Can machines genuinely think, or are they simply becoming extraordinarily good at imitating thought? In this episode of Compact Science, Naomi Price explores the history and development of artificial intelligence, from Alan Turing's famous question and the birth of AI research in the 1950s to machine learning, neural networks, generative AI and today's increasingly capable systems. We examine how computers learn from data, why modern AI can produce convincing answers without necessarily understanding them, and whether intelligence, consciousness and creativity can ever truly exist inside a machine.

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#ArtificialIntelligence, #AI, #MachineLearning, #NeuralNetworks, #AlanTuring, #ComputerScience, #Technology, #SciencePodcast, #CompactScience

In this episode of Compact Science, Naomi Price explores the science behind climate change. We look at the greenhouse effect, the gases that trap heat in Earth's atmosphere, and the human activities that have increased them. From rising temperatures and melting ice to sea level rise, extreme weather and renewable energy, this episode explains what climate change is, why scientists are so confident about the causes, and what can still be done to reduce the risks.

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#CompactScience, #SciencePodcast, #ClimateChange, #GlobalWarming, #GreenhouseEffect, #EarthScience, #ClimateScience, #Environment, #RenewableEnergy, #ScienceExplained

Photosynthesis is one of the most important processes on Earth, and thankfully, plants have been doing the hard work for hundreds of millions of years without asking for applause, wages, or a better desk chair. In this episode of Compact Science, Naomi Price explores how plants, algae, and some bacteria capture sunlight and use it to turn carbon dioxide and water into chemical energy. From chlorophyll and chloroplasts to glucose, oxygen, and the global food chain, this is the story of nature's solar power system, and why life as we know it depends on leaves quietly getting on with it.

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#compactscience, #photosynthesis, #biology, #sciencepodcast, #plantscience, #chlorophyll, #chloroplasts, #nature, #ecology, #scienceexplained

Quantum mechanics can sound like science hiding behind a locked door marked "probably impossible", but it is far more practical than it first appears. In this episode of Compact Science, Naomi Price explores how the weird rules of the quantum world help explain lasers, computer chips, MRI scanners, solar panels, atomic clocks, and even the devices we use every day. It is a story of particles, probabilities, and technology that quietly depends on nature being much stranger than common sense would prefer.

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#compactscience, #quantummechanics, #physics, #sciencepodcast, #quantumphysics, #moderntechnology, #lasers, #semiconductors, #mri, #scienceexplained

The Human Genome Project was one of the most ambitious scientific collaborations in history, a global effort to read the complete genetic instruction manual for human life. In this episode of Compact Science, Naomi Price explores how scientists mapped the human genome, why the project mattered, what it revealed, and how it continues to shape medicine, ancestry research, genetics and personalised healthcare today. It is the story of DNA, data, discovery, and the slightly awkward realisation that humans are not quite as genetically complicated as we once imagined.

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#compactscience, #humangenomeproject, #dna, #genetics, #genomics, #sciencepodcast, #biology, #medicalscience, #geneticresearch, #stemeducation

Could Mars ever become a second home for humanity, or is terraforming still more science fiction than science fact? In this episode of Compact Science, Naomi Price explores what it would take to warm the Red Planet, thicken its atmosphere, create liquid water, and make it safer for human life. From frozen water ice and sealed habitats to radiation, thin air, and the small inconvenience of needing centuries of technology we do not yet have, this is the story of one of humanity's boldest space ideas.

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#compactscience #terraformingmars #mars #redplanet #spaceexploration #planetaryscience #astronomy #sciencepodcast #spacepodcast #futuretechnology

What happens when the oceans absorb more carbon dioxide, and why does it put coral reefs at risk? In this episode of Compact Science, Naomi Price explores the delicate chemistry behind ocean acidification, how coral reefs support marine ecosystems, and why these extraordinary underwater worlds are under growing pressure from climate change. It is a clear, engaging look at one of the biggest environmental stories beneath the waves.

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#CompactScience, #CoralReefs, #OceanAcidification, #MarineBiology, #ClimateChange, #EnvironmentalScience, #OceanScience, #Ecology, #Biodiversity, #SciencePodcast

In this episode of Compact Science, Naomi Price explores supercomputers and quantum computing, two branches of technology that sound as if they should be guarded by dramatic lighting and someone saying "access denied" in a deep voice. We look at how supercomputers use enormous processing power to model weather, climate, medicine, physics, and engineering, before stepping into the stranger world of quantum computing, where qubits, superposition, and entanglement could change what computers are capable of solving. It is a journey through speed, scale, data, probability, and the slightly alarming possibility that tomorrow's machines may make today's laptops look like nervous calculators.

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#CompactScience #Supercomputers #QuantumComputing #Qubits #ComputerScience #FutureTechnology #ArtificialIntelligence #HighPerformanceComputing #Physics #NaomiPrice