Skip to main content
  1. Home
  2. Emerging Tech
  3. News

Space station captures Dragon capsule for second time, making history

Add as a preferred source on Google

Following its successful launch from the Kennedy Space Center in Florida on Saturday, June 3, SpaceX’s Dragon capsule made history on Monday, June 5 as it became the company’s first spacecraft to connect with the International Space Station (ISS) for a second time.

Its arrival makes it the first U.S. spaceship to return to the ISS since the space shuttle program ended in 2011.

Recommended Videos

The Dragon first visited the space station in 2014, with this second trip serving to highlight the progress SpaceX is making with the design of its reusable rocket system, which also includes a Falcon 9 launch vehicle capable of landing back on Earth minutes after leaving the ground.

NASA announced the historic revisit by the uncrewed Dragon on its website: “While the International Space Station was traveling about 250 miles over the south Atlantic ocean east of the coast of Argentina, flight engineers Jack Fischer and Peggy Whitson of NASA captured Dragon (below) a few minutes ahead of schedule at 9:52 a.m. ET.”

NASA/SpaceX
NASA/SpaceX

Now that it’s in the firm grip of the inhabited orbiting satellite, the Dragon cargo ship will be carefully maneuvered by ground crew using the space station’s robotic arm. They’ll carefully install the capsule onto the Earth-facing port of the Harmony module before the astronauts begin unpacking nearly three tons of supplies and equipment.

The science gear includes, of all things, a number of fruit flies for an experiment aimed at improving our understanding of the effects on the heart of lengthy exposure to microgravity. “Because they’re small, age rapidly, and have a well-known genetic make-up, [the flies] are good models for heart function studies,” NASA explained.

The crew will also be conducting tests focusing on osteoporosis as scientists search for ways to help astronauts maintain bone density when in space for extended periods. If the research proves successful, the findings could lead to the creation of medication that can prevent bone loss and even build new bone, helping not only astronauts on future missions into deep space but also millions of people back on Earth currently dealing with the condition.

In addition, three payloads inside Dragon’s unpressurized area will demonstrate new solar panel technologies, study the physics of neutron stars, and host an array of Earth-viewing instruments, NASA said.

The Dragon will stay docked for the rest of this month before SpaceX embarks on its next challenge — bringing it back safely to Earth, where it it is hoped that it will splash into the Pacific Ocean off the coast of Baja California. And after that? Another trip to the space station with more supplies, most likely.

Trevor Mogg
Contributing Editor
Not so many moons ago, Trevor moved from one tea-loving island nation that drives on the left (Britain) to another (Japan)…
Rice grain-sized sensor could give robots a delicate touch and keep them from breaking stuff
Sprout Robot

Robots are incredibly precise, but being gentle is not always their strong suit. A machine that can build a car with near-perfect accuracy can still apply too much pressure when working in places where even the smallest mistake matters, like inside a human eye or during delicate surgery. That is why researchers at Shanghai Jiao Tong University are developing a new type of force sensor that could help robots “feel” what they are touching more accurately.

The sensor is tiny, about the size of a grain of rice at just 1.7 millimeters wide, making it small enough to fit inside advanced surgical tools. What makes it especially interesting is that it does not rely on traditional electronics. Instead, it uses light to measure force from every direction, including pressure, sliding movements, and twisting. Here is how it works. At the tip of an optical fiber sits a soft material that slightly changes shape when it comes into contact with something. That tiny deformation alters how light travels through the sensor. The altered light pattern is then sent through optical fibers to a camera, which captures it like an image. Researchers then use a machine learning model to study those light patterns and translate them into precise force readings. In simple terms, the system learns how to “read” touch through light alone, without needing a bunch of wires or multiple separate sensors packed into such a tiny space.

Read more
Meta’s own employees are having a hard time digesting AI. Who would’ve thought?
Artificial Intelligence

If you wanted a snapshot of what it looks like when a tech giant tries to force-feed its workforce an AI future, look no further than Meta right now. The company that built its empire on knowing everything about its users has turned that same appetite inward, and its employees are not happy about it. Last month, Meta quietly informed tens of thousands of its U.S. workers that their corporate laptops would begin tracking their keystrokes, mouse movements, clicks, and screen activity. The purpose was to feed that behavioral data into Meta's AI models so they could learn how people actually use computers. The reaction was immediate — within hours, internal comment threads were flooded with anger, confusion, and more than a hundred emoji reactions that left little to the imagination about how employees felt.

When an engineering manager asked how to opt out, Meta's chief technology officer, Andrew Bosworth, had a blunt answer: there was no opt-out, at least not on a company laptop. This is the same company that is also tying AI tool usage to performance reviews, running mandatory "AI Transformation Weeks" to retrain its workforce, and building internal dashboards that gamify how many AI tokens employees consume in a day — a metric so aggressively tracked that some workers started building AI agents to manage their other AI agents. The whole thing started to resemble a feedback loop eating itself.

Read more
Sci-fi got the gadgets right, but the vibes wrong
Sci-fi got plenty of consumer tech right, but reality keeps delivering the useful, compromised version of the dream
Officer K looking up at a neon-colored hologram in Blade Runner 2049.

I was recently waiting for an Uber when the GPS decided to lie for sport. The car was somewhere nearby, I was somewhere nearby, and somehow both of us were trapped in that modern ritual of wrong pins, slow turns, vague waving, and "I'm here" messages that help absolutely no one.

That was when I had a very reasonable thought: this is exactly where a hologram of a giant arrow pointing at me would be useful.

Read more