Coming soon: one of historyâs most complex missions
Tune in on Tuesday, June 9, at 11am ET, to meet the astronauts flying aboard Artemis III, the mission that will test docking capabilities with commercial landers in low Earth orbit â an important step to crewed lunar landings.
SpaceX's Starlink will be deployed around Mars to enable internet communication
Latency between Earth and Mars will vary from 3 minutes to 22 minutes, depending on their positions
Each Starlink purchase on Earth helps fund Starship missions to the Red Planet
Hereâs a system prompt you can use inside a ChatGPT or Claude project.
The main idea is simple:
You feed it a basic idea, a rough image prompt, a scene description, or even an uploaded image, and it enhance it and return with 10 cinematic prompts, each exploring a different composition, camera angle.
For example, I used:
âa gladiator riding a horse on a mountainsideâ
And these are the results!
It's a great way to explore different visual languages, discover interesting compositions.
System prompt below. đ
Our @NASARoman space telescope is officially slated to launch on Aug. 30!
Get the details and follow Roman's journey on our new Roman Space Telescope blog: https://t.co/72iud38kMm
Today, weâre excited to introduce Miso One, the most emotive voice model in the world.
Miso One is an 8-billion-parameter text-to-speech model for highly expressive speech generation. It emotes like a human and responds faster than a human, with just 110 milliseconds of latency.
Weâve open-sourced the model weights, with API access coming soon.
Hear how Miso One sounds in the thread below.
A first-of-its-kind proactive shopping experience. Personalized for you, delivered in minutes.
Powered fully by the Grok Voice, Imagine, and Reasoning APIs. Let's Go!
how to get started in robotics
donât start with humanoids.
donât start with expensive hardware.
donât start with âai robot assistant.â
start with fundamentals.
what to learn first:
âą electronics â voltage, current, motors, sensors, batteries. robots live in the physical world.
âą programming â python for robotics logic, c/c++ for performance and embedded systems.
âą mechanics â wheels, joints, gears, frames, torque. if it moves, physics is involved.
âą control â feedback loops, pid, stability. movement without control is just chaos.
âą linear algebra â coordinate frames, transformations, rotations. robots need to know where things are.
âą ros2 â nodes, topics, services, transforms. this is how modern robot systems talk.
âą simulation â gazebo, mujoco, isaac sim. crash robots in software before you break hardware.
then build small:
- make a motor spin
- read a sensor
- control a wheeled robot
- simulate a robotic arm
- write a simple obstacle avoidance node
- log data and debug behavior
robotics is not one skill.
it is hardware, software, math, physics, control, ai, and systems engineering glued together.
the right way to start is simple:
learn one layer,
build one small thing,
debug it,
then add the next layer.
thatâs how robots go from parts on a table
to machines that move with purpose.