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

InSight places a heat shield over its seismometer, is very proud of itself

Add as a preferred source on Google

NASA’s InSight lander carefully placed its seismometer, called the Seismic Experiment for Interior Structure (SEIS), on the surface of Mars at the end of last year and since then it has been making adjustments to ensure that it can get a clean signal of marsquakes occurring deep within the planet. This included steps like adjusting the cable between the lander and the seismometer to stop it from flapping around in the wind and calibrating the seismometer’s internal sensors so it is level and balanced.

Now the lander has taken the next step on its journey to collect data from inside Mars: it has lowered a shield over the seismometer to protect it from the harsh Martian environment. The Wind and Thermal Shield is important to protect the sensitive instrument from gusts of wind which could shake it and add noise to the data it collects. The dome is designed in an aerodynamic manner so that when the wind passes over it, it presses the dome down further into the ground, meaning that it won’t fly away even in stormy Martian weather.

NASA’s InSight lander deployed its Wind and Thermal Shield on February 2, 2019 (sol 66). The shield covers InSight’s seismometer, which was set down onto the Martian surface on December 19, 2018.This image was taken by the Instrument Deployment Camera on the lander’s robotic arm. NASA/JPL-Caltech

Even more of a concern that the wind is the temperature, which is highly variable on Mars and can fluctuate by 170 degrees Fahrenheit (94 degrees Celsius) over the course of a day. “Temperature is one of our biggest bugaboos,” InSight Principal Investigator Bruce Banerdt of NASA’s Jet Propulsion Laboratory in Pasadena, California, said in a statement. “Think of the shield as putting a cozy over your food on a table. It keeps SEIS from warming up too much during the day or cooling off too much at night. In general, we want to keep the temperature as steady as possible.”

Recommended Videos

The next step is for InSight to deploy its heat probe, the Heat Flow and Physical Properties Package (HP3). The probe should be placed on the surface of the planet some time next week. Once both instruments are in place and adjusted, the team can begin gathering data on Mars’ structure and composition.

Adorably enough, the InSight lander has a delightful first-person Twitter account like Curiosity’s famous Twitter. InSight is apparently very proud of its efforts to keep its precious seismometer safe:

I’ve done it — carefully placed this protective cover over my seismometer. Shielding it from wind and temperature changes will help it get its best measurements of any #marsquakes. Stay cozy in there, little guy! pic.twitter.com/6ZcqJPBqKj

— NASA InSight (@NASAInSight) February 3, 2019

Well done, InSight. We’re all rooting for you!

Georgina Torbet
Georgina has been the space writer at Digital Trends space writer for six years, covering human space exploration, planetary…
The best new ChatGPT feature is one most people will never use
Logo, Emblem, Symbol

For years, the biggest conversation around AI has been what these tools can do. They can browse the web, analyze documents, connect to your apps, conduct research, and increasingly act on your behalf. But as AI systems become more capable, another question has become harder to ignore: what happens when an AI assistant is tricked into handing over information it shouldn’t?

OpenAI’s new Lockdown Mode is its latest answer to that problem. Available across all ChatGPT account types, Lockdown Mode is an optional security setting designed for people and organizations handling sensitive information. The trade-off is that you get stronger protection against certain forms of data theft, but you lose access to some of ChatGPT’s most powerful features.

Read more
An app that lets anyone control a robot from their phone, no coding required
Sounds cool, right? Forget doomscrolling, now your phone can operate a robot arm instead
Representative Image

A team of researchers at Georgia Tech has developed a new smartphone-based system that could dramatically simplify how people interact with robots. Called COBALT, the platform allows users with little to no computing experience to remotely control robot arms from virtually anywhere in the world using just a phone and an internet connection.

The project, developed at Georgia Tech’s People, AI & Robotics (PAIR) Lab, transforms smartphones into motion controllers for robotic arms. Users simply move their phones in different directions, and the robot mirrors those movements in real time. Basic tasks such as grabbing, moving, and releasing objects can be performed through simple on-screen controls, making the experience feel more like playing a mobile game than operating industrial machinery.

Read more
Coursera wants users to learn through shorter, faster content
Coursera wants online learning to feel more like TikTok
Coursera

Online learning platform Coursera is taking a page straight out of TikTok’s playbook. The company has launched a new AI-powered feed designed to serve short-form educational content in a scrollable, personalized format, signaling a major shift in how digital learning platforms may try to keep users engaged.

The feature introduces bite-sized video lessons, clips, and explainers curated through artificial intelligence based on a user’s interests, learning habits, career goals, and previous course activity. Instead of committing to hour-long lectures or full certification programs upfront, users can now discover short educational snippets designed to make learning feel more casual, accessible, and addictive.

Read more