Utah just became only the second state to let artificial intelligence prescribe psychiatric medications — and many doctors are scratching their heads wondering why.
The state's new pilot program allows Legion Health's AI chatbot to renew prescriptions for antidepressants and anxiety medications through a $19 monthly subscription. It's a narrow experiment limited to 15 "lower-risk" drugs like Prozac and Zoloft, but it marks a significant shift in how we think about mental healthcare delivery.
Here's what makes this controversial: The AI can only handle the easy stuff. No ADHD medications, no antipsychotics, no mood stabilizers like lithium. Patients must be "stable" with no recent hospitalizations or medication changes. They still need human check-ins every six months or 10 refills.
State officials are betting this solves two problems: expensive healthcare and doctor shortages. The logic seems straightforward — if someone's been taking the same Zoloft dose for months without issues, why not let a computer handle the paperwork?
But psychiatrists aren't buying it. They argue this targets people who already have access to care, not the underserved populations Utah claims to help. The AI system is also a black box — nobody really knows how it makes decisions about someone's mental health.
Legion Health promises "fast, simple refills" starting in April, though they're currently operating just a waitlist. Patients must verify their identity, photograph their pill bottles, and answer questions about symptoms and side effects. Red flags supposedly get escalated to human clinicians.
The timing feels particularly odd given ongoing concerns about AI reliability and the deeply personal nature of mental health treatment. While AI has shown promise in medical imaging and drug discovery, psychiatric care involves nuanced human judgment that goes well beyond "is this person stable enough for another month of antidepressants?"
Utah's experiment reflects broader healthcare tensions between innovation and caution. The state wants to appear forward-thinking while addressing real problems like medication access and costs. But critics worry this is innovation for innovation's sake.
The pilot's narrow scope suggests even Utah recognizes the risks. By excluding complex cases and requiring frequent human oversight, they're essentially admitting AI isn't ready for serious psychiatric decision-making.
Whether this expands beyond Utah depends largely on how the pilot performs. If it works without major incidents, expect other states to consider similar programs. If patients experience adverse effects or the AI makes questionable decisions, this could set back AI-assisted healthcare for years.
For now, it's a $19-per-month experiment in letting computers handle human mental health — with plenty of guardrails and an uncertain future.
SPACE
Four Astronauts Now Bound for the Moon
Four humans just left Earth orbit for the first time in 52 years — and most people alive have never seen anything like it.
NASA's Artemis II crew fired their main engine Thursday, sending astronauts Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen on a trajectory around the Moon. The 5-minute, 50-second burn marked a point of no return, committing them to a week-long journey that three-quarters of the world's population has never witnessed.
The last time humans ventured beyond low-Earth orbit was December 1972, during Apollo 17. That means anyone under 50 is watching history unfold in real-time.
Before committing to deep space, the crew spent their first day pushing Orion through its paces. Pilot Victor Glover flew the spacecraft through a complex dance with the rocket's upper stage, testing every thruster and maneuver they might need for future Moon landings.
Glover guided Orion within dozens of feet of the massive upper stage, then put the ship through side-to-side movements, pitch, roll, and yaw maneuvers. His frequent commentary suggested the spacecraft handled better than expected — crucial data for NASA's confidence in future Artemis missions.
Not everything went perfectly. The crew had an awkward moment with Orion's toilet during initial checkout. The system needed proper "wetting" with water to prime the pump, but the first attempt didn't use enough water. Once they added more, everything worked fine. Space plumbing remains challenging, even in 2026.
More importantly, Orion's life support systems performed flawlessly. The carbon dioxide scrubbers that prevent astronauts from breathing their own exhaled gases worked perfectly. Water systems functioned as designed. These aren't glamorous systems, but they're literally life-or-death technology.
The successful engine burn sets up a Monday flyby around the Moon's far side, followed by a Friday splashdown in the Pacific Ocean. It's a free-return trajectory — lunar gravity will naturally slingshot them back to Earth without requiring additional major engine burns.
This mission represents NASA's biggest gamble in decades. The Space Launch System rocket that launched them cost over $20 billion to develop. Orion itself represents years of engineering and billions more in investment. Unlike previous test flights, this one has humans aboard — raising both the stakes and the potential for triumph.
Program manager Howard Hu praised the crew's performance, particularly noting how smoothly human control integrated with Orion's autonomous systems. Previous missions relied entirely on computer control, but adding human pilots always introduces variables.
The broader context makes this moment even more significant. China is aggressively pursuing lunar missions, and private companies like SpaceX are revolutionizing space access. NASA needed to prove it could still execute ambitious human spaceflight missions.
For the next week, four humans will experience something no living person has done: seeing Earth from deep space, witnessing lunar sunrise from orbit, and traveling farther from home than anyone since their grandparents' generation. The successful engine burn suggests they're well on their way to making that extraordinary journey safely.
Source: Ars Technica
NASA's Artemis II crew fired their main engine Thursday, sending astronauts Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen on a trajectory around the Moon. The 5-minute, 50-second burn marked a point of no return, committing them to a week-long journey that three-quarters of the world's population has never witnessed.
The last time humans ventured beyond low-Earth orbit was December 1972, during Apollo 17. That means anyone under 50 is watching history unfold in real-time.
Before committing to deep space, the crew spent their first day pushing Orion through its paces. Pilot Victor Glover flew the spacecraft through a complex dance with the rocket's upper stage, testing every thruster and maneuver they might need for future Moon landings.
Glover guided Orion within dozens of feet of the massive upper stage, then put the ship through side-to-side movements, pitch, roll, and yaw maneuvers. His frequent commentary suggested the spacecraft handled better than expected — crucial data for NASA's confidence in future Artemis missions.
Not everything went perfectly. The crew had an awkward moment with Orion's toilet during initial checkout. The system needed proper "wetting" with water to prime the pump, but the first attempt didn't use enough water. Once they added more, everything worked fine. Space plumbing remains challenging, even in 2026.
More importantly, Orion's life support systems performed flawlessly. The carbon dioxide scrubbers that prevent astronauts from breathing their own exhaled gases worked perfectly. Water systems functioned as designed. These aren't glamorous systems, but they're literally life-or-death technology.
The successful engine burn sets up a Monday flyby around the Moon's far side, followed by a Friday splashdown in the Pacific Ocean. It's a free-return trajectory — lunar gravity will naturally slingshot them back to Earth without requiring additional major engine burns.
This mission represents NASA's biggest gamble in decades. The Space Launch System rocket that launched them cost over $20 billion to develop. Orion itself represents years of engineering and billions more in investment. Unlike previous test flights, this one has humans aboard — raising both the stakes and the potential for triumph.
Program manager Howard Hu praised the crew's performance, particularly noting how smoothly human control integrated with Orion's autonomous systems. Previous missions relied entirely on computer control, but adding human pilots always introduces variables.
The broader context makes this moment even more significant. China is aggressively pursuing lunar missions, and private companies like SpaceX are revolutionizing space access. NASA needed to prove it could still execute ambitious human spaceflight missions.
For the next week, four humans will experience something no living person has done: seeing Earth from deep space, witnessing lunar sunrise from orbit, and traveling farther from home than anyone since their grandparents' generation. The successful engine burn suggests they're well on their way to making that extraordinary journey safely.
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