Lunar craters, pressure-shattered diamonds, a spice rack breakthrough, and a galaxy cluster that has no business existing - today's science is pulling in every direction at once. Here's what's reshaping our understanding of the universe this Friday.

When a SpaceX rocket made an uncontrolled crash into the Moon, it raised an obvious question: what did it leave behind? NASA has now provided the answer, revealing the crater created by the impact. The find transforms what was an embarrassing bit of space debris news into a genuine scientific data point.

Studying human-made impact craters gives planetary scientists a controlled reference point - we know the object's mass and speed in ways we never do with natural meteorites. That makes every unintended lunar crash a small, accidental experiment in impact physics.

Even orbital mishaps carry scientific value. As more hardware finds its way to the lunar surface in the coming years - intentionally or otherwise - cataloguing these craters builds a richer map of the Moon's evolving surface.

Diamond is the hardest natural material on Earth, but scientists have now subjected it to pressures exceeding those found inside Neptune - and in doing so, resolved a mystery that has lingered in physics for two decades. The experiment pushed matter into a regime few laboratories can reach.

Ice giants like Neptune and Uranus harbour crushing interior pressures that are nearly impossible to recreate on Earth. By matching and surpassing those conditions in a controlled setting, researchers could finally test long-standing theoretical predictions about how materials behave at their absolute limits.

Understanding how matter transforms under extreme pressure has direct implications for modelling planetary interiors - and potentially for engineering next-generation materials that behave in ways ordinary conditions could never produce.

Turmeric has been a fixture of traditional medicine for centuries, but scientists have now identified a specific compound within it that shows genuine promise against diabetes. The finding moves the conversation from folk remedy to evidence-based science.

Diabetes affects hundreds of millions of people globally, and the search for new therapeutic pathways is relentless. Identifying bioactive compounds in widely available, inexpensive natural sources could open doors to treatments that are both effective and accessible - particularly in lower-income settings.

This isn't a green light to swap metformin for a curry. But it is a meaningful signal that turmeric deserves serious pharmacological attention - and that the next blockbuster diabetes drug might trace its origins to a kitchen cupboard.

ADHD is most often discussed in terms of its challenges - difficulty focusing, impulsivity, disorganisation. New research now adds a striking counterpoint: the same neural patterns behind ADHD may actively drive creative thinking, suggesting the condition reshapes cognition in ways that carry genuine advantages.

The finding aligns with a broader shift in how neuroscience views neurodivergent brains - less as broken versions of a standard model, and more as alternative architectures with distinct trade-offs. A mind that struggles to filter distractions may simultaneously excel at making connections others miss.

This research doesn't minimise the real difficulties ADHD creates - but it does reframe the condition as something more complex than a deficit. For the roughly 400 million people living with ADHD worldwide, that reframing matters enormously.

The James Webb Space Telescope keeps rewriting the early chapters of cosmic history. Its latest find: a galaxy cluster that appears far too mature for the age of the universe it inhabits. Fully assembled, large-scale structures like this were not supposed to exist so soon after the Big Bang.

Galaxy clusters are the largest gravitationally bound objects in the universe, and they take enormous amounts of time to assemble under standard cosmological models. Spotting one that defies that timeline forces cosmologists to ask whether current models underestimate how quickly the early universe could organise itself.

JWST is becoming the instrument that keeps proving our best theories incomplete. Each anomaly it surfaces is not a failure - it's an invitation to build a more accurate picture of how everything came to be.

One of the most stubborn obstacles to long-term human presence on Mars is the soil - it's toxic, nutrient-poor, and hostile to plant life. Scientists now think fungi could be the biological bridge that transforms Martian regolith into something capable of supporting agriculture.

On Earth, fungi are master soil engineers. They break down rock, build nutrient networks, and create the microbial scaffolding that plants depend on. Applying that same logic to Mars, researchers are exploring whether carefully selected fungal species could gradually condition the alien dirt into a workable growing medium.

If we're ever going to feed a colony on Mars without perpetual resupply missions from Earth, biology - not just engineering - will do the heavy lifting. Fungi might be the quiet revolution that makes it possible.

You don't need an hour on a treadmill to trigger meaningful physiological change. New research finds that just 3 minutes of sprinting is enough to measurably transform blood chemistry. The implications for anyone who claims they have no time to exercise are uncomfortable.

High-intensity interval approaches have been gaining evidence for years, but findings this compact are striking. Brief, maximal-effort bursts appear to trigger metabolic responses that longer, moderate exercise produces - in a fraction of the time.

This research won't replace longer exercise regimens for overall fitness, but it does dramatically lower the barrier to biological benefit. Three minutes is an argument almost no schedule can refuse.

From a rogue rocket's lunar crater to fungi quietly reimagining Martian agriculture, today's science is a reminder that discovery doesn't wait for convenient moments. The universe keeps revealing itself - and we keep finding out how much we still have to learn.