🧠 Are women really more emotionally intelligent than men?

A new large-scale analysis suggests the answer is far more complicated than the common stereotype.

Researchers examined 1,279 studies involving more than 609,000 people across 76 countries and found that women generally performed better at recognizing and understanding emotions.

But the pattern changes when it comes to emotional regulation: men and boys tended to score higher at managing their own emotions, while women scored higher at managing other people's emotions.

The researchers also found that differences varied depending on how emotional intelligence was measured, where participants lived, their age and whether they were leaders.

The takeaway? Emotional intelligence may be better understood as a set of different skills—not a single ability belonging to one gender.

🧠 Could the brain have a cellular “energy switch” that helps distinguish addictive drugs from natural pleasure?

(The information in this article is strictly for general educational and informational purposes and is not a substitute for professional medical advice, diagnosis, or consultation with a doctor.)

A new study published in Nature Neuroscience has identified a mitochondrial mechanism that appears to play a selective role in drug-related dopamine signaling.

Researchers found that opioids and methamphetamine activated a pathway involving the mitochondrial calcium uniporter (MCU) in dopamine-producing nerve terminals.

But natural rewards did not trigger the same mitochondrial response.

When researchers disrupted MCU in mice, drug-induced dopamine responses and addiction-associated behaviors were reduced, while responses to natural rewards were not similarly affected.

The discovery could give scientists a new direction for studying addiction — one that focuses on the cellular machinery behind drug-related reward rather than simply suppressing dopamine itself.

There is an important limitation: the research was conducted in mice, so it does not yet show that MCU can be targeted safely or effectively to treat addiction in humans.

Still, the findings offer a fascinating look at how mitochondria, cellular energy and the brain's reward system interact.

🚀 Astronomers have found a planet going around its star in the opposite direction!

Meet GJ 3090 b, a sub-Neptune about 73 light-years from Earth that follows a remarkable retrograde orbit around its red dwarf star.

Researchers measured its orbital angle at about 136 degrees, meaning the planet travels in the opposite direction to the star's rotation.

And there's an even bigger twist: GJ 3090 b is the first known retrograde planet discovered around an M-dwarf star. 🔭

Scientists used the NIRPS infrared spectrograph on the ESO 3.6-meter telescope at Chile's La Silla Observatory to measure the planet's unusual orbital orientation.

The system does contain other planets, including the confirmed GJ 3090 c, but researchers have found no evidence of a massive companion that could explain GJ 3090 b's extreme orbit.

So how did this planet end up traveling backward?

One possibility is that its star once acquired a misaligned, retrograde disk of material from which planets could have formed. But that's still a hypothesis — and astronomers now have a fascinating planetary puzzle to investigate. 🌌🪐

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Celebrity E-girl Fashion

Ditch the boring closets and switch up the vibe, it’s time to join the ultimate e-girl tribe! Mix edgy tech-styles with makeup so bold and dress these celebs in the coolest looks told!

🚀 The race toward fault-tolerant quantum computing has a new deadline: 2028.

The U.S. Department of Energy has launched the Quantum Genesis Q Competition, offering up to $215 million in planned funding to companies working toward scientifically relevant quantum computers.

The target? Systems with at least 100 logical qubits capable of performing hundreds of millions of fault-tolerant operations.

DOE is also planning another $45 million for National Laboratories to help validate and verify the systems.

Applications are due October 19, 2026, putting the quantum-computing industry on a clearly defined path toward the department's 2028 technical target.

The next few years could reveal how close the technology is to reliable, error-corrected quantum computing for scientific research.