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Happy Friday! This week's science news runs from a hidden switch that could supercharge the immune system against cancer to a surprising twist on where Earth's water came from. Along the way: a worrying reversal in colorectal cancer, a hive that behaves like an immune system, and a spacecraft closing in on a cosmic milestone.

Researchers report that a hidden switch could supercharge the human immune system in its fight against cancer. The discovery, covered by SciTechDaily, points to a new lever scientists might one day pull to help the body's own defenses do more of the work.

Boosting immune activity against tumors is one of the most promising directions in modern cancer research, which is why a newly identified switch is drawing attention. Details of how it could be used in treatment are still emerging.

Scientists are sounding the alarm as colorectal cancer reverses a 20-year decline. After two decades of improvement, the trend has turned the wrong way, a shift that has researchers urgently looking at what is driving it.

A reversal after so long raises hard questions for screening, prevention, and public health planning. It is a reminder that progress against cancer is not guaranteed to be a straight line.

New research reveals that honey beehives act as a living immune system. Rather than defense resting on individual bees alone, the hive as a whole appears to function like an immune system protecting the colony.

It is a striking way to think about a superorganism, where the boundary between an individual's health and a community's health starts to blur.

Researchers have discovered that Earth may have made its own water 4.5 billion years ago. The idea challenges the picture in which our planet's water was delivered from elsewhere, suggesting the ingredients for oceans may have been homegrown from the very beginning.

If true, it reshapes how we think about the origins of life-supporting worlds and how common they might be.

NASA's Voyager 1 is about to become the first spacecraft one light-day from Earth. That means a signal traveling at the speed of light would take a full day to cross the gap between us and the probe.

Decades after launch, it is still pushing the boundary of how far human-made objects have traveled.

NASA's Parker Solar Probe has discovered something unexpected hidden in the chaos of space. The finding adds to the probe's record of surprises from its close studies of our star's surroundings.

It is another example of how flying a spacecraft into extreme environments can overturn assumptions about what looks like pure turbulence.

This week's science stretches from our own immune cells to the outer edge of the solar system, reminding us that big answers often hide in small switches and distant signals.