Drop the STEM podcast

50 episodes listed below

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Young scientists talk research, competitions and life beyond the lab.

The gist

Drop the STEM podcast talks with young researchers whose projects run from osteoarthritis pathways to a shoe cushioned by magnetic levitation. The host keeps the mood warm and celebratory, and moves between the lab talk and questions about competition highlights, family and life outside the lab.

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About Drop the STEM podcast

Drop the STEM podcast gives young researchers the microphone and lets them talk about the work, the wins and the rest of their lives. The guests come with long lists of credentials. Elisha Johnston, introduced as a researcher in molecular biology, has worked on projects spanning craniofacial development, chromatin conformation and cartilage regeneration. He now analyzes osteoarthritis pathways both computationally and in a wet lab, and volunteers with a senior living home and the Arthritis Foundation in Los Angeles. Rishab Jain is introduced as a teen innovator, researcher and content creator, named America's top young scientist at 13 for work on improving radiotherapy for pancreatic cancer patients. He later received a Regeneron Young Scientist distinction for research on making recombinant DNA technology more efficient. Dev Lochan developed a remarkably soft shoe using magnetic levitation and machine learning, part of a stated mission to bring modern research into everyday technology for joint and orthopedic problems. Joints, as it happens, come up with two of these guests. The host opens with a bright 'Hello, hello' and a rundown of the guest's achievements, delivered with plain enthusiasm. Then the science gets real space. In the osteoarthritis conversation, the talk turns to how the disease, its treatments and their side effects can make one another worse, and why an effective therapy could break that chain. Then the host shifts gears, 'to a lighter topic'. A question about STEM highlights brings out competition memories, from ISEF 2019 to a 2020 edition that became an online gathering because of COVID. Rishab Jain answers the same kind of question by tracing a line from a visit to a science museum and his first computer program to the 3M Young Scientist Challenge and national television. He calls it one of the moments he realized how much science communication matters. Life beyond the lab gets airtime too. One conversation stays with Diwali, the festival of lights, as a guest describes family, food and the story of Rama coming home. The conversations feel like two peers talking; at one sign-off a guest thanks the host for believing in young scientists 'like you and me'. The closing line stays the same: thanks for taking a few moments of science. For the biology, start with the osteoarthritis episode; for the arc of a science fair career, the Rishab Jain conversation.

Made for: Suits a listener who likes hearing ambitious young researchers explain their projects in easy conversation, and who finds the science fair story as interesting as the lab results. A good fit for someone curious about biomedical research told through personal paths.

What sets it apart: The guests are young researchers with competition credentials rather than established experts, and the host talks with them as a peer, moving easily from cartilage pathways or recombinant DNA to ISEF memories and Diwali.

In their own words

Impactful conversations with great minds to inspire change and spread passion for science

osteoarthritis and cartilage regenerationrecombinant DNA technologybiomedical engineering for joint problemsscience fairs and ISEFSTEM highlights and origin storiesscience communicationlife outside the lab

Talks about

Best episodes of Drop the STEM podcast

Short reviews from the PlayNext desk, based on the episodes we processed.

2.6. Osteoarthritis and the Future of Cartilage Regeneration Research - Elisha JohnstonNov 5, 2023

A young researcher's STEM path sharpens a practical look at cartilage repair.

Osteoarthritis is framed here as more than worn cartilage. The episode treats it as a condition with wider consequences, where better therapy might reduce the cascade of treatments, side effects, and worsening symptoms that can follow.

2.5. Improving the efficiency of recombinant DNA technology - Rishab JainOct 23, 2022

Rishabh Jain connects early curiosity with research, competition, and public-facing STEM work.

Rishabh Jain's story traces how early curiosity can grow into research and public-facing STEM work. The episode follows him from a formative Science Museum visit and a first computer program into recombinant DNA research, national recognition, and a Good Morning America…

2.4. Novel Shoe Design using Magnetic Levitation and Machine Learning - Dev LochanSep 2, 2022

A magnetic shoe opens onto curiosity, Diwali, and community health.

Magnetic levitation and machine learning supply the hook, but this episode is really about how curiosity turns into useful work. Dave Lochen, presented as a multi-award winning young researcher in biomedical engineering, traces a line from childhood time outdoors and an early…

Podcasts like Drop the STEM podcast

Episodes

  1. 1

    2.6. Osteoarthritis and the Future of Cartilage Regeneration Research - Elisha Johnston

    Hidden gem

    Drop the STEM podcast follows Alicia Johnston, a UCLA molecular biology researcher, through osteoarthritis, cartilage regeneration, and how the disease progresses.

    Nov 5, 2023·46m·3 clips
  2. 2

    2.5. Improving the efficiency of recombinant DNA technology - Rishab Jain

    Hidden gem

    Drop the STEM podcast follows Rishabh Jain from a four-year-old visit to the Oregon Museum of Science and Industry in Portland to AI work on pancreatic cancer, recombinant DNA, and student STEM outreach.

    Oct 23, 2022·52m·3 clips
  3. 3

    2.4. Novel Shoe Design using Magnetic Levitation and Machine Learning - Dev Lochan

    Hidden gem

    Blanca talks with Dave Lochen about a magnetic-levitation shoe for plantar fasciitis, a project he says took about four years and twelve prototypes.

    Sep 2, 2022·58m·4 clips
  4. 4

    2.3. STEM, STEAM, Make, Dream - Dr. Chris Emdin

    Feb 5, 2022·57m
  5. 5

    HSUP 2.1. BetterDose - Asztalos Leó

    Dec 3, 2021·45m
  6. 6

    2.2. Biomimicking Torrey Pine Needles: Atmospheric Moisture Harvesting Device - Emily Tianshi

    Nov 12, 2021·1h 6m
  7. 7

    2.1. Removal of micro plastics from water using ferro fluids - Fionn Ferreira

    Sep 25, 2021·1h 6m
  8. 8

    50. Early Diagnosis of Pancreatic Cancer via ML & Treatment for Alzheimer’s - Siya Goel

    Jun 7, 2021·47m
  9. 9

    49. Detecting Bacterial Endotoxin by Harnessing PAMP-Triggered Immunity - Aravid Krishnan

    May 28, 2021·50m
  10. 10

    48. Following Your Passion and Seeking Discomfort with a Professional Dreamer - Staffan Taylor

    A podcast interviewing talented young scientists about their work and impact in STEM fields.

    Mar 24, 2021·50m
  11. 11

    47. The Science and Ethics of Synthetic Biology International Online Course x BuzzOnline

    Mar 11, 2021·57m
  12. 12

    46. Hypertrophic Cardiomyopathy & Revolutionizing Encryption of Electronic Records - Aditya Sood

    Feb 3, 2021·40m
  13. 13

    45. The Revolutionary Potential and Ethical Challenges of Biotechnology - Rahil Samlal

    Jan 3, 2021·1h 7m
  14. 14

    44. A Novel Mathematical Model for the Early Detection of Dengue Fever - Tarun Martheswaran

    Dec 14, 2020·1h 12m
  15. 15

    43. Rip Current Detection with Deep Neural Networks and Artificial Intelligence- Boglárka Ecsedi

    A podcast showcasing talented young scientists and their impactful STEM research, featuring an interview with Boglarka Echadi about her rip current detection algorithm.

    Nov 22, 2020·57m
  16. 16

    42. Blockchain Development & Robotic hand that can see for itself - Alishba Imran

    Nov 8, 2020·57m
  17. 17

    41. Deep CNN to Detect Antibiotic Resistance Polymorphisms in S. Pneumoniae DNA - Khushi Parikh

    Oct 22, 2020·1h 2m
  18. 18

    40. HemaDrop: a novel technology for Microliter-sized Blood Droplets - Nikhil Suresh

    Sep 26, 2020·44m
  19. 19

    39. Identifying the Intersections between Neuroscience and Developing Technologies- Faith Inello

    Aug 30, 2020·1h 3m
  20. 20

    38. Methodology Demonstration of a Cost-Effective Comparison of Procedures - Amogh Bhatnagar

    Aug 10, 2020·1h 10m
  21. 21

    37. Simply Neuroscience - Chinmayi Balusu

    Jul 27, 2020·59m
  22. 22

    36. Applications of Helium-4 Doubly Forbidden Singlet-Triplet Transition Lines - Christine Ye

    Jul 13, 2020·46m
  23. 23

    35. Bioinspired Submersible Dual Propulsion System Mirroring Jellyfish Motion - Rachel Seevers

    Jun 29, 2020·1h 11m
  24. 24

    34. A Game of Jamming: A Multi-Agent Game Theoretic Learning Based System - Milidu Jayaweera

    Jun 21, 2020·37m
  25. 25

    33. Intersection of Writing and Science - Optimization of Flexible 3D Nano-structures - Alice Cai

    Jun 7, 2020·1h 12m
  26. 26

    32. Short- takeoff electric air taxi & Seeing for the Blind - Sidharth Anantha

    May 23, 2020·53m
  27. 27

    31. Smart Biosensor for Detection of Platelet Hyperaggregation - Eeshani Behara

    May 10, 2020·1h
  28. 28

    30. Novel PROTAC & Bacteriophage P1 Therapy on Pathogenic Bacteria - Jay Iyer

    Apr 26, 2020·47m
  29. 29

    29. Resolution of an N-P Computational Problem through Genetic Algorithms - Carla García Medina

    Apr 19, 2020·1h 4m
  30. 30

    28. Lighting Up the Brain: Molecular Probe for the Early Diagnosis & Treatment of AD - Shaan Baig

    Apr 8, 2020·58m
  31. 31

    27. Iris Yan - National Chemistry Olympiad Study Camp Qualifier

    Mar 29, 2020·47m
  32. 32

    26. A Novel Method for Skeletal Age Estimation Based on Cranial Suture Analysis - Andrey Gizdov

    Mar 18, 2020·12m
  33. 33

    25. Biodegradable plastic and bacterial cellulose membranes - Juliana Estradioto

    Mar 1, 2020·1h 6m
  34. 34

    24. Hibla: an alternative sound absorption material - Neil David Cayanan, Shaira Gozun

    Feb 7, 2020·48m
  35. 35

    23. First Ever EUCYS Alumni Meeting in Sofia - Ivaylo Zhelev

    Jan 24, 2020·8m
  36. 36

    22. PhonoNet: Deep Learning for Raga Identification in Indian Classical Music - Sauhaarda Chowdhuri

    Dec 23, 2019·51m
  37. 37

    21. MOOSIC: a mean for productivity optimisation: Emma Weiss Nielsen

    Dec 15, 2019·5m
  38. 38

    20. PTSD Recovery Foundation - Dr Jennifer Perusini

    Dec 8, 2019·11m
  39. 39

    19. SIYSS: Stockholm International Youth Science Seminar - Alexandra Polyakova

    Dec 4, 2019·24m
  40. 40

    18. An Interpretation of Life Through Vibration Motors - Manning Whitby

    Dec 2, 2019·9m
  41. 41

    17. CCDC11 in HIV Budding: Potential Target for Antiviral Therapy - Poojan Pandya and Leo Takemaru

    Nov 8, 2019·15m
  42. 42

    16. Optimised Simulation of General Quantum Circuits - Adam Kelly - EUCYS

    Oct 28, 2019·15m
  43. 43

    15. Turning Over a New Phage: A Novel Approach to Phage Therapy - Emily Kang

    Oct 6, 2019·40m
  44. 44

    14. Endogenous Peptide as an Alternative to Antibiotics, Sutures Coated with TCP-25 - Erik Hartman

    Interview with Eric Hartman about his ISEF project on antimicrobial peptide-coated sutures and his work in synthetic biology outreach.

    Sep 22, 2019·58m
  45. 45

    13. Classifying Magic Squares Using a Chord Diagram Approach - AnaMaria Perez

    Sep 5, 2019·43m
  46. 46

    12. Hyperbaric oxygen exposure on the DDR mechanism in astrocytes - Dana Venkert

    Host Blanca interviews Dana Venkert, a neuroscience researcher and former EUCYS participant, about her journey into science and her recent experiences in China.

    Aug 26, 2019·1h 29m
  47. 47

    11. The Development and Application of Harvesting Kinetic Energy from Marine Fish - Huai-Pu Chen

    Aug 18, 2019·36m
  48. 48

    10. Personalized Medicine: A Novel Deep Learning Tool for Classifying Genetic Mutations - Jason Ping

    Aug 11, 2019·36m
  49. 49

    9. D2O Maintaining Viability under Low Temperatures to Model Viral Vaccine Additives - Annika Morgan

    Aug 3, 2019·1h
  50. 50

    8. Mutant Huntington Lowering in the Oxidative Stress Response of HD Neurons - Ritika Jeloka

    Jul 22, 2019·36m