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UK physio clinic owners with 2–5 staff earn less than when they worked solo. Data from 715 owners.

We ran a survey of 715 UK MSK clinic owners this year - physio, chiro, osteo, pod. The finding that's generated the most conversation: owners who've scaled to a small team (2–5 people) take home a median of £45,000. Solo practitioners average £40k - but they keep 51.5% of every pound through the door. The small team owner has staff costs without yet having the volume to cover them. A few other things that came out of the data: — The median rebooking rate across UK private practice is 80%. It has almost zero correlation with price or tech. It's almost entirely the first session. — 75% of owners don't know their cost to acquire a patient. The ones who do generate a median of £327k revenue vs £200k for those who don't. — Diary utilisation above 80% causes exponential damage, not linear. Wait times jump from 2.6 days to 5.5 days. Owner mental health starts dropping at the same threshold. — Podiatry is the only specialty that's busier in August than average. Every other discipline tanks. Genuinely curious whether the small-team earnings dip matches people's lived experience. Is the moment you hire your first associate the hardest financial period, or does it level out faster than the data suggests?

Artemis II launch. By Andrew McCarthy

Could pyramidal structures act as ion catalysts influencing local climate? (Speculative hypothesis with some academic context)

I recently went down a rabbit hole about pyramid geometry and atmospheric ionization, and I found an idea that might be worth discussing here — not as a proven theory, but as a speculative hypothesis. The core idea What if large pyramidal structures could act as geometric catalysts for ion flows in the atmosphere, slightly altering local atmospheric conditions? The idea would be something like this: Atmospheric ions are real and measurable Ionized molecular clusters exist naturally in the atmosphere and can influence radiative balance and cloud processes. Laboratory spectroscopy experiments have shown that atmospheric cluster ions can absorb infrared radiation and potentially influence energy balance in the atmosphere. � arXiv Ionization can affect climate indirectly Several climate models have explored links between cosmic rays, atmospheric ionization, and cloud formation, suggesting that ionization changes could influence cloud cover and therefore climate feedback loops. � arXiv Geometry can influence energy concentration In engineering and materials science, pyramidal geometries are known to concentrate energy or enhance physical processes (for example in solar evaporation systems where pyramid-shaped structures increase energy capture and evaporation efficiency). � ScienceDirect This raises a speculative question: Could large pyramid-shaped structures enhance ionization gradients or atmospheric electrical flows simply because of their geometry? Historical “pyramid energy” experiments There have been attempts to test pyramid effects in unconventional experiments. For example, Alexander Golod built several large pyramids in Russia and claimed they produced measurable environmental effects, including atmospheric ion columns and even weather moderation. However, these claims remain controversial and lack reproducible scientific validation. � Wikipedia Earlier alternative research also explored the idea that pyramid geometry could influence electromagnetic or ionic processes in the surrounding air, though the evidence is mostly anecdotal. A possible (very speculative) mechanism If we try to interpret this through known physics rather than mysticism, a hypothetical mechanism might involve: Earth’s global electric circuit Local electrostatic field gradients Enhanced vertical air flow around sharp geometric structures Interaction with atmospheric ions or aerosols Large pyramids could theoretically: concentrate electric fields near edges and apexes influence ion drift paths slightly alter condensation or aerosol nucleation rates Even a small effect could theoretically influence microclimates. Why ancient civilizations might care If any real effect existed (even subtle): it might influence local humidity or cloud formation possibly affect agriculture or even act as an atmospheric electricity stabilizer That could explain why large pyramidal or conical monuments appear in multiple ancient cultures. Important caveat There is no accepted scientific evidence that ancient pyramids were designed for climate control or ion manipulation. Most pyramid-energy claims fall into pseudoscience or untested hypotheses. But considering that: atmospheric ionization affects climate geometry affects energy concentration large structures affect airflow and electrostatics …it might not be completely unreasonable to ask whether large geometric structures could subtly influence atmospheric physics. Question Has anyone seen actual experimental studies measuring ion density or electric field gradients around large pyramidal structures? Or experiments testing how geometry affects atmospheric ion transport?

The President of Poland was accused of treason

ciao

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