Episodes

22h ago

Today, we are looking at a future where diseases like Alzheimer’s can be spotted years before they start and how a simple headset might help paralyzed patients walk again. That’s our lead story today. Plus, we have news on a brand-new class of medicine that provides the benefits of psychedelics without the hallucinations, a way to turn whisky waste into essential nutrients, and a battery with a "heart of wood." And don’t forget to stick around for the speed round , where we’ll dive into even more great news.

5d ago

Today, we're diving into some truly groundbreaking advancements in medical technology, global health, and international trade. What if you had a dedicated AI health partner that understood your entire medical history to help you navigate your wellness? That’s our lead story today. Plus, we have a massive milestone in the fight against blindness, a historic economic shift for the African continent, and a trade deal connecting over 700 million people. And don't forget to stick around for the speed round, where we'll dive into even more great news

Feb 2

Today, we’re diving into some truly groundbreaking advancements in medicine, environmental protection, and global justice. What if we could ensure every child is born free of a life-altering virus? That is our lead story today. Plus, we have a gene therapy that restores hearing, internet cables that can sense earthquakes, and a new way to store energy using a fluid that looks like a giant protein shake . And don’t forget to stick around for the speed round , where we’ll dive into even more great news

Jan 29

Today we are exploring how mRNA technology is being used to reverse the aging of our immune systems, which is our lead story. Plus, we have stories on robots hitching rides on helicopters to fix wind turbines, a new way to watch plants "breathe" in high definition, and a breakthrough that recovers gold from old mobile phones in just 20 minutes. And don’t forget to stick around for the speed round, where we’ll cover even more great news.

Jan 26

Today, we’ve got a packed episode: flying cars you can actually afford , a humanoid robot entering the operating room , and a breakthrough eye drop that might let you toss your reading glasses for good. And don't forget to stick around to the end for the speed round for even more great news!

Jan 23

I’m Andrew McGyvern, and this is the Great News Podcast. Tired of all the doom and gloom news from mainstream media? You’ll get none of that here. Instead, you'll find inspiring stories and developments making the world a better place. Today we are diving into some truly groundbreaking advancements in artificial intelligence and robotics that are transforming how we treat disease, predict the weather, and even move the goods we use every day. What if an AI could diagnose a complex medical case four times more accurately than an experienced human doctor ? That is our lead story today. Plus, we have a new AI tool that can spot a hurricane before it even forms, the first fully robotic heart transplant in US history, and the new robotic workforce moving into warehouses. And don't forget to stick around for the speed round where we’ll dive into even more great news.

Jan 19

Reporting from my secret underground lair . Here are the latest great news stories from greatnewspodcast.com brought to you by The Daily Quote , a podcast designed to kickstart your day in a positive way. Tired of all the doom and gloom news from mainstream media? You'll get none of that here. Instead, you'll find inspiring stories and developments making the world a better place. I'm Andrew McGyvern , and this is the Great News Podcast . Today we're diving into some truly groundbreaking advancements in medicine , energy , and aerospace . What if we could beam high-speed internet across thousands of miles of space using a tiny laser? That's our lead story today. Plus, we have "smart" cartilage that delivers its own medicine, a tomb fungus that might cure cancer, and a nuclear reactor that generates clean hydrogen fuel. And don't forget to stick around for the speed round , where we'll dive into even more great news.

Jan 15

Today, we are exploring a medical breakthrough that uses a single dose of a mushroom compound to potentially cure chronic pain and depression simultaneously. Plus, we have an AI system mapping the heart to find new uses for old drugs, a massive genetic map of how the human brain builds itself , and a way to refresh the brain’s immune cells to fight off Alzheimer's. And don't forget to stick around for the speed round , where we'll dive into even more great news.

Jan 12

Our lead story today is a potential game-changer for the millions of people living with joint pain. Researchers at Stanford Medicine have identified an anti-aging injection that can actually regrow knee cartilage . In studies, this treatment not only rebuilt lost cartilage in older mice but also prevented arthritis from developing after serious injuries like ACL tears. Even more exciting, human joint tissue collected during surgeries responded to the treatment by forming new, functional cartilage. We are looking at a future where a simple localized injection could eliminate the need for bionic knees and hips altogether Next, we’re heading to the coast of Norway, where a startup called Flocean is preparing to launch the world’s first subsea desalination plant in 2026. As global freshwater demand is projected to outstrip supply by 40% by 2030, we desperately need better ways to make seawater drinkable. Traditional land-based plants are noisy, expensive, and massive energy hogs. Flocean’s solution? Placing desalination "pods" 300 to 600 metres deep on the ocean floor . At that depth, the sheer weight of the ocean provides the "free" hydrostatic pressure needed to push water through filtering membranes, slashing energy use and greenhouse emissions by up to 50% . These modular pods are quiet, chemical-free, and each one could provide fresh water for over 37,000 people every single day . In the world of oncology, researchers at KAIST have developed a way to make the body attack cancer from within using nanoparticles. Because this happens directly inside the patient’s body , it bypasses the expensive and time-consuming process of extracting and modifying cells in a lab. [Featured Story 3: China’s Fusion Milestone] Looking toward the future of clean energy, China’s EAST reactor has just broken a fundamental limit in nuclear fusion.Scientists have reached a state called the "density-free regime," allowing fusion plasma to remain stable at much higher densities than previously thought possible. Why does this matter? Because in fusion, more density equals more power . By overcoming these traditional barriers, we are moving significantly closer to "ignition" —the point where a fusion reaction produces more energy than it consumes, potentially providing the world with limitless, carbon-free power. Now, let’s fly through even more incredible developments in the Speed Round :• Rare Earth Recycling: A new 1,800-acre facility in Missouri is set to convert "dead" magnets from old electronics into high-purity rare earth oxides , reducing carbon emissions by 61% compared to traditional mining.• AI Heart Mapping: A new tool called CardioKG uses AI and heart scans to map the relationships between genes and diseases, allowing researchers to repurpose existing drugs (like arthritis meds) to treat heart failure.• 24/7 Solar Windows: Researchers in South Korea have designed transparent windows that generate power day and night —using sunlight during the day and indoor lighting like LEDs at night—all while maintaining 93.8% color accuracy.• Non-Toxic Receipts: Scientists at EPFL have developed a non-toxic thermal paper using lignin from wood and plant sugars , potentially replacing the hormone-disrupting BPA and BPS found in almost all current grocery receipts. [Closing] That’s a wrap for Episode 19. It’s easy to feel overwhelmed by the world, but as these stories show, we are living in an era of unprecedented problem-solving. We’ll leave you with our favorite quote of the week from Robert Louis Stevenson: "Don't judge each day by the harvest you reap but by the seeds that you plant." Keep looking for the good in the world—it’s everywhere if you know where to look. Until next time!

Jan 8

First up, our lead story is a literal "leap" forward in medicine. Scientists in Japan have discovered that a bacterium found in the gut of a Japanese tree frog can completely destroy colon cancer. The microbe, called Ewingella americana , was tested in mice with human colon cancer tumors. The results were staggering: the bacterium achieved a 100% survival and response rate , quickly and completely eradicating the tumors. After the bacterium destroyed the cancer, the mice developed long-lasting immunity against the disease. It works by secreting toxins that poke holes in cancer cells while simultaneously "recruiting" the body’s own immune system to join the fight. While still in the mouse-model stage, researchers believe this could lead to powerful new therapies for metastatic cancers in humans. Moving on to a medical miracle that sounds like science fiction. In a world-first, surgeons in China saved a woman’s severed ear by grafting it onto her foot . The patient, identified as Sun, lost her ear and large portions of her scalp in a devastating industrial accident. Because of extensive vascular damage, the ear couldn’t be reattached to her head immediately. Instead, a microsurgery team grafted the ear to her foot—where the blood vessels are a similar size—to keep it alive while her other injuries healed. After five months of "living" on her foot, the ear was successfully reattached to her head in a six-hour surgery. Sun has since been discharged, and her facial structure has largely recovered. It’s a testament to the idea that no matter how small the chance, medical perseverance can save lives. Next, let’s talk about a breakthrough in mental health. Researchers at Stanford Medicine have identified a new category of depression called the "cognitive biotype," which affects about 27% of patients . This is a game-changer because this specific biotype doesn't respond well to standard, commonly prescribed antidepressants like Zoloft or Lexapro. Patients with this biotype often struggle with "cognitive slowness," sleep issues, and difficulty with self-control. By using brain imaging and objective cognitive tests, doctors can now move away from a "trial-and-error" process and provide individualised care that targets specific brain circuits. Finally, for our featured stories, we have a message of hope for those affected by Alzheimer’s. For over a century, the disease has been considered irreversible, but new research is challenging that dogma.Scientists have found that a decline in a central energy molecule called NAD+ is a major driver of the disease. In a landmark study, researchers used a new pharmacological agent to restore NAD+ balance in mice with advanced Alzheimer’s. Remarkably, the treatment allowed the brain to repair itself , reversing memory loss and cognitive impairment. This suggests that the damage from Alzheimer’s may not be permanent, and that restoring brain energy balance could be the key to recovery. All right, let’s dive into the Speed Round for even more great news!• New York has passed a law requiring "addictive feed" warning labels for teens, treating platforms with infinite scrolling and auto-play similarly to tobacco products to protect youth mental health. Scientists in Sweden can now print electrodes directly onto human skin using nothing more than visible light from simple LED lamps, paved the way for safer, wearable medical sensors.• Researchers in Japan have doubled the efficiency of solar hydrogen production by using the metal osmium to capture a wider range of the sun's waves than ever before A scientific "mismatch" between computer models and lab results led to a breakthrough in carbon capture technology . By discovering that hidden water was blocking the process, scientists developed a new water-repellent material that captures CO2 more effectively. That’s it for today’s episode of Great News .

Jan 5

Tired of all the doom and gloom news from mainstream media? You’ll get none of that here. Instead, you’ll find inspiring stories and developments making the world a better place. Today we’re diving into some truly groundbreaking advancements in medicine, technology, and the natural world. Researchers at the University of Florida have developed a new mRNA cancer vaccine that has successfully wiped out multiple types of tumours in mice, including skin, bone, and brain cancers. Moving on to the skies, where drones are becoming the newest first responders. A study from the University of Warwick has successfully tested a system where drones deliver Automated External Defibrillators, or AEDs, directly to the scene of a cardiac arrest. In the UK, fewer than 10 per cent of people survive out-of-hospital cardiac arrests, but using an AED can at least double those odds. These drones can fly long distances to reach remote or rural areas far faster than a traditional ambulance could navigate the terrain. Researchers found the technology is ready for real-world use , meaning your next life-saver might just arrive by air. Now, let’s look at the very walls around us. Scientists at Aarhus University have created the world's first "living cement" that can store electricity. By embedding a specific bacterium called Shewanella oneidensis into the concrete, they’ve turned the most common building material on Earth into a supercapacitor. These microbes create a network that stores and releases energy, and if the power starts to fade, you can simply "feed" the bacteria nutrients to restore up to 80% of its capacity. Imagine a future where your home’s foundation stores the solar energy collected during the day to power your lights at night. Finally, a breakthrough in early detection. A new liquid biopsy test called HPV-DeepSeek can identify head and neck cancers caused by HPV up to 10 years before any symptoms appear. Developed by researchers at Harvard Medical School and Mass General Brigham, the test uses machine learning to find tiny fragments of viral DNA circulating in the blood. It reached an incredible 96% sensitivity rate in trials. Detecting these cancers early means patients can avoid the aggressive, life-altering treatments often required when tumours are found at a later stage. [Speed Round] All right, let’s dive into the speed round for even more great news:• Lasting Health from Gut Bacteria: A study from the University of Auckland found that a single fecal transplant in obese teens led to smaller waistlines and reduced body fat for at least four years. • Light-Powered AI: Researchers in Florida have built a light-based AI chip that is 100 times more energy-efficient than traditional processors by using microscopic lenses instead of just electricity.• A Biodiversity Boom: Scientists are discovering new species faster than ever before, with over 16,000 new species described every year , including hundreds of new vertebrates.• Injectable Brain Chips: MIT scientists have developed tiny electronic implants smaller than a cell that can be injected into the bloodstream to treat brain inflammation without the need for open-brain surgery. And my favourite quote of the day from the Daily Quote podcast this week is from Robert Louis Stevenson, who once said: "Don't judge each day by the harvest you reap but by the seeds that you plant." Listen to an inspiring quote every single day—follow The Daily Quote in your podcast app of choice.That’s it for today’s episode of Great News. From universal vaccines and energy-storing buildings to life-saving drones, science and innovation are moving faster than ever to solve the world's toughest problems. These aren’t just possibilities; they are happening right now. If you love this content, be sure to follow, subscribe, and share it with someone who needs a little positivity today. Until next time, keep looking for the good in the world, because it’s not only there—it’s everywhere.

Jan 3

Reporting from my secret underground lair, here are the latest stories from greatnewspodcast.com, brought to you by The Daily Quote, a podcast designed to kickstart your day in a positive way. If you are tired of the doom and gloom from mainstream media, you’ll find none of that here. Instead, we bring you the inspiring developments making our world a better place. I’m Andrew McGivern, and today we are exploring some truly mind-blowing medical and environmental breakthroughs.What if a terminal disease like ALS could be completely reversed using AI-guided "fever therapy"? That is our lead story today. Plus, we’ll look at a new toothpaste made from hair that can regrow your tooth enamel, a super-kelp that is healing our oceans while making delicious hot sauce, and a vaccine that could end deadly food allergies forever.Stay tuned for our speed round, where we’ll cover everything from self-healing bones to EV batteries that charge in just ten minutes. Our lead story today is a medical milestone that many thought was impossible. The BTT Medical Institute has documented what they describe as the first confirmed case of a total reversal of Amyotrophic Lateral Sclerosis, or ALS.The patient, a 56-year-old woman, saw her condition progress despite standard treatments. However, after undergoing a novel, non-invasive therapy called Computerized Brain‑Guided Intelligent Thermofebrile Therapy (CBIT), she experienced a full recovery. This AI-controlled system modulates brain temperature in real time to induce a therapeutic “fever,” which triggers the body to clear away the misfolded proteins linked to the disease.Formal clinical trials are set to begin in early 2026 to see if this incredible success can be replicated for others. If you like the Great News Podcast, you'll love the Great News Letter because the Great News Podcast is great, but the Great News Letter is greater. You can find the link in the show notes. Moving from the brain to the mouth—scientists at King’s College London may have found the secret to permanent, cavity-proof teeth in a very unlikely place: your hair. In lab tests, scientists extracted keratin from wool and applied it to teeth, where it acted as a scaffold to attract calcium and phosphate ions, building a durable new shell. This biotech approach could hit the market in just two to three years, offering a sustainable, non-toxic alternative to plastic-based dental resins.Next, we head to the chilly waters of Alaska, where a "super-organism" is fighting climate change one foot at a time. Alaskan kelp can grow up to a foot in a single day, making it one of the fastest-growing organisms on Earth.A company called Barnacle Foods is turning this "bamboo of the sea" into everyday products like hot sauce and pickles. Why is this great news? Because kelp is an environmental powerhouse; it absorbs carbon dioxide from seawater, produces oxygen, and buffers ocean acidification.It’s also incredibly healthy for us, packed with natural iodine, magnesium, and omega-3s. By eating kelp-based chili crisp, you’re supporting a food system that requires zero fertilizer or freshwater and helps restore marine habitats. And now the speed round... That’s it for today’s episode of Great News. My favourite quote of the day from The Daily Quote podcast comes from Tony Robbins who once said, "The path to success is to take massive, determined action." - find it in your favorite podcast app or check the show notes for a link.From reversing ALS to healing the ocean with hot sauce, the world is becoming a better place through brilliant innovation. If you enjoyed this, please subscribe, share, and send it to someone who needs a boost today.Until next time, keep looking for the good in the world, because it’s

Oct 31, 2025

This episode is brought to you by The Daily Quote, a podcast designed to kickstart your day in a positive way. Link is in the show notes. Today we're diving into breakthroughs in medical care speed, AI decoding life, and global conservation wins. What if doctors could get life-saving genetic diagnoses for critically ill babies in just a few hours? That's our lead story. Plus, supercomputers deciphering the language of proteins, and new blood tests that can spot over 50 types of cancer. First up: The New World Record for Fastest Human Whole Genome Sequencing. Medicine is entering a new era of speed, and it's saving tiny lives. Boston Children's Hospital, working with Broad Clinical Labs and Roche Sequencing Solutions, has set a Guinness World Record for the fastest human whole genome sequencing. And this isn't just a fun record—it's a massive clinical breakthrough. The team successfully sequenced and analyzed human samples, with the fastest taking less than four hours to provide data on genetic variants from extracted DNA. Why is this huge? Currently, rapid genomic sequencing can take days, but many critical care decisions in the NICU need to happen in a matter of hours. According to Dr. Monica Wojcik, this workflow means they could potentially send out a genome sequencing sample from a baby in the morning and have the diagnosis and report that same afternoon. In the NICU, a few hours could mean the difference between unnecessary procedures and targeted, life-saving treatment. This breakthrough brings us one step closer to integrating point-of-care genome sequencing into standard critical care. Now, let's talk about artificial intelligence and its war on disease. We have two incredible stories here, both centered on detection and decoding. First: an AI-powered supercomputer is decoding the language of proteins. Scientists at the University of Glasgow used the Tursa supercomputer—an advanced machine normally reserved for cosmic research—to create a protein language model called PLM-Interact. Here's why this matters: proteins are the workhorses of life, essential to cellular structure and all biological processes. Their interactions are crucial, and disruptions in these protein-to-protein interactions often signal the start of diseases like cancer and genetic disorders. Viruses even exploit them to replicate. And speaking of crucial detection, let's look at two major advances in cancer identification. Google showcased DeepSomatic AI, a tool that accurately identifies cancer-causing genetic mutations. DeepSomatic achieved approximately 98% accuracy on a key benchmark. Meanwhile, a massive trial shows great promise for the Galleri blood test, which can detect fragments of cancerous DNA circulating in the blood. Results from a North American trial involving 25,000 adults showed that the Galleri test identified a wide range of cancers. Here's what's crucial: three-quarters of the cancers detected were types that currently have no screening program—like ovarian, liver, stomach, bladder, and pancreatic cancer. More than half the cancers were detected at an early stage, when successful treatment or cure is most likely. The test also correctly ruled out cancer in over 99% of those who tested negative. Researchers believe this could fundamentally change the approach to cancer screening. All right, let's dive into the speed round for even more great news from around the world. Green sea turtles have been reclassified from 'endangered' to 'least concern' The population of rare snow leopards in Himachal Pradesh, India, has surged by 62% in four years Bay scallops are experiencing an unprecedented comeback on Virginia's Eastern Shore China's air quality policies led to a swift reduction in particulate pollution, which declined by 41% between 2013 and 2022 Until next time, keep looking for the good in the world—because it's not only there, it's everywhere.

Jun 23, 2025

The Daily Quote podcast page The Great News Podcast page The Great News Letter CONTACT ME Recorded in my secret underground layer, here are the latest great news stories from greatnewspodcast.com. Brought to you by the Daily Quote - a podcast designed to kickstart your day in a positive way. Tired of all the Doom and Gloom news from Mainstream Media? You'll get none of that here... Instead, you'll find inspiring stories and developments making the world a better place. I'm Andrew McGivern and this is the Great News Podcast. Today... we're diving into some truly groundbreaking advancements in medicine, technology, and even space exploration. What if Doctor's could just rewrite a baby's DNA to save its life from a deadly genetic disorder? That is our lead story today. Plus we have a mask that can detect kidney disease, a startup that plans to mine the moon for Helium-3, and a new concrete that can heal itself! And don't forget to stick around for the speed round where we dive into even more great news. First up, our lead story, a medical first that could change lives: Doctors rewrite baby’s DNA to save his life — a world first. In a groundbreaking medical first, doctors in the U.S. have successfully used gene editing to treat a baby with a rare and deadly genetic disorder. Baby KJ was born with CPS1 deficiency, a condition so rare it affects only 1 in 1.3 million people. It prevents the body from clearing ammonia—a toxic waste product—which can build up quickly and cause severe damage to the brain and organs. Most babies with this condition don’t survive infancy. But thanks to a custom-made gene therapy, KJ now has a fighting chance. A team at the Children's Hospital of Philadelphia and the University of Pennsylvania: Designed and tested a personalized DNA repair treatment in just six months. Used a high-precision tool called base editing to change just the right “letter” in KJ’s DNA—without cutting the DNA strand. KJ received his first dose in February, and follow-up treatments in March and April. So far, results are promising: he can now eat more protein, and doctors have reduced the medications that help flush out toxins. While it's still early days, this success shows how gene editing could transform treatment for many genetic diseases—starting right after birth. Now.. If you like the great news podcast, you'll love the great news letter. Because the great news podcast is great, but the Great News Letter is Greater. Link is in the show notes. Moving on to a mask that can sniff out Kidney Disease. Face mask that smells disease? It’s real—and it’s 93% accurate. Scientists in Italy have turned a regular face mask into a powerful medical tool. By adding tiny gas sensors to a standard FFP2 mask, they’ve created a wearable device that can detect chronic kidney disease (CKD) just by analyzing your breath—with more than 93% accuracy. Here’s how it works: The mask has four miniature sensors that pick up chemicals in your breath. These include substances like ammonia and acetone, which build up in the body when the kidneys aren’t working properly. Each sensor responds to different compounds, helping the system spot a unique “breathprint” of kidney disease. This is huge because diagnosing CKD normally involves blood and urine tests, which can be invasive, expensive, and hard to access in some parts of the world. This smart mask makes it fast, non-invasive, and portable. Even better? The researchers believe this tech could eventually detect other illnesses—like diabetes, liver disease, or even some cancers—just from your breath. After years of wearing masks, turning them into health monitors might be the next big thing in preventive medicine. And now lets look up at the stars.... A U.S. Startup Plans to Mine the Moon for $20 Million-per-Kilo Fuel A Seattle-based company called Interlune is aiming to be the first to mine the Moon—and not for gold or water, but for something even rarer: helium-3. This unusual isotope could one day power clean nuclear fusion and revolutionize quantum computing, and the Moon is loaded with it. What’s helium-3? It’s a non-radioactive version of helium. Extremely rare on Earth (mostly made in nuclear reactors). But the Moon, exposed to solar winds for billions of years, has a rich supply. What’s the plan? Interlune has built a robotic excavator that can dig 3 meters into the Moon’s surface and process 100 tons of lunar dust per hour. The helium-3 is extracted on the Moon, not brought back in raw form. The company has already signed deals—including one with the U.S. Department of Energy—and aims to deliver helium-3 to Earth by 2029. Why it matters: Fusion energy using helium-3 could be cleaner and safer—no radioactive waste. It also helps reach ultra-cold temperatures needed for quantum computing. One kilo of helium-3 might be worth $20 million, but the potential to power the future makes it priceless. Interlune’s three-step plan: find it, test it, and mine it—could mark the start of a lunar economy. And this isn't science fiction - this plan is already set in motion! Now back to earth... Concrete That Heals Itself—With Microbes and Sunlight Concrete is everywhere—second only to water in global use—but it has one major flaw: it cracks, letting in water and gases that can corrode structures. Repairs cost the U.S. tens of billions every year. Now, scientists at Texas A&M University have developed a self-healing concrete that repairs its own cracks using microbes, inspired by lichen—the hardy organisms found growing on rocks in harsh environments. How it works: Cyanobacteria inside the concrete use sunlight and carbon dioxide to grow. Filamentous fungi partner with them to produce minerals that seal cracks. All it needs is light, air, and water—no added nutrients or chemicals. Unlike older self-healing concretes that required external feeding, this new system is fully autonomous and works even in the tough conditions inside concrete. Why it matters: Could cut infrastructure repair costs dramatically. Boosts the durability and safety of buildings, bridges, and roads. May even work in extreme environments—think disaster zones, deserts, or even outer space. Nature-inspired and low-maintenance, this concrete could literally build a better, smarter world—one crack at a time. Alright, let's dive into the speed round for even more great news! 3D-Printed Bone Grafts Tailored to You: Scientists created a printable material that mimics real bone and can be custom-shaped from CT scans—offering personalized implants that might replace metal hardware and even help pets avoid amputations. Leak-Proof, Eco-Friendly AC Tech: A startup’s new solid “barocaloric” materials could replace harmful AC gases, cutting emissions by 75% with a suitcase-sized, leak-proof cooling system — first for big buildings, then homes. Cheap, Super-Efficient Uranium From Seawater: Chinese scientists invented a low-energy, low-cost electrochemical method that captures 100% of uranium from seawater in 40 minutes — slashing costs and boosting nuclear fuel supply. And finally... RSV Hospitalizations in Babies Plummet: New maternal vaccine and antibody treatments cut RSV hospital stays by over half in infants this season — a major win against a top cause of baby hospitalizations. And my favourite quote of the day from the Daily Quote podcast this week is from Robert Louis Stevenson, who once said, Don’t judge each day by the harvest you reap but by the seeds that you plant. To listen to an inspiring quote every day follow the Daily Quote in your podcast app of choice - link in the show notes. That's it for today's episode of Great News! From life-saving gene editing and innovative health tech to harnessing lunar resources and building smarter infrastructure, science and innovation are moving faster than ever, solving problems we once thought were unsolvable. These aren't distant possibilities; we're seeing them happen right now. If you loved this content, be sure to follow, subscribe, share, and send it to someone who needs a little positivity in their day! Until next time, keep looking for the good in the world, because it's not only there, it's everywhere.

Jun 5, 2025

The Daily Quote podcast page The Great News Podcast page The Great News Letter Voicemail feedback line – 1-877-636-1474 CONTACT ME Recorded in my secret underground layer, here are the latest great news stories from greatnewspodcast.com. Brought to you by the Daily Quote - a podcast designed to kickstart your day in a positive way . Tired of all the Doom and Gloom news from Mainstream Media? You'll get none of that here... Instead, you'll find inspiring stories and developments making the world a better place. I'm Andrew McGivern and this is the Great News Podcast. Today... What if a new technology could reshape the EV industry. A New Sodium Ion Battery may do just that! That's our lead story today, plus we have iPS Cells showing early promise for Parkinson's treatment and Engineered Brain Cells offer new hope for Alzheimers. And stick around to the end for the speed round where we'll dive into even more great news. Our lead story comes from the world of electric vehicles, where a major player is set to introduce a battery technology that could reshape the industry. Chinese battery giant, Contemporary Ampere Technology (CATL) , the world's leading EV battery producer, just unveiled a new sodium-ion battery line called Naxtra—and it could shake up the electric vehicle industry. Unlike lithium-ion batteries, sodium-ion tech promises lower costs, better safety, and strong cold-weather performance—a big win for EV drivers in colder climates. The first Naxtra units, expected to roll out this June, will power heavy-duty vehicle starters. But by December, CATL plans to scale up for use in fully electric and hybrid passenger cars, offering a 500 km or 310-mile range per charge. With comparable energy density to current lithium iron phosphate batteries, Naxtra could be a real competitor—especially if it delivers on CATL’s vision to replace half of today’s lithium-based batteries. The only roadblock? U.S. tariffs on Chinese imports might slow down adoption in North America. Still, with CATL batteries already powering over 18 million cars globally, this move could mark a major turning point for the EV future. Now.. If you like the great news podcast, you'll love the great news letter. Because the great news podcast is great, but the Great News Letter is Greater. Moving to the health sector, Good news for people with Parkinson’s disease: A new clinical trial in Japan is showing promising results using a breakthrough treatment that involves transplanting lab-grown brain cells. Scientists used special stem cells to create dopamine-producing brain cells—the kind that are lost in Parkinson’s. They then carefully implanted these cells into the brains of seven patients aged 50 to 69. After two years, these new cells were still alive, working properly, and helping improve movement in the patients. Here’s what’s exciting: The treatment appeared safe. No one had any serious side effects like infections, tumors, or hospitalizations. Most side effects were mild, like itching where the treatment was given. And the results showed real benefits: Patients moved better, with a 20% improvement off their meds and nearly 36% improvement when on medication. Brain scans showed a major increase in dopamine—the chemical that helps control movement and is lacking in Parkinson’s. The transplanted cells were carefully chosen to match the patients’ immune systems, reducing the risk of rejection. After 15 months, doctors even stopped giving immune-suppressing drugs, and the cells still worked without causing problems. What’s next? The study was small and didn’t include a placebo group, so more research is needed. But this trial is a major step forward, showing that replacing lost brain cells might one day become a real treatment for Parkinson’s. And while we are on the topic of Neurological Health our next story offers a glimmer of hope for Alzheimers. Scientists may have found a smart new way to treat Alzheimer’s—by turning brain cells into tiny delivery vehicles. Researchers at the University of California, Irvine, have engineered special immune cells in the brain, called microglia, to act like couriers that deliver medicine directly to where it’s needed. These lab-made cells are designed to detect early signs of brain disease, like the toxic plaques seen in Alzheimer’s, and respond by releasing proteins that help clean them up. Here’s how it works: Using stem cells and CRISPR gene editing, scientists created microglia that release a plaque-busting enzyme only near problem areas in the brain. In mice with Alzheimer’s-like symptoms, these engineered cells reduced plaque buildup, protected brain cells, and lowered signs of inflammation and damage. This approach offers big advantages: It bypasses the blood-brain barrier, a major hurdle in brain treatment. It only activates where there’s disease, making it precise and safe. It might even work for other conditions like brain cancer and multiple sclerosis, based on early tests. Though human trials are still a ways off, this strategy holds real promise. Because the cells come from a patient’s own body, it might also lower the risk of rejection. In short, scientists may have found a way to turn the brain’s own immune system into a high-tech treatment team, opening up new hope for Alzheimer’s and beyond. And now for a quick rundown of even more great news in the speed round. Fighting cancer with gentle electricity? New research shows that using low-power electrical pulses—not strong enough to destroy tumors—might still help the body fight cancer in a powerful way. This approach, called sub-ablative H-FIRE, doesn’t aim to kill cancer cells directly. Instead, it works by subtly reshaping the tumor’s environment, making it easier for the immune system to recognize and attack the cancer. Here’s what scientists found: Within a day, more blood vessels formed around the tumor. By day three, more lymphatic vessels—which help move immune cells—also appeared. These changes may act like turning the tumor into a “beacon,” helping immune cells find and fight it more effectively. This technique could be especially useful when combined with immunotherapy treatments, such as checkpoint inhibitors or T-cell therapies, potentially making them work even better. In short, instead of blasting tumors with high-powered energy, this gentler method invites the immune system to do the fighting—and may boost the success of other cancer treatments in the process. And also in health news... CRISPR gene editing just got a lot safer and smarter—thanks to machine learning. Scientists at Mass General Brigham have developed a powerful computer program called PAMmla that can predict how millions of gene-editing enzymes might behave. CRISPR is a revolutionary tool that lets scientists edit DNA, but it’s not perfect. Sometimes it makes changes in the wrong place, which can be risky. That’s where PAMmla comes in. It uses machine learning—a form of artificial intelligence—to analyze about 64 million possible enzyme variations and predict which ones are safest and most accurate for specific tasks. This means: Fewer off-target mistakes when editing genes A much bigger selection of enzymes tailored for different medical or research uses In short, PAMmla gives scientists a smarter way to choose the best tools for gene editing, making future treatments safer and more precise. And finally... A decades-old vitamin mystery has just been solved. Scientists have confirmed a theory from 1958 that vitamin B1 (also known as thiamine) can turn into a special type of molecule called a carbene—a highly reactive chemical that helps spark important reactions in the body. Until now, this carbene was thought to be too unstable to exist in water. But researchers finally found a way to keep it safe: they created a special "suit of armor" around the molecule to protect it from breaking down. As a result, they were able to see the carbene stay intact in water for months—something no one had done before. This is a big deal for both science and real-world applications: It confirms a theory that had been unproven for 67 years. It could lead to greener ways to make medicines and materials, by using water instead of harmful chemicals in the process. So not only did scientists solve a long-standing mystery—they may have opened the door to more eco-friendly chemistry in the future. And my favourite quote of the day from the Daily Quote Podcast this week is from Judy Garland , who once said: “Always be a first-rate version of yourself, instead of a second-rate version of somebody else.” To get a Daily Quote everyday check out the link in the show notes. That's gonna do it for this episode of the Great News Podcast. From new Sodium Ion batteries revolutionizing the EV industry to cutting edge breakthroughs in Parkinson's and Alzheimer's disease. The future is looking incredibly bright. The take away - science and innovation are moving faster than ever. Solving problems we once thought were insolvable. And the best part, these aren't distant future technologies.. we are seeing them happen right now. If you love this content be sure to follow, subscribe, share and send it with someone who needs a little more positivity in their world. Until next time, keep looking for the good in the world because it isn't only there... its everywhere!

Apr 23, 2025

The Daily Quote podcast page The Great News Podcast page The Great News Letter Voicemail feedback line – 1-877-636-1474 CONTACT ME Recorded in my "Secret" Underground Layer... here are the latest Great News stories from greatnewspodcast.com, brought to you by - the Daily Quote - a podcast designed to kickstart your day in a positive way . Tired of all the doom and gloom news from Mainstream Media. You'll get none of that here. Instead you'll find inspiring stories and developments making the world a better place! I'm Andrew McGivern and this is the Great News podcast . Today... Ever worried about plastic pollution? Well, what if I told you that bacteria are brewing biodegradable plastic? That’s our lead story today! Plus, we’ve got electric cars that charge in just five minutes, paralyzed patients walking again thanks to brain-spinal implants, AI helping detect Parkinson’s, and a potential breakthrough in reversing brain aging. And stick around for the Speed Round, where we’ll rapid-fire through even more Great News. So, let’s jump right in! LEAD STORY: Plastic-Eating Bacteria That Brew Biodegradable Plastic Source: Interesting Engineering Plastic waste is one of the biggest environmental headaches of our time. But what if nature could solve the problem for us? Enter a tiny hero: methane-consuming bacteria! Scientists have engineered special bacteria that gobble up methane—yes, that powerful greenhouse gas—and transform it into biodegradable plastic. That means we could be tackling two major environmental issues at once: reducing methane emissions and cutting down plastic pollution. Why is this a Big Deal? Methane is about 25 times more potent than CO2 in trapping heat. These bacteria could be farmed at landfills and dairy farms—both major methane emitters—turning pollution into useful materials. The resulting plastic is biodegradable, meaning it won’t stick around in landfills for centuries like traditional plastic. Now, this isn’t the first time we’ve seen microbes working their magic. Scientists have previously explored bacteria that eat plastic waste in oceans, but the added twist here is that these new bacteria start with methane, an otherwise problematic gas. And get this—researchers are also working on turning CO2 into biodegradable plastic, meaning we might soon have multiple microbial solutions fighting pollution from all angles. So, could future plastic be 100% made by bacteria? It’s looking more and more likely! If you like the GREAT NEWS podcast you'll love the GREAT NEWS LETTER because the GREAT NEWS podcast is GREAT but the GREAT NEWS LETTER is GREATER! - subscribe link is in the show notes. Let’s move from bacteria to batteries—because what if charging your electric car took about as long as filling up a gas tank? FEATURE STORY: Five-Minute Charging for Electric Cars! Source: Singularity Hub One of the biggest concerns people have about switching to electric cars is charging time. But that’s about to change! Chinese automakers are rolling out EVs that can charge in just five minutes—yes, as fast as a gas station pit stop. This ultra-fast charging is made possible by next-gen battery tech and advanced charging stations that can handle 700 kW+ power levels. The result? You could add hundreds of miles of range while barely having time to check your phone notifications. Why does this matter? No more "range anxiety"! Faster charging means more people will adopt EVs, cutting carbon emissions faster. This could be a major turning point in the fight against fossil fuels. Speaking of tech breakthroughs, let’s talk about something truly life-changing—helping paralyzed patients walk again. FEATURE STORY: Brain-Spinal Implant Helps Paralyzed Patients Walk Again Source: Interesting Engineering Imagine being told you’ll never walk again—only to regain mobility thanks to a tiny device in your spine. That’s the reality for patients benefiting from a new brain-spinal implant developed in China. This AI-driven neural interface helps the brain bypass spinal cord injuries, sending signals directly to the legs. Early trials have shown paralyzed individuals regaining the ability to walk—a milestone once thought impossible. We’re witnessing the future of neurotechnology, folks. And speaking of futuristic breakthroughs, what if we could slow down brain aging? FEATURE STORY: AI Unlocks Secrets to Slowing Brain Aging Source: Singularity Hub A massive AI-powered study has pinpointed genes linked to brain aging—and even identified drugs that could slow down the process. Why is this huge? Slowing brain aging could reduce the risk of diseases like Alzheimer’s and Parkinson’s. This could lead to customized anti-aging treatments based on your genetic profile. AI is revolutionizing medicine, analyzing millions of genetic data points at speeds no human scientist ever could. And speaking of health breakthroughs, let’s dive into the Speed Round! SPEED ROUND New Heart Disease Diagnostic Tool (Inside Precision Medicine) A low-cost NMR diagnostic tool shows promise for early heart disease detection, making screenings more accessible and affordable. New Antibiotic Fights Drug-Resistant Fungal Pathogens (Inside Precision Medicine) Scientists have developed Mandimycin, a powerful antibiotic that could fight against multidrug-resistant fungal infections. Weight Loss Drug Semaglutide Shows Promise for Alzheimer’s (ScienceAlert) A medication originally used for weight loss might also reduce Alzheimer's symptoms, opening new treatment possibilities. Anti-Amyloid Drug May Help Prevent Alzheimer’s Dementia (MedicalXpress) New research suggests that targeting amyloid buildup in the brain could slow down or even prevent Alzheimer’s-related dementia. Powerful MRI Scans Reveal Life-Saving Details (MedicalXpress) Next-gen MRI scans provide unprecedented detail, making it easier to diagnose diseases earlier and more accurately. And my favourite quote of the day from the Daily Quote podcast this week is from Confucius - Wherever you go, go with all your heart. Follow the Daily Quote if you want to get a Daily Quote every day. That's it for today's episode of Great News From bacteria brewing biodegradable plastic to five-minute EV charging, AI unlocking the secrets of brain aging, and paralyzed patients walking again, the future is looking incredibly bright. The takeaway? Science and innovation are moving faster than ever, solving problems we once thought were unsolvable. And the best part? These aren’t distant future technologies—we’re seeing them happen right now. If you loved this content, be sure to follow, subscribe, share, and send it to someone who needs a little positivity in their day. Until next time, keep looking for the good in the world—because it’s not only there its everywhere .

Apr 4, 2023

The Great News Podcast is brought to you by Podcast Hero. To learn the FOUR P’s of PODCASTING head on over to podcasthero.com and start your own show. Tired of all the doom and gloom news from mainstream media, you’ll get none of that here… Instead, you’ll find inspiring stories and developments that are making the world a better place! Get the Full Show Notes at Great News Podcast Today’s Great News: A New Genetic Discovery Leads to Breakthrough in Lung Cancer Treatment Why can’t I fall asleep at night? Research results shed some light on the problem. Ultralight fabric solar cell can turn any surface into a power source A Breakthrough Medical Procedure can Eliminate Prostate Cancer in One Hour. A New Blood Test Identifies over 50 Types of Cancer in a Breakthrough in Early Cancer Detection.

Apr 2, 2023

The Great News Podcast is brought to you by Podcast Hero. To learn the FOUR P’s of PODCASTING head on over to podcasthero.com and start your own show. Tired of all the doom and gloom news from mainstream media, you’ll get none of that here… Instead, you’ll find inspiring stories and developments that are making the world a better place! Get the Full Show Notes at Great News Podcast Today’s Great News: Experimental Compound Shown to Block Effects of both Opioid and Non-Opioid Drugs Cancer mRNA Vaccine Completes Pivotal Trial Apple waste may find use in health-boosting chicken feed A New Low-Output Battery Could Last for 1000’s of Years and Power the Internet of Things A New Global Poverty Indicator is discovered. The most electrifying indicator in Economics.

Mar 31, 2023

The Great News Podcast is brought to you by Podcast Hero. To learn the FOUR P’s of PODCASTING head on over to podcasthero.com and start your own show. Tired of all the doom and gloom news from mainstream media, you’ll get none of that here… Instead, you’ll find inspiring stories and developments that are making the world a better place! Get the Full Show Notes at Today’s Great News: Human Brain Tissue Implanted in Mice Responds to Light Just Like Other Brain Tissue. A New “Heat Engine” Produces Electricity With Zero Moving Parts Using Unrecyclable Plastic Waste in Road Asphalt The Airline Industry May Soon be Disrupted by “Flying Air Taxis” The Size and Scope of the Mayan Empire is revealed by LiDAR Survey in Guatemala. Iceland sets the goal to be the first carbon-neutral country

Mar 30, 2023

The Great News Podcast is brought to you by Podcast Hero. To learn the FOUR P’s of PODCASTING head on over to podcasthero.com and start your own show. Tired of all the doom and gloom news from mainstream media, you’ll get none of that here… Instead, you’ll find inspiring stories and developments that are making the world a better place! Get the full show notes at GreatNewsPodcast Today’s Great News: Study Shows There is a Link Between Fluid Consumption and Aging New Zinc Anode “water battery” is greener and safer than lithium-ion batteries Potential New Treatment for Obesity Targets Fat Cells Anywhere in Your Body 50-Year-Old Blood Pressure Medication Could Help People Suffering from PTSD Genetically Modified Bacteria is designed to release Rheumatoid Arthritis treatment from within the body Subscribe to the Great News Letter

Mar 29, 2023

The Great News Podcast is brought to you by Podcast Hero. To learn the FOUR P’s of PODCASTING head on over to podcasthero.com and start your own show. Tired of all the doom and gloom news from mainstream media, you’ll get none of that here… Instead, you’ll find inspiring stories and developments that are making the world a better place! Today’s Great News: Getting out for walks reduces the risk of Alzheimer’s Disease and Dementia What is the secret recipe for Fatty Liver disease? - Fast Food Green Mediterranean Diet Proven to reduce visceral fat New Synthetic molecule that can seek and destroy cancer cells Study shows type 2 diabetes and possibly other chronic diseases can be cured with Live Bacterial Therapeutics

Mar 27, 2023

The Great News Podcast is brought to you by Podcast Hero. To learn the FOUR P’s of PODCASTING head on over to podcasthero.com and start your own show. Tired of all the doom and gloom news from mainstream media, you’ll get none of that here… Instead, you’ll find inspiring stories and developments that are making the world a better place! Today’s Great News: A new protein discovered that can reverse muscle aging Healthy behaviors reduce the risk of cognitive decline expecting mothers can protect kids from heart disease before they are born A wearable heart monitor the size of a postage stamp can scan your heart while on your daily routine Simple hydrogel injection can substantially relieve lower back pain Micronuclear reactors may be the future of power

Mar 21, 2023

The Great News Podcast is brought to you by Podcast Hero. To learn the FOUR P’s of PODCASTING head on over to podcasthero.com and start your own show. Tired of all the doom and gloom news from mainstream media, you’ll get none of that here… Instead, you’ll find inspiring stories and developments that are making the world a better place! Today’s Great News: A New More Effective Sunscreen Has Been Developed That Does NOT Harm Coral Reefs. New Tracking Technology Tracks Sharks as They are Born! Solar-powered reactor converts plastics and CO2 into sustainable fuels A New Wearable Voice Monitor Warns Voice Professionals When to Save Their Voice for Later. A New Discovery Could Lead to a New Way to Fight Cancer and Aging! All that and more is in the Great News Letter. Subscribe today!

Mar 20, 2023

The Great News Podcast is brought to you by Podcast Hero. To learn the FOUR P’s of PODCASTING head on over to podcasthero.com and start your own show. Tired of all the doom and gloom news from mainstream media, you’ll get none of that here… Instead, you’ll find inspiring stories and developments that are making the world a better place! Today’s Great News: A recent international meta-analysis found that children raised by same-sex parents are not developmentally disadvantaged compared to those raised by heterosexual parents Recently approved Diabetes Drug can be used by people without Diabetes for Weight Loss Weight Watchers pivots to a pharma-based solution to weight loss A rare bird not seen for 24 years has been discovered alive in the forests of Madagascar Researchers have made a major breakthrough in cellular reprogramming and organ regeneration All that and more is in the Great News Letter. Subscribe today!

Mar 16, 2023

The Great News Podcast is brought to you by Podcast Hero. To learn the FOUR P’s of PODCASTING head on over to podcasthero.com and start your own show. Tired of all the doom and gloom news from mainstream media, you’ll get none of that here… Instead, you’ll find inspiring stories and developments that are making the world a better place! Today’s Great News: Potential New Alzheimers Disease Treatment Reduces Amyloid Paque by up to 80% A Hormone Injection May Sober You Up Quicker When You are Really Drunk Bumble Bees Can Learn (and TEACH) How to Open a Puzzle Box China Sets New Rules for Gene Editing of Humans The High-Seas Treaty is Set to Protect up to ONE-THIRD of the World's Oceans! All that and more is in the Great News Letter. Subscribe today!

Mar 13, 2023

Read the full show notes > Great News episode 2 Today's Great News Brain Damage may be reversible thanks to brain organoids Spending time in nature can reduce the need for pharmaceutical drugs New medical whip cream oxygenates tumors to make cancer treatment more effective GMO Worms can detect air pollutants and alert us by glowing! Could our microbiomes be contagious? A study says... yes!

Jan 20, 2022

The Great News Podcast is brought to you by podcasthero.com. For information on how to start a podcast go to www.podcasthero.com. Tired of all the doom and gloom news from mainstream media? You'll get none of that here. Instead, you'll find inspiring stories and developments that are making the world a better place. Today… In the first episode of the Great News Podcast, I want to go over the 4 main reasons I wanted to start this show. Mainstream media news is strongly biased toward bad news. Why is that? We tend to think the statel'état of the world is getting worse over time! But is it? People are happier when they understand that things are getting better and I want to spread the word. What are my assumptions and inspirations for creating this show? What resources and content sources am I using? My name is Andrew McGivern and this is the Great News Podcast. Why is the mainstream media so biased toward bad news? Bad news s ells newspapers and gets clicks and attention. We are wired to respond to bad news in a more aggressive way. Our fight or flight response kicks in when we see a bad news headline. This is baked into our genes. Our ancestors that didn't respond this way didn't pass on their genes. Bad news happens suddenly and good news happens incrementally. An earthquake or plane crash happens suddenly and has serious consequences. Cancer research and breakthroughs happen slowly over time. Pr oblems get solved and we move on to other problems. The focus is on the current problems. We forget about all the great solutions of the past and give greater importance to the problems we are facing. The Great News Podcast is great, but the Great News Letter is greater… [SmartQuizBuilder id=12][/SmartQuizBuilder] Don't miss the next issue… One of my favorite books is Factfulness by Hans Rosling. In the book, they talk about the gap between our perceptions of the world and reality. We think the world is far worse than it is and that it is getting worse year over year. Well, the world, in general, is better than we think in almost every measurable way and the trend is that it is getting better over time. And has been getting better for a long time. Of course, that doesn't mean that everything is great and we can stop trying to make things better. Just because the world is better than it has ever been doesn't mean that it is acceptable… we can and should continue to make things better. And I believe the evidence is overwhelming that we are improving. And the more we work towards a better future the faster we will get there. The authors of Factfulness have a great organization and website over at gapminder.com. There, they have quizzes you can take which will test your knowledge about the world and whether or not you have a reality-based worldview. In the book, they explain that most people score poorly on the Gapminder tests. Most people believe the world is much worse than it actually is. Why do we have such negative views of the world? It isn't all the mainstream media's fault. We were taught in school about the developing world and how bad the conditions are there. They live in absolute poverty without access to clean water or sewage systems. No vaccinations or basic medicalmédical care. What we don't realize is that the developing world has developed over time and now there are only a handful of countries in absolute poverty. But some countries are still in regular poverty which is still not so good. A lot of these countries are not satisfied with regular poverty and are working towards joining the rest of the developed world in prosperity. Have you ever heard people say that they don't want to bring children into this horrible world? When I hear that the first thing I ask is when would it have been better? At what time in history would it be better to have children? 20 years, 30 years, 100 years, or 300 years. In the book Your World, Better by Charles Kenny, he gives a great example of what life was like 300 years ago. If you were living in France and were the richest and most powerful man in Europe, King Louie 14th, would that be a better era to have children? Well, King Louie had five children. Two of them died before they reached six months of age. Another two died before reaching the age of five! And the other died before he did at the age of fifty. His wife also passed away early. All of them died of infections that would not be fatal today. One of them died from Small Pox which doesn't even exist today. Certainly, that was a bad time to have children if they were likely to suffer and die young. But what about the quality of life for those that survived? King Louie and his family and 350 others lived in Versailles. An opulent palace and the best place in Europe to live at the time. But there were no toilets. Some people had pots that they could use which would be removed from their rooms but others just had to go in the corner of the room. Almost everyone was illiterate and if you could read, most books were banned and the ones that weren't were so expensive nobody could afford them. And there was no electricity. Versailles was lit by 6000 candles. Today the poorest people in the developed world can buy some LED lights that emit more light than all those candles combined. Now imagine how life was for the regular people living outside the palace… It would be unbearable for most of us. We could do this exercise for 200 years, 100 years, or 50 years ago. And the closer it gets to NOW the better life is. There are more opportunities and equality than there have ever been in history. People get depressed when they look at the sickness, violence, racism, and oppression happening around the world. But if you ask compared to when, you will see that all of these horrors have been decreasing over time. And are at all-time lows... and there is no reason to believe the trend will not continue. People feel more empowered when they believe things are getting better. People who understand that the world is progressively improving are happier. It has been shown that people who write a gratitude journal feel better about their lives. And are happier as a result. I believe that if you think the world is going to hell on a handbasket and there is no hope for redemption then that belief leaves you disheartened and apathetic. How would that person feel if they realized things are not as bad as they thought? In fact, they are better than they have ever been in history. That there are people who are working hard to improve the world and they are succeeding. And that they have the power to make a difference. That is the ultimate goal of this podcast. What assumptions am I making? What sources am I using? The assumptions I'm making in this podcast are that technology and human innovation is a double edge sword. We can use it for good or we can use it to destroy ourselves. Whether true or not… I'm assuming we are working towards a common good. And that we will not destroy ourselves. I am inspired by the work of economist Julian Simon, Dr. Hans Rosling, Elon Musk, and great minds like Albert Einstein, I draw from great resources like Gapminder, Human Progress, New Atlas, the conversation, optimist daily, and more. A full list of good news resources is in the show notes. If this show interests you then I encourage you to follow or subscribe (it's free) in your favorite podcast app. And if you like the great news podcast then you'll love the great newsletter. Get the sources and good news stories delivered to your inbox. The Great News Podcast is Great but the Great News Letter is GREATER. Start your day with some great news. So in future episodes, we will look at some progress we've made over time. There will be a few different formats for the Great News Podcast. Most episodes will feature the great news of the day. It will be a potpourri of good news items of that day. Other episodes will be themed covering a problem and some current solutions. The topics I want to cover include deforestation, mass extinction, climate change, water shortages, pollution, violence and crime, and more. The third format will be called Feedback Friday and that is where you get to participate. Once the show grows enough to generate comments, questions, and suggestions from the audience then I will start doing these episodes. If you have a question you can email me at andrew@greatnewspodcast.com or call toll-free at 1-877-636-1474 and leave a voice mail so that I can play in the show. I will also monitor @greatnewspod on Twitter, Instagram, and Facebook pages for feedback as well. Of course, I would prefer to hear your voice so if you can call in the feedback that is the best option. If you don't remember the number you can always go to greatnewspodcast.com/feedback.

Jan 10, 2022

Tired of all the Doom and Gloom News from Mainstream Media... You'll get none of that here. Instead, you'll find inspiring stories and developments that are making the world a better place.