The ancient origins of cannabis and our changing attitudes towards it

Cannabis related items on display at Housing Works, New York’s first legal cannabis dispensary

Erik Pendzich/Shutterstock

Cannabis is having a moment. Half of Americans live in a state with legal marijuana and 9 in 10 people nationwide support legalisation in some form. This is a stark difference from mere decades ago, when prohibition was the norm in the entire US. Meanwhile, if you live in Malta, Uruguay, Canada – and maybe soon, Germany – your entire country is one with legal recreational pot. And access to medical marijuana extends to even more countries, including the UK and Australia.

But as medical and recreational use become more popular and increasingly accessible, how exactly did we get to this moment of change? What has research been able to tell us – so far – about how the plant produces its euphoric effects, or what medical purposes it may be able to serve or how it might be harmful? And how could our relationship with this unassuming leaf change in coming decades?

In the first episode of a special 3-part podcast series, Christie Taylor and the rest of the New Scientist reporting team start at the beginning: 27.8 million years ago, when hops and hemp diverged in family Cannabaceae. A million years ago, when Cannabis indica and Cannabis sativa diverged into two differently psychoactive strains. And 12,000 years ago, when humans first domesticated cannabis for mundane household use, not yet dreaming of the euphoric experiences to come.

But of course, it all comes back to the high, and we go there too – the evidence, though still sparse, of drug-related use dating back at least to 500 BC. And, a thousand years later, perhaps the first recorded reference to a ritual not unlike hotboxing.

To listen, subscribe to New Scientist Weekly or visit our podcast page.

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The science of cannabis

As the use of marijuana and its compounds rises around the world, New Scientist explores the latest research on the medical potential of cannabis, how it is grown and its environmental impact, the way cannabis affects our bodies and minds and what the marijuana of the future will look like.

Transcript

Christie Taylor: It’s a sunny November morning in Manhattan and I’m buying weed for my job.

Sasha Nugent: So right now, we have pre-rolls, tinctures, flower, edibles, and drinks, and that’s an array of things that we have. Vapes as well. We have flower and we offer it in eighth and one ounces, and we even have a three ounce bag, and three ounce is the max in New York that you’re able to purchase in a day.

Christie Taylor: That’s Sasha Nugent. She’s the so-called ‘Budmaster’ at Housing Works Cannabis Co. It’s the retail extension of a local AIDS non-profit and also the first recreational dispensary to be licensed in New York City, and if you’ve never been inside a licensed dispensary before, you may be shocked at how normal a retail experience it feels like. Two big display cases wrap around the retail area filled with colourful packages of merchandise, like gummies infused with THC, the main ingredient that gets people high, or CBD, a secondary ingredient that seems to have a more calming, chill effect. Pastel rainbow signs next to the row of cash registers have slogans like ‘make love, not drug war’, and ‘spark up your inner activist’, and ‘we’re smoking out stigma’. The product labels range from slightly goofy and psychedelic to what I can only describe as a colourful fruit salad, and for the Apple Store types, there’s sleek and minimalist black and white packaging.

Sasha Nugent: On a slow day, anywhere from, like, Sunday to Wednesday, we see about 550 to 700 people depending on the day. On our busier days, Thursday through Saturday, we can see upwards of 1,000 unique customers.

Christie Taylor: The normality of this experience has only become possible recently. New York State only legalised recreational cannabis in 2021. Other states went sooner and there has been a dramatic wave of various degrees of legalisation across the US, and even across the world. We are in a new normal when it comes to cannabis, but what do we really know about the science of it? Where did the plant come from? What does it do to our health, for good or for bad? I’m Christie Taylor. I’m a podcast producer for New Scientist, and this is the first episode in our three-part series about the science of cannabis, how we got here, what we know, and what the future may hold. This is part of a huge month-long reporting effort from more than half a dozen journalists and you can read their work over at newscientist.com/cannabis. We’ve investigated cannabis and creativity, mapped the still languishing landscape of medical research, and questioned the environmental cost of industrial scale hemp harvests, but today I’m starting at the beginning, how we got to this moment where I can walk into a store, buy a federally controlled substance, and just tell you about it, and why our relationship with cannabis is possibly one of the oldest relationships our species has had with a domesticated plant.

If you want to feel really old, it’s been 87 years since the movie Reefer Madness debuted. It’s a hyperbolic fictional warning about young people driven to psychosis with multiple murders and deaths all because they had some weed. ‘These high school boys and girls are having a hop at the local soda fountain, innocent of a new and deadly menace lurking behind closed doors.’ (Advert played 03.25-03.32). But now, walk through many neighbourhoods in New York City and you’ll see something you didn’t used to, storefront after storefront with names like ‘Magic Garden’, ‘Smacked Village’, ‘Weed World’, or just ‘Gotham’. The fonts run from cartoonish to classy, and storefront signs, as in other cities with legal recreational and medical weed, will advertise under no uncertain circumstances that they have THC, CBD, or just the unmistakeable green seven-pointed leaf shape that screams ‘marijuana’. In states with legal cannabis, medical or otherwise, you can speak frankly with salespeople about dosages and strains. Do you want help sleeping, or daytime relaxation, pain or appetite management, or a sense of calm while getting your work done? Or do you just want to get stoned off your ass, watch some dumb TV, and laugh uncontrollably while making up new words for hedgehog? No judgement. No, really. Please, no judgement.

Sasha Nugent: I am just like you. I have trouble sleeping and I also have anxiety, so after, like, a day at work, I love the Offline from Off Hours. Like, they don’t pay me. That’s one of my favourite ones.

Christie Taylor: Outside the dispensaries, at corner stores and bodegas, you can still buy THC-infused seltzers and mocktails, cannabis cocktails, and skin lotions featuring CBD. In states like Wisconsin that haven’t legalised cannabis, purveyors get around it with a less potent form of THC called Delta-8. It’s derived from non-psychoactive cannabis and so remains, for now, legal in the US through a loophole in a 2018 agriculture law. Some of the greater glow of legality is in the name of medical applications, which are very real but still under investigation in the case of some treatments. In states where weed is legal only in medical contexts, your doctor can still usually get you a dispensary card for ALS, Parkinson’s disease, chronic pain, cancer and chemo side effects, and mental health conditions like PTSD, and the number of people enrolled in medical marijuana programmes in the US? It more than quadrupled between 2016 and 2020 to a whopping 3 million. People use it for nausea, pain, and glaucoma symptoms. It’s showing legitimate promise as a treatment for multiple sclerosis and rare forms of epilepsy, but when we look at this moment in our relationship with cannabis, it’s also clear that the years of prohibition have cost us research. Because the US federal government still bans weed, scientists have struggled for funding, or simply a sufficient legal supply to study.

The late Dr. Raphael Mechoulam, the Israeli scientist who first isolated THC from cannabis in the 1950s, he even had to get his first samples from the police, and as its therapeutic potential gains greater excitement, the federal ban on weed is still undermining scientific research that might bring clarity on both the benefits and the risks of its consumption. This research is needed more than ever. At Housing Works, I’m presented with three seemingly equal products, gummy edibles, that might help me sleep better. They all advertise their properties in terms of milligrams of THC and other calming compounds, so I pick one called Snoozeberry solely by the promise that it would taste like blueberry, a flavour I liked, and I’m charmed maybe just a little bit by the twinkling stars on the soothing deep blue packaging.

Sasha Nugent: Perfect. So this is your receipt, and would you like a bag?

Christie Taylor: Yes, I’ll take a bag.

Sasha Nugent: No problem. I’ll grab one for you.

Christie Taylor: Okay.

Sasha Nugent: So we also offer delivery, so I put a delivery flyer in case you’re in one of our delivery zones, and I also put a little sticker with our QR code in case you want to order it in advance.

Christie Taylor: Alright. Thank you so much.

Sasha Nugent: Thank you so much. It was great meeting you.

Christie Taylor: Yes, great meeting you too. You’re not high. A revolution has been baking toward the popularity and acceptance of weed. Legalisation of cannabis for recreational use has swung hugely into favour in the last 10 years. Uruguay legalised recreational use of marijuana in 2013, Canada in 2018, Malta 2021. Lawmakers in Germany may soon vote on a bill to do the same, and medical marijuana is even more widely legalised, including in the UK and Australia. In the US, there’s no national approval of cannabis in any context. Instead, it’s a state by state patchwork, but one that is increasingly pro-pot, with 38 states and Washington, DC all moving to legalise marijuana. Nearly half of those are states that support both medical and recreational use, including, just weeks ago, the state of Ohio, and if you ask we, the people, there’s overwhelming support for national legalisation. Nearly 7 in 10 Americans say ‘yes’.

Alexis Wnuk: That’s actually triple what it was 30 years ago.

Christie Taylor: New Scientist’s Alexis Wnuk dug into the data explaining this shift and she found the swing in attitudes is even more dramatic than that.

Alexis Wnuk: So if you ask people specifically about recreational and medical uses, it’s more like 9 in 10 people in favour of legalising it in some capacity. Younger people and those on the political left continue to support legalisation in greater numbers than older people and people on the political right, but we’ve seen a surge in support across all age groups and the entire political spectrum.

Christie Taylor: Republican support, while still quite a bit lower than other groups, tripled between 1990 and 2016. This also seems to align with a shift in how people perceive the dangers of cannabis. For the 50 years that the US has tracked these perceptions, people have always seen cannabis as less dangerous than drugs like cocaine or heroin, but in the early 2000s, that gap got even bigger.

Alexis Wnuk: Around 20% of people surveyed in 1997 said that smoking marijuana once or twice a week posed minimal or no risk of harm, but by 2021, which is the most recent data we have, half of people surveyed thought this, and we know this wasn’t just because perceptions of all drugs were changing, because people still ranked other drugs at about the same level of danger as they did 30 years ago.

Christie Taylor: So why have people swung so comparatively hard for cannabis in recent decades? The biggest reason is medical marijuana. If you look back at the surveys, 98% of people who supported legalisation said that medical use was a very important or somewhat important reason why.

Alexis Wnuk: In the 1980s and ’90s, we started seeing studies that suggested cannabis could reduce nausea and improve appetite in people with HIV (TC 00:10:00) and in those undergoing chemotherapy for cancer, and this started creeping into the national conversation on marijuana. I came across a study from 2019 by researchers at John Jay College here in New York City where they tracked media coverage of marijuana over the years. They took the New York Times, one of the most read newspapers in the nation, as a case study, and what they found was that in the late ’90s, articles about medical use of cannabis started making up more and more of the coverage. At the same time, there’s less and less coverage dealing with marijuana trafficking or abuse.

Christie Taylor: Headlines about multimillion-dollar pot busts declined. You were more likely to see stories like the 1993 headline about a 79 year old woman who was growing weed to help her son, who had multiple sclerosis, eat better, or a pot-smoking club in San Francisco reserved for the sick and dying. 1996 is also when you saw California become the first state to allow cannabis for medicinal purposes with a doctor’s supervision.

Alexis Wnuk: Obviously, we can’t know for sure whether the media coverage actually changed people’s attitudes or whether it was just following the shift in attitudes but what we do know is that, in this time period, we saw a big uptick in coverage of medical marijuana and the people who could benefit from it, so instead of fearmongering and crime, you were much more likely to see a focus on compassionate use for people who were critically ill.

Christie Taylor: There are a lot of other reasons ranking highly as well. Nearly as important for some people was freeing up law enforcement to do other work, followed by the argument that it’s someone’s personal choice to consume it. Deeper in the survey data, there’s support for the argument that tax revenue from legal weed could support local governments, or that it just might be safer to have legal oversight for weed, and if you go back to the perceptions of risk, there were people that said that using weed is already safe and so there’s no reason to outlaw it. Half of Americans now live in a state with legal recreational cannabis and there’s no sign that the wave is slowing down. The thing is, the weed zeitgeist, this wave of stigma oscillating into mania, isn’t the first time that our species has used this plant, whether for highs or healing. It’s one of the first crops human beings ever cultivated, starting 12,000 years ago. Think the oldest profession but make it agriculture, and until 100 years ago, it was one of our species most important sources of fibre, shelved only thanks to the rise of synthetic fibres such as nylon, but what was cannabis doing before humans met hemp?

First, we should also talk about humulus, marijuana’s cousin in family Cannabaceae. You know it as hops, which flavours our beer, but fossils of the two plants have been confused for each other numerous times over the years, which is why genetics may be the better arbiter of when hops and herb diverted in the evolutionary tree. The evolution of plants like cannabis is hard to study. You need fossils, and soft matter doesn’t make the same impressions in stone that bones or teeth might, but the traces do exist and modern genomic science is also increasingly helping us use living plants to scry backward in time. It’s a kind of timekeeping that relies on mutations. A molecular clock. Scientists can count how many mutations the two plants have gathered over time and use that to determine that hops and cannabis diverted into separate species around 27.8 million years ago. Hops went on to become a funky-smelling climbing plant integral to beer but not particularly psychoactive on its own, but cannabis? It’s a funky-smelling, wind-pollinated, herbaceous ground plant that’s rich in oils and protein. It gets you high and it slows you down, and as fossil pollen indicates, it may have originally evolved on the Tibetan plateau at dizzying elevations with an arid climate and harsh, inhospitable levels of UV radiation from the Sun. Chelsea Whyte tracked down this high-elevation history.

Chelsea Whyte: This also may be why the plant possesses its calming properties. THC and CBD, as well as other cannabinoids, seem to protect plants from UV rays, and cannabis may have developed these compounds as an adaptation to its early habitat.

Christie Taylor: And then there’s the question of cannabis sativa and cannabis indica. Seasoned pot consumers know these two psychoactive species of cannabis can feel very different in the body and brain but the fact that you can be discerning down to the level of Latin names might not have anything to do with human husbandry. The same molecular clock method of genetic analysis shows that indica and sativa diverged more than 1 million years ago, back when our distant ancestor, homo habilis, was hunting on the plains of Africa.

Chelsea Whyte: We’d had tools for about 1.5 million years at that point. That’s what homo habilis was known for, but we haven’t found any evidence for those long ago ancestors consuming cannabis in any way, nor is there evidence that cannabis had particularly high levels of THC at the time, so while it’s fun to wonder if there were Stone Age stoners, there’s no actual sign of it.

Christie Taylor: What we do find is evidence of human cultivation 12,000 years ago in East Asia, by people who seemed to use the plant for ordinary household needs. Oil, rope, bow strings. We know this because while the original wild strain we started with may be extinct, it’s closest living relative seems to be in Northwest China and the genomic record matches the archaeological. There’s pottery that’s been marked by hemp cords dating from the same millennium, for example, and once we began to cultivate cannabis, it spread, and spread, and spread.

Chelsea Whyte: It’s almost cliché at this point to say there’s a reason it’s called weed because it flourishes in a wide variety of conditions and doesn’t need too much tending. Whenever groups of people exchanged goods with others, cannabis went too. Farmers, trade, conquest, you name it.

Christie Taylor: It started about 5,000 years ago when the Yamnaya people migrated from the Eurasian Steppe and brought cannabis to parts of Europe and the Middle East. A thousand years later, pot entered Korea through trade with China, and South Asia via Indo-Aryan peoples migrating from central Asia.

Chelsea Whyte: Around 2000 BC, the western Eurasian Steppe was home to a nomadic people called the Scythians, and they carried it on horseback from the Middle East to what is now Russia and Ukraine.

Christie Taylor: Germanic tribes took it west to Britain as the Anglo-Saxons conquered. It was in Northern Africa by 1400 AD and spread from there to the southern tip, and then, as European colonialism so well facilitated, cannabis crossed the Atlantic and spread across North and South America. We’ll talk more in a future episode about the current state of medical uses of cannabis and what we know about them. At the moment, the earliest evidence of therapeutic use dates back to a Chinese shaman who was buried with a stash of cannabis sativa in 700 BC, but medical records suggest people have been trying to heal with cannabis for thousands of years, starting 5,000 years ago in the reign of Chinese emperor Shennong. He claimed cannabis could cure a wide range of ailments such as malaria, menstrual problems, and gout, and maybe paradoxically, he prescribed it for absent-mindedness as well. Western doctors weren’t using cannabis until much more recently, the late 19th and early 20th century, when one of Queen Victoria’s doctors used the plant to treat a wide variety of pain-related illnesses, including some of her premenstrual symptoms.

The drug was even listed in the US Pharmacopeia, the country’s official compendium of medical drug information, but then it was outlawed in 1942, decades into a rising crackdown and prohibition of the plant. We wouldn’t come full circle again until 1996, when California residents passed Proposition 215 and made medical marijuana legal again. So when, you ask, did we start getting stoned? Was it the Stone Age or was it much later? Was there a single moment when early humans inhaled some skunky sativa smoke and realised they felt pretty dope about it?

Chelsea Whyte: The evidence here is pretty spotty but we know that wild cannabis plants have only trace amounts of the psychoactive compounds that get us giddy, including THC and CBD, so researchers have looked for evidence of plants with higher concentrations which we would have had to cultivate specifically.

Christie Taylor: We have a long, long history with this plant but only 4,000 years ago do we start to see the evidence of humans nurturing specific strains for specific purposes, whether for fibre or drugs.

Chelsea Whyte: You can actually see in the way different strains diverge what uses they were bred for. Those bred for fibre have more gene mutations that inhibit the stems from branching out, so they have taller stems and more fibre in the main stem, but the plants that were bred for drug use have mutations supporting more branching, which also means more flowers. Those plants are shorter but they also tend to have more THC.

Christie Taylor: Beyond Emperor Shennong’s medicinal mention 4,500 years ago, the first trace of toking only emerged in 2019 in the mountains of Western China. Researchers exploring ancient tombs found wooden fire pits called braziers with traces of THC at much, much higher concentrations than in wild cannabis. These date back to 500 BC, 2,500 years ago, and they suggest that people at that time were inhaling the potent smoke of a strain of cannabis that they had cultivated specifically for the high, but instead of the joints, pipes or bongs you may be familiar with, these braziers would likely have been filled with red hot pebbles that the cannabis was then put on top of. The smoke from the smouldering plant could then be inhaled. And remember those Scythians marauding through Russia and Ukraine on horseback? The Greek geographer and historian Herodotus, writing in the 5th century AD, describes a ritual that may be the first recorded instance of hotboxing.

Herodotus: ‘They set up three poles leaning together to a point, and cover these over with woollen mats. Then, in the place so enclosed, to the best of their power, they make a pit in the centre beneath the poles and the mats, (TC 00:20:00) and throw red hot stones into it. The Scythians then take the seed of this hemp and, creeping under the mats, they throw it on the red hot stones, and being so thrown, it smoulders and sends forth so much steam that no Greek vapour bath could surpass it. The Scythians howl in their joy at the vapour bath.’

Christie Taylor: So weed has been with us for 12,000 years and we’ve found it at least some level of therapeutic for 4,500 of those years. People have used, and continue to use, it for physical ailments, emotional balm, and a certain mental letting loose, but as the wave of cannabis legalisation in the US and worldwide gathers momentum, what do we actually know about how it affects us, body and brain? Stay tuned for the next episode where we’ll look at what happens to your brain on drugs, and what the past prohibitions on pot have done to limit our knowledge of how it behaves, even as the need for that knowledge is greater than ever.

 As I mentioned earlier, this podcast is part of a massive reporting effort, spanning many months of work from the New Scientist team. You can go to newscientist.com/cannabis to read much, much more about the history of our relationship with weed and what research is starting to reveal. Thanks to Chelsea Whyte, Alexis Wnuk, and Grace Wade for helping me research and write this episode, and to Timothy Revell and Chelsea Whyte for edits. Thanks also to Timothy Revell for his expert voice acting. New York studio production is by Hugo Fonseca, and our audio and sound design is by Ollie Guillou. I’m Christie Taylor. Bye for now.

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The 10 best science and technology podcasts right now

There are many great science and technology podcasts at the moment

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There are so many science podcasts out there that choosing one can feel overwhelming. We’ve scoured the internet for classics and little-known gems covering a wide range of topics from space to food to cybercrime. Here are our top picks.

Should you switch to a gluten-free diet? Is artificial intelligence really out of control? This podcast digs into trends and hot topics in the news to expose the science behind them, separating fact from fiction. In a typical episode, science journalist Wendy Zukerman, the creator and host, talks to scientists and experts and cites research in the field in a style that is upbeat and engaging. The idea for the show came about in 2015 when actor Gwenyth Paltrow suggested that women should steam their vaginas for an energy boost, to rebalance hormones and keep clean. Zukerman felt compelled to bust the myth and has been fact-checking fads on her show ever since.

You’ve probably heard of RadioLab. Launched in 2002, the award-winning podcast, currently co-hosted by science journalists Lulu Miller and Latif Nasser, recounts a different science or technology-related story every week, often exploring different angles. The show incorporates interviews with experts and first-person accounts by guests into captivating narratives. Recent episodes have delved into a strange internet law that lets tech companies off the hook for what happens on their platforms, the cause of the mysterious Tunguska impact that hit Siberia in 1908 and whether disabled people could actually be the ideal astronauts. Highly recommended for curious people with diverse interests.

It might just be the best podcast name out there. With weekly episodes, the official podcast of NASA’s Johnson Space Center in Houston, Texas features in-depth conversations with astronauts, scientists and engineers about the latest developments in human spaceflight. The show just celebrated its 300th episode with special guests talking about what the future holds for humans visiting low-Earth orbit, recorded in front of a live audience. Previously, the show has discussed NASA’s near-term goal to establish a sustainable human presence on the moon’s surface. It often focuses on different aspects of this plan, such as new lunar spacesuits and the first space station to orbit the moon being developed by NASA, called Gateway, which is aiming to support long-term human visits as well as deep space exploration. Each instalment is typically about an hour long, allowing for topics to be covered in detail.

Want to take a deep dive into a specific branch of science? The podcast’s name stems from the suffix ‘ology’ – the study of something – and consists of long chats between host Alie Ward and experts on diverse and often obscure disciplines, from sciuridology (the study of squirrels) to diabetology (the research and treatment of diabetes). Ward poses questions that bring out little-known aspects of each field while also touching on personal aspects, such as how guests chose their speciality, which often leads to interesting stories.  The idea for the podcast was sparked by the word curiology – writing with pictures. Ward recently dedicated two episodes to this field by delving into emojis, from the origin of the smiley face to behind-the-scenes drama and stats on usage and trends. I give it a thumbs-up.

A generation of young people is now grappling with the climate crisis – often considered to be the most pressing problem humanity is currently facing. This podcast, which is in its third season, is produced by and for young people and aims to bring their stories to light. While early episodes focused on the experiences of young climate activists, the show is now broader in scope. In the latest episode, storyteller Reece Whatmore imagines a world in which buildings are conceived in collaboration with nature, rather than having human-made materials dominate city landscapes, and talks to biomaterial designers, scientists and engineers who are working to accomplish this goal. By being solution-focused, Inherited tackles a daunting topic in a hopeful way.

Food collides with science and history in this bi-weekly podcast co-hosted by journalist Cynthia Graber and author Nicola Twilley. In the most recent episode, the pair examines where fungi and bacteria in a sourdough starter come from by taking part in an experiment in Belgium with microbiologists and bakers. The show also delves into farming, for example by looking at how human faeces could save agriculture and the planet, and new developments, such as lab-grown meat, which made its debut in a US restaurant in July. The show often takes inspiration from listener requests and is sure to fascinate inquisitive food-lovers.

Efforts to undo human-induced damage to wildlife by allowing nature to take over again, called rewilding, have taken off in in recent years. In this podcast hosted by James Shooter, a photographer and filmmaker, listeners are taken behind the scenes of various rewilding initiatives across Europe as he travels to visit them during a year-long trip. Monthly episodes tell the stories of people trying to recover nature, for example experts in the Greater Côa Valley in Portugal, who are trying to improve the co-existence of animal species such as rabbits, Iberian wolves and dung beetles. The host’s passion for conservation makes the show both informative and engaging.

Through the ages, people have often tried to treat medical problems in odd, disgusting or simply ineffective ways. Hosts Sydnee and Justin McElroy, a doctor and comedian, respectively, were therefore inspired to create a podcast that uncovered some of these proposed treatments by digging through the annals of medical history. With new episodes out every Friday, the show also looks at the latest therapeutic fads, such as a pungent plant resin, called asafoetida, which some claim can has a range of medical benefits, and an egg-shaped sound-therapy chamber called a Harmonic Egg. The latest instalment examines the sudden recent uptick of cases of leprosy in Florida, looking at the history of the disease and current treatments. May not be suitable for squeamish people.

A true crime show for tech geeks. Hosted by Jack Rhysider, who was previously a network security engineer, the podcast showcases stories about the dark side of the internet told by hackers and those who have been hacked. In a recent episode, a member of the Dominican Republic’s cybersecurity incident response team explains the process he went through when he investigated a major cyberattack aimed at his country’s government. Another instalment follows a man who breaks into buildings for a living to test whether they are secure or not. The show is compelling and binge-worthy.

It is shameless self-promotion, but you may just enjoy our podcasts too. New Scientist Weekly, our flagship show hosted by Timothy Revell and Christie Taylor, takes a closer look at the most fascinating science news stories of the week. If you’re looking for something a bit more off-beat, Dead Planets Society explores crazy ideas such how we could punch a hole in a planet or whether we could destroy the sun – from a physics perspective, of course. And we’ve also got CultureLab, a podcast that could be interviewing the world’s most exciting authors about fascinating books one week and delving into the science behind a movie or TV show another. All available on the main New Scientist Podcasts feed.

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PhD. discovers conservatives are ACTUALLY saying whatever they want on podcasts and REEE (thread)

Conservatives … saying whatever they want?! OH NOEZ!

Not WHATEVER they want.

Really?!

WHATEVER they want!

How can this be?!

You know the face you make when you look to see where your DoorDasher is and you see they’re going the wrong direction and they’ve already picked up your food? Yeah, just made that face. Seems this PhD. spent a long time collecting data about conservatives saying whatever they want on podcasts.

Can’t make this up.

Now, she claims this study was done over 36k shows from across the political spectrum.

But it’s interesting how she only seems to focus on mean ol’ conservatives saying whatever they want.

Which external fact-checks did she use?

Which dictionary?

Wanna bet it was PolitiFact or Snopes?

In fact, there are even MORE conservatives than she documented out there saying WHATEVER they want.

REEEEEEEE.

Apple.

K.

This though …

We’ve seen firsthand what the government and public health were doing with messaging, narrative, and media … did it ever occur to this doctor that maybe these ‘false claims’ were conservatives trying to get the TRUTH out there?

Nah.

Two years doing this.

Holy cow, did someone pay for this?

Yay academia. *eye roll*

The Guardian.

Because of course.

Guess how her data is going over?

Psh, sense of humor?! NEVER.

Terrifying.

Oops.

Yeah, we notice these deep dives ever really only go one way, and then when the Right does their own deep dive we see garbage like this.

She spent two years collecting this data.

Wow.

Ruh-roh, there’s someone else saying whatever they want.

Better write that down.

The nerve.

***

Related:

TikToker hilariously DECIMATES trans-activists hating on Hogwarts Legacy over J.K. Rowling (watch)

THIS –> Matt Taibbi takes Democrat’s big ‘Chrissy Teigen censored’ GOTCHA apart in 1 perfect tweet

HUGE: Whistleblower exposes St. Louis Children’s Hospital Gender Clinic in DAMNING thread

***

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Thanksgiving Road Trip – Making a Difference by Tumble Science Podcast for Kids


In this special bonus episode, some of our favorite guest scientists answer listener questions! It’s like a Tumble reunion! Learn about the bugs you can find near your home, how ants let each other know about food finds, and if bats fly at night so they can eat more bugs. Thanks to Paloma, Liesel, and Bella for your questions!

We still have a few “encore shows” left to play while we get ready for the new season. You might have noticed we’ve had listeners introduce their favorite shows. Next week, that could be you! Send us a recording telling us your favorite episode and why you like it, to [email protected]. Or upload your recording to the “Contact” form on our website at www.sciencepodcastforkids.com.

Tumble has a few holiday shopping tips for you. First, don’t procrastinate. Second, don’t go to the mall. It is crazy there. Instead, go to seedling.com and order their fantastic activity kits, then use the code TUMBLE at checkout for $10 off a $30 purchase! So much better than going to the mall. Third, get a brand new Tumble tee, sent to you by Marshall’s mom, at our website for only $19.50! sciencepodcastforkids.com/shop

As always, we appreciate reviews on iTunes and emails! We read and respond to every single one. Lastly, we need your help with an audience survey for our partner, Wondery! Go to wondery.com/survey and answer a couple quick questions about your listening habits. We’ll be forever grateful to your anonymous contribution!





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The Tomb of the Animal Mummies by Tumble Science Podcast for Kids


In this special bonus episode, some of our favorite guest scientists answer listener questions! It’s like a Tumble reunion! Learn about the bugs you can find near your home, how ants let each other know about food finds, and if bats fly at night so they can eat more bugs. Thanks to Paloma, Liesel, and Bella for your questions!

We still have a few “encore shows” left to play while we get ready for the new season. You might have noticed we’ve had listeners introduce their favorite shows. Next week, that could be you! Send us a recording telling us your favorite episode and why you like it, to [email protected]. Or upload your recording to the “Contact” form on our website at www.sciencepodcastforkids.com.

Tumble has a few holiday shopping tips for you. First, don’t procrastinate. Second, don’t go to the mall. It is crazy there. Instead, go to seedling.com and order their fantastic activity kits, then use the code TUMBLE at checkout for $10 off a $30 purchase! So much better than going to the mall. Third, get a brand new Tumble tee, sent to you by Marshall’s mom, at our website for only $19.50! sciencepodcastforkids.com/shop

As always, we appreciate reviews on iTunes and emails! We read and respond to every single one. Lastly, we need your help with an audience survey for our partner, Wondery! Go to wondery.com/survey and answer a couple quick questions about your listening habits. We’ll be forever grateful to your anonymous contribution!





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