Wonder Weekly
Science and wonder, weekly.
Space, astronomy and physics for readers who want to know how we know.
Every announcement of a discovery is really a statement about how unlikely the result would be if nothing were there. Understanding that one idea is the difference between reading science news and being sold it.
Drag the dial. Every step multiplies the view by ten, twenty seven times over. The sizes and distances are the rounded figures astronomers use, and everything is drawn to scale at every setting, apart from the small marker that shows where you are.
Field of view
10 m
10 metres
In view
A person
About 1.7 m tall. Each step of the dial makes the view ten times wider.
Background footage is stock video, used for illustration. Figures are rounded.
Explainers that stay true after the news cycle moves on: what was measured, how it was measured, and how sure anyone can be.
A planet crossing its star dims the light by a fraction of a percent, on a schedule. What that method can measure, what it cannot, and why it favours big planets close in.
The same observation can be described three ways depending on how much checking has happened. A short guide to the vocabulary, so a headline cannot oversell a result to you.
Radio images are reconstructed from interference patterns, not photographed. Understanding that changes how you read the colourful images that accompany the announcements.
Light pollution takes the faint objects but leaves plenty. What is genuinely visible without a telescope from an Australian city, and how the view shifts through the year.
The evidence is a mismatch between how much mass we can see and how fast things move. What would count as solving it, and what the honest alternatives still are.
Gravity assists, aerobraking and long slow ion thrust all trade time for propellant. The physics of getting somewhere when you cannot carry enough fuel to simply fly there.
Your mass is the same everywhere. What changes is how hard each world pulls on it, so a scale set up on Earth would read differently. Surface gravity figures are the rounded values in published planetary fact sheets.
Selected world
A scale would read 26.4 kg.
A ball dropped from one metre lands in 0.74 s, against 0.45 s on Earth.
A 30 cm standing jump would rise about 79 cm, before allowing for a spacesuit.
The perspective is. The southern sky, the observing conditions here and what is visible from Australian latitudes shape the coverage, while the science itself is international.
One email a week: a sky guide for the nights ahead, one result explained properly, and an honest note on how solid the evidence actually is.
Subscribe
The Universe covers space flight, astronomy, cosmology and physics for readers who did not study any of it. The commitment is to explain the reasoning, not just the result: what was measured, how, how confident the researchers are, and what would change their minds. Australian readers get the southern sky, which is where much of the interesting work is pointed, along with a sky guide written for these latitudes: a month by month view on the site, and a shorter note on the nights immediately ahead in the weekly email.
We read the paper, not only the press release, and we link to it. Preprints are labelled as not yet peer reviewed, and we say so in the story rather than the footnotes. Uncertainty is reported as part of the finding, not buried. Artists' impressions and simulations are captioned as such and never presented as photographs. Curious is the tone, credulous is not: extraordinary claims get the same questions whoever is making them. The Universe is published by SUKH SANDHU PTY LTD (ACN 679 292 392, ABN 49 679 292 392), an Australian company. We are a publisher and not a research body: we run no telescopes, hold no grants, accredit and assess nobody, and have no commercial relationship with any research institution, university or space agency.
Corrections are published on the story with a dated note describing exactly what was wrong. Where a result is later revised, retracted or fails to replicate, we go back and update the original piece rather than leaving it standing. Readers can report an error through the contact page, including scientists who think we have misread their work.
No. Everything is written for a curious general reader, with the maths kept out of the body text and the jargon defined the first time it appears. Nothing is dumbed down, but nothing assumes a degree either.
We cover them when they matter, clearly labelled as not yet peer reviewed, and we say what would have to happen for the result to firm up. We do not treat a preprint as settled science.
We cover the evidence, including the absence of it. A claim gets taken seriously enough to be examined properly, which usually means setting out what a genuine detection would look like and where the claim in front of us falls short of it.
The perspective is. The southern sky, the observing conditions here and what is visible from Australian latitudes shape the coverage, while the science itself is international.
