Hastrup Review of Science

Two hosts read the week's real science papers and explain what was actually found — in longevity, training science, physics and energy. Every Friday, a roundup episode: five new papers, five short briefings on why each one matters. Between the Fridays, deep-dive episodes take a single paper apart properly — where the field came from, what the researchers did, what the numbers say, and the caveats the press release left out. No breakthroughs. No revolutions. No scientists left baffled. Modest results are called modest, and every episode links straight to the paper so you can read it yourself. Hosted by artificial intelligence, produced entirely on a homelab in Denmark, and interrupted exactly once per episode by a sponsor selling something nobody needs. Value4Value: no ads you have to believe in. If an episode was worth something to you, boost it from any Podcasting 2.0 app.

Hastrup Review of Science is a general podcast hosted by Unknown Host, with 0 episodes on record and a Required Pod Score of 80. PitchCentric scores this show on Booking Probability, Listen Score, and live audience signals refreshed every 24 hours.

Unknown Host hosts Hastrup Review of Science, a general show with 0 episodes published.

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  Hastrup Review of Science

  Deep Dive: Mg2RhH6 superconductivity at 30 GPa via two-step precursor s

  Aug 27, 202615 minS0

  <p>The full story behind this week's trailer: Mg2RhH6 superconductivity at 30 GPa via two-step precursor synthesis</p><p><b>Chapters</b><br>00:03 — Cold open<br>00:44 — Why hydrogen<br>01:52 — The pressure wall<br>03:00 — Why pressure matters<br>04:07 — The two-step synthesis<br>05:34 — The structural transition<br>06:14 — Why rhodium<br>07:19 — The evidence<br>08:33 — A word from our sponsor<br>09:13 — The broader strategy<br>10:41 — Context and comparison<br>11:37 — Caveats<br>13:43 — What comes next<br>14:47 — Sign-off</p><p><b>Links</b> (some are reklamelinks and can earn the show a commission)</p>Paper: Mg2RhH6 superconductivity at 30 GPa via two-step precursor synthesis (arXiv)Sponsor: Potency supplements on Amazo...

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  Hastrup Review of Science

  Deep Dive: Machine-designed hard carbon structures for sodium-ion batte

  Aug 25, 202615 minS0

  <p>The full story behind this week's trailer: Machine-designed hard carbon structures for sodium-ion batteries</p><p><b>Chapters</b><br>00:03 — Cold open<br>00:46 — Why sodium<br>01:44 — The graphite problem<br>02:37 — What hard carbons look like<br>03:39 — The modelling problem<br>04:30 — Machine-learned potentials<br>05:16 — The RAFFLE framework<br>06:08 — Validation<br>06:59 — Sodium intercalation<br>07:59 — A word from our sponsor<br>08:40 — The surrogate model<br>09:44 — High-capacity candidates<br>10:36 — Design principles<br>11:26 — Caveats<br>13:26 — What comes next<br>15:04 — Sign-off</p><p><b>Links</b> (some are reklamelinks and can earn the show a commission)</p>Paper: Atomistic Structure Generation and Neural-Network Screening of Hard Carbons (arXiv)Sponsor: Ice...

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  Hastrup Review of Science

  Deep Dive: Axion search in the diffuse supernova neutrino background at

  Aug 24, 202616 minS0

  <p>The full story behind this week's trailer: Axion search in the diffuse supernova neutrino background at Super-Kamiokande</p><p><b>Chapters</b><br>00:03 — Cold open<br>00:39 — Core-collapse supernovae<br>01:36 — SN 1987A<br>02:08 — The diffuse supernova neutrino background<br>03:01 — The Super-K detection<br>04:47 — The strong CP problem and axions<br>06:43 — Axions in supernovae<br>08:16 — A word from our sponsor<br>08:53 — The method<br>10:17 — The result<br>11:00 — Why the DSNB matters<br>12:32 — Caveats<br>14:04 — What comes next<br>15:22 — Sign-off</p><p><b>Links</b> (some are reklamelinks and can earn the show a commission)</p>Paper: An axion constraint from the diffuse supernova neutrino b...

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  Hastrup Review of Science

  Deep Dive: TMEM106B structural haplotypes and neurodegeneration risk

  Aug 23, 202618 minS0

  <p>The full story behind this week's trailer: TMEM106B structural haplotypes and neurodegeneration risk</p><p><b>Chapters</b><br>00:03 — Cold open<br>00:37 — What is TMEM106B<br>01:49 — The original risk variant<br>02:50 — The 2022 surprise<br>04:20 — Long-read sequencing<br>05:31 — The four haplotypes<br>07:45 — The retrotransposon<br>09:08 — A word from our sponsor<br>09:42 — The mechanism<br>11:45 — Lysosomal rupture<br>13:29 — Causal evidence<br>13:57 — Caveats<br>15:40 — What comes next<br>17:24 — Sign-off</p><p><b>Links</b> (some are reklamelinks and can earn the show a commission)</p>Paper: Fine-mapping of the TMEM106B locus (medRxiv preprint)Companion: Neurodegeneration risk variants promote lysosomal TMEM106B fibril accumulation...

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  Hastrup Review of Science

  Deep Dive: Too Much Pol II — Why Aging Cells Transcribe Themselves to Death

  Aug 22, 202613 minS0

  <p>The full story behind this week's trailer: RNA Polymerase II developmental overshoot as a driver of aging</p><p><b>Chapters</b><br>00:03 — Cold open<br>00:48 — What is Pol II<br>01:29 — The overshoot<br>03:10 — The decline<br>04:59 — A word from our sponsor<br>05:32 — The experiments<br>07:07 — Conservation<br>07:50 — Theoretical context<br>09:00 — Implications and limits<br>09:55 — Caveats<br>11:22 — What comes next<br>12:38 — Sign-off</p><p><b>Links</b> (some are reklamelinks and can earn the show a commission)</p>Paper: RNA Polymerase II developmental overshoot as a driver of aging (bioRxiv)Sponsor: Beard oil on Amazon<p>Subscribe (RSS) — boosts welcome via any Podcasting

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