Recode Media
Recode Media
May 26, 2020
HBO Max is here!
Play • 37 min

Chairman of WarnerMedia and head of HBO Max, Bob Greenblatt, sits down with Recode’s Peter Kafka to discuss this weeks big launch and what differentiates HBO Max from the field.


Featuring: Bob Greenblatt, Chairman of WarnerMedia

Host: Peter Kafka (@pkafka), Senior Editor at Recode

More to explore: Subscribe for free to Recode Media, Peter Kafka, one of the media industry's most acclaimed reporters, talks to business titans, journalists, comedians, and more to get their take on today's media landscape.

About Recode by Vox: Recode by Vox helps you understand how tech is changing the world — and changing us.

Learn more about your ad choices. Visit megaphone.fm/adchoices

The Interchange
The Interchange
Greentech Media
How to Strip Carbon From the Atmosphere
Leading climate models point to a sobering reality: Even if the world’s economy reaches net zero emissions by midcentury, we will still have too much CO2 in the atmosphere. And so if we have to not just emit less, but remove greenhouse gases from the atmosphere, how do we do it? Today we dive into carbon dioxide removal, or CDR. It’s an increasingly diverse and vibrant technology landscape, with some fundamental business model questions yet to be answered. To take stock of this space, we spoke to Sarah Sclarsic, a carbon removal researcher at MIT with business acumen to boot: She co-founded the mobility company Getaround. She’s now an investor and on the boards of two SPACs (one of which took XL Fleet public). We survey the existing technologies, ranging from the old school, like planting trees, to the novel, like direct air capture. And then we take a dive into some theoretical bioengineering approaches.  Sarah argues that we already use powerful biotech tools for medicine and food. She shares her research on the potential to apply these biotech approaches to CDR, laying out what these technologies might look like, such as bioengineering microbes to assist with enhanced rock weathering or cultivating fields and fields of carbon-locking cassava. The Interchange is brought to you by the Yale Program in Financing and Deploying Clean Energy. Through this online program, Yale University is training working professionals in clean energy policy, finance, and technology, accelerating the deployment of clean energy worldwide, and mitigating climate change. To connect with Yale expertise, grow your professional network, and deepen your impact, apply before March 14, 2021.
49 min
Get WIRED
Get WIRED
WIRED & Condé Nast
Gadget Lab: Gadgets on Mars
For the next few weeks, Get WIRED is bringing you episodes from Gadget Lab, WIRED's weekly tech news podcast! Be sure to subscribe here or wherever you get your podcasts. Hey, did you know that the new Mars rover is really cool? Its eyes see crazy different colors! It shoots out a helicopter drone! It can vaporize rocks with a laser! Plus, Perseverance traveled more than 292 million miles through space, so that makes it just about the best gadget ever. This week on Gadget Lab, WIRED senior correspondent Adam Rogers joins us to talk about all the wild tech built into Perseverance and what the big deal about Mars is anyway. Then a very special guest crashes the show to talk about cheese. Show Notes:  Read Adam’s story about the cameras on the Perseverance rover. Watch the video of the landing and read about it here. Read more about the LA musician who helped design the microphones on the rover here. Read Gilad Edelman on the health benefits of cheese. Preorder Adam’s book, Full Spectrum: How the Science of Color Made Us Modern, here. Recommendations:  Adam recommends granite tile drill bits for drilling through metal. Lauren recommends Vigorous Innovations massage gun. Mike recommends the tech news website Rest of World. Gilad Edelman recommends cheese, of course. Adam Rogers can be found on Twitter @jetjocko. Lauren Goode is @LaurenGoode. Michael Calore is @snackfight. Gilad Edelman is @GiladEdelman. Bling the main hotline at @GadgetLab. The show is produced by Boone Ashworth (@booneashworth). Our theme music is by Solar Keys. If you have feedback about the show, or just want to enter to win a $50 gift card, take our brief listener survey here. WIRED Brand Lab is a creative studio from the publisher of WIRED. The WIRED newsroom is not involved in the creation of Brand Lab content. Learn more about your ad choices. Visit podcastchoices.com/adchoices
47 min
Talk Tennis
Talk Tennis
Tennis Warehouse
Everything You Need to Know About the New Racquets from PRINCE! (Beyond the Playtest: Prince Ripstick 100 & Synergy 98)
New racquets from Prince are here! And our playtesters take a deep dive to tell you all about the new Prince Ripstick and Synergy 98! From a super powerful racquet to a unique new string pattern, our team talks about the good and challenging aspects of both of these new, modern frames! Prince Ripstick 100: With this racquet Prince has created a powerful modern player's racquet with above average comfort for the breed. At 11.2 ounces strung, the Ripstick is not only fast enough for intermediate players, it also packs a near 330 swingweight, giving it enough stability and plow through to tempt the more advanced ball striker. This racquet's comfortable feel comes partly from the extra large O-Ports that surround the hitting area. Prince has delivered an impressive weapon to intermediate players in search of power. The arm-friendly comfort is a nice bonus. Prince Synergy 98: An impressive weapon with controllable power and outstanding feel. At 11.4 ounces strung this stick is mobile enough for intermediates, but it also packs a beefy 330+ RDC swingweight, which means it has enough stability and plow through for the advanced ball striker. In addition to its control-oriented 98 square inch head, this racquet has an 18x18 string pattern, giving it impressive precision when driving the ball through the court. Other features include a uniquely textured aerodynamic surface (for easier acceleration) along with a CTS beam, which is thinner in the shaft (for better feel) and thicker in the head (for extra power and stability). Experienced players looking for a stable player's racquet with outstanding feel and controllable power should love this one. Questions?! Comments?! Leave a review or email us at podcast@tennis-warehouse.com 🇺🇸 Tennis Warehouse: http://www.tenniswarehouse.com 🇪🇺 TW Europe: http://tenniswarehouse-europe.com 🇦🇺 Tennis Only AUS: http://tennisonly.com.au Happy Hitting!
37 min
The POWER Podcast
The POWER Podcast
POWER
79. Hydrogen and the Energy Transition
Hydrogen and the Energy Transition Power systems around the world are changing. Renewable energy, mainly in the form of wind and solar generation, is being added everywhere, while more traditional forms of power, such as coal-fired and nuclear generation, are being retired from the grid. Meanwhile, natural gas-fired generation has taken the lead role in facilitating the transition by providing relatively quick ramping capability and stable baseload power to backup intermittent renewables. However, there is a lot of research and development work underway that could eventually push natural gas out of the mix. The reason is that gas, like other fossil fuels, releases CO2 and other emissions to the atmosphere, albeit at lower quantities than coal, fuel oil, and diesel on a per-kWh-generated basis. One of the potential supplements or replacements for natural gas could be hydrogen. The concept of a hydrogen economy is not new. It was first contemplated at least as far back as the 1970s, but the economics associated with producing hydrogen at the time made it impractical. That is changing as countries around the world implement decarbonization goals and the share of renewable energy in the power mix increases. Going forward, there are likely to be situations in which the supply of solar and wind power is high, but demand for the electricity is low. Rather than curtailing production, the surplus energy could be used to produce “green hydrogen” through electrolysis at a very reasonable cost. “There’s no CO2 emissions associated with [green hydrogen],” Megan Reusser, hydrogen development lead at Burns & McDonnell, said as a guest on The POWER Podcast. “So, bringing hydrogen to the forefront as a potential way to meet decarbonization goals, coupled with other types of renewable energy such as solar or wind, that’s what’s really giving [hydrogen] kind of a new life and a really big interest currently in the market.” Seeing the writing on the wall, the major gas turbine original equipment manufacturers (OEMs) have jumped aboard the hydrogen bandwagon. Siemens, GE, and Mitsubishi Power all have programs underway to make their combustion turbines 100% hydrogen capable. Their intentions are really designed to “future proof” investments in new power plants. “All the major OEMs have advanced-class gas turbines that are available and can blend up to 30% hydrogen. Where it gets interesting is you see and hear about the concept of hydrogen-ready for the future, and 100% hydrogen capable for the future,” Joey Mashek, business development manager at Burns & McDonnell, said on the podcast. “The plan to develop those technologies to get near 100%, or 100%, is still about 10 years. And I think all the OEMs will say they can do that and will do that, but it’ll be market driven.” Reusser said Burns & McDonnell has seen a lot of interest in hydrogen pilot projects. “By that I mean small-scale applications where people are just trying to understand how all this is going to come together,” she said. One example that she mentioned was a system installed by the Orlando Utilities Commission. “They are developing a pilot facility that has a little bit of everything. It’s got [an] electrolyzer, some storage, and a fuel cell. So, they’re kind of doing the whole spectrum of generating their hydrogen, storing their hydrogen, and then converting it back to power,” said Reusser. “Only thing I can say is, it’s exciting, really exciting time in the energy industry,” Mashek said.
24 min
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