will glow like a sparkling gem on the edge of a dimly lit ring. But even this tiny fraction of the sun’s light will be far too bright to observe with bare eyes. Make sure you’re still wearing your eclipse glasses for this one.
While the diamond ring will only be visible from inside the path of totality, Baily’s beads will be best experienced just along the edge of that path. One example–at the Gateway Arch, in St. Louis, Missouri, the alignment between the observer, the moon, and the sun will be ever so slightly shifted off center. Looking up from the base of the Arch, the moon will cover more than 99.95% of the sun’s surface, and similar to the diamond ring effect, trickles of light will find their way through the moon’s canyons and imperfections. But instead of a single gem of light, the result here will be the appearance of a luminous, beaded edge that you will be able to see through your eclipse glasses far longer than anyone stationed near the center of the path of totality.
And then, for those in the path of totality, comes the corona. It will be stunning, guaranteed. Even seasoned eclipse chasers don’t always have the words to describe the power of the experience. Will you?
June 8, 2017 marks the premiere of our latest original film, First Man, created in partnership with Nilaya Productions. First Man is an epic special that takes viewers on an exceptional journey back through 25 million years of human evolution.
Part of what makes First Man so special is that it has something to please every viewer, spanning history, science, drama and even special effects. Not only are the storyline and scenic backdrops jaw-dropping, but the special effects make-up takes center stage, as our team worked diligently to accurately portray four species of early hominids. Curious about the process of turning modern-day actors into species dating back millions of years? Read on to learn more about the fascinating process.
Our biggest challenge was the actual look of the characters. With the influence of movies like Planet of The Apes, aesthetic standards have indeed dramatically changed, while the expectations of the audience have increased. With the arrival of new technology in make-up and prosthetics, after a few tests, we decided to work with the Academy Award-nominated Adrien Morot FX Studio in Canada. Renowned for their incredible masks and make-up, they had just wrapped work on The Revenant.
Our protagonists were initially drawn by character designers. Based on scientific assumptions of what they could look like, we decided to give each species an identity: noses, eyes, mouth, foreheads, fur and hair.
Casting the right actors for this film was a particularly extensive process. In order to find the actors who could perform difficult primate movements (walking on all fours, jumping, climbing trees, etc.), the process was much more involved than usual, but we ended up with a stellar group of actors who would help embody the traits and behaviors of extinct hominids. Once our cast was in place, it was off to Canada, where they would be entirely moulded – face and body.
Once the actors arrived in Canada, Adrien Morot FX studio created the facial masks and the costumes inspired by the character designs, custom adapted to each individual character. Those masks and costumes were accompanied by special eye lenses to accurately portray how the size of the iris changed throughout time.
In the end, we received the masks and costumes in South Africa for the shoot. We were shocked by how heavy everything was – weighing in at a few tons of equipment because, in order to keep the costumes fresh, each actor would wear a replicate of the same costume every day they were on set! Each day would mean five hours of preparation and two hours of getting rid of make up at the end of the day for an actor. Furthermore, it takes an army! Each actor had three make-up and costume artists assigned to them.
Remember the first time you figured out that one math problem that had been impossible up until now? Remember that college recommendation that your high school teacher wrote for you that almost brought a tear to your eye? Well, now is your chance to say “thank you” to teachers everywhere.
The first full week in May is celebrated as Teacher Appreciation week in the United States and we are thrilled to join in the praise for our nation’s educators. Nobody instills curiosity in a young learner’s mind like a good teacher does. We are partial to many teachers, like decorated “Mathemagician” Arthur Benjamin – the math teacher everyone wishes they had. Watch Benjamin in action below and fall in love with math all over again.
So, take a little time to #ThankATeacher this week. Whether it’s your child’s teacher, your own childhood teacher, or your family member who works in education, let teachers know how appreciated they are. Stay curious with some of our top content about education here:
We are just one week away from the premiere of one of our most exciting original documentaries to date, Miniverse. The film features the always wonderful CuriosityStream advisory board member Michio Kaku, as well as astronomers Derrick Pitts and Laura Danly, and is hosted by former astronaut Chris Hadfield. All of you space fans out there may remember Commander Hadfield as a YouTube sensation for his performance of David Bowie’s “Space Oddity” aboard the International Space Station. Well, it turns out he’s just as fun and creative to work with as you might imagine. We sat down with Doug Cohen, executive producer of Flight 33, to live vicariously through him about working with one of the world’s greatest astronauts.
Q: What was Chris Hadfield (CH) like to work with?
A: Chris is a former fighter pilot and an astronaut, so the things that felt like challenges to the rest of us were no sweat to him. To quote one member of our crew, “Chris Hadfield is the best human being I’ve ever met.” It’s not just that he’s charming, curious and tireless; it’s also that he sings, plays guitar, tells great stories and, of course, he’s been to space!
Q: What was the funniest thing that happened while shooting Miniverse?
A: Chris had spent the whole day driving at about 40 miles per hour through the Mojave Desert while chatting with astronomer Laura Danly. We kept his speed down to reduce the amount of road noise during the conversation. As the sun set, we prepped to shoot beauty shots of the car driving down the lonely desert highway. I radioed to Chris that he should drive past the camera, and since we weren’t rolling sound he was now free to go as fast as he wanted. When I called “action”, he put the pedal to the metal and whipped past us at 122 miles per hour with poor Laura Danly holding on for dear life! That’s the last time I tell a former fighter pilot to drive as fast as he wants!
Q: Describe the dynamic between CH and Michio Kaku.
A: They were excited to meet each other! It was fun to watch the contrast between astrophysicist and astronaut. Michio made it clear that despite his fascination with space, he had no interest in doing something risky like traveling to Mars. Chris, on the other hand, said that the danger is precisely what makes him want to do it.
Q: Between CH and Derrick Pitts?
A: Derrick would have liked to be an astronaut himself, so he was thrilled to be Chris’ guide for the outer planets. The two of them bonded over some packets of freeze-dried “astronaut ice cream.”
Q: Between CH and Laura Danly?
A: When we asked Laura if she wanted to participate in the program, she said “you had me at Chris Hadfield”. They had a lot of time to talk as we drove from the mountains to the desert, and it was amazing how many things they saw reminded them of Star Trek episodes.
Q: What’s the hardest part of shooting so much inside of a car?
A: We had five cameras rolling inside the car at all times, plus cameras affixed to the exterior and to a chase car. That’s a lot of cameras that need a lot of tending. You are constantly stopping to troubleshoot misbehaving gear. We studied how James Corden does it for Carpool Karaoke and how Seinfeld’s team does it for Comedians in Cars Getting Coffee, and took the best ideas from both. The difference with our show is that we were really traveling from place to place, so we couldn’t just stake out a route on a local road and keep circling. The entire country was our “set”.
Q: Why did the cops keep pulling CH over?
A: We had no problems in most of the country, but in New York and Washington, D.C. the police were extremely “curious” about this car with cameras all over the windows. Sometimes, we would neglect to remove our prop license plate that said “ROCKET”. That also drew the attention of the police on a couple occasions. One officer removed the license plate and cut in half! Luckily, we had made an extra one. In general, when we would tell the cops that we were making a science documentary with an astronaut and a bunch of astrophysicists, they let us go with nothing more than a confused look.
Q: Are there any funny stories from shooting in NYC near the Freedom Tower?
A: We shot at the Brooklyn Bridge across the river from Freedom Tower just before sunset, and as we were shooting, people were lining up to meet Chris and Michio. This actually happened almost everywhere–hotel lobbies, the steps of the Washington Monument–people from all over the world would show up and ask for an autograph or a selfie.
Miniverse premieres the week of April 17, only on CuriosityStream, and will be available in standard, HD and Ultra HD 4K resolution.