Naked mole rats are weird. They spend their lives almost entirely underground, are largely insensitive to some kinds of pain, can persist without oxygen for a long time, rarely develop cancer, and can live past 30 years, which is decades longer than similarly sized rodents. They are also eusocial, like ants, bees, or termites—in a colony that can hold more than a hundred animals, only one female, the queen, breeds.

We didn’t know how exactly naked mole-rat queens stop other females from breeding. For a long time, our leading hypothesis was bullying and violence, but that may be a bit impractical, given their kingdoms are vast networks of tunnels that can stretch for up to three kilometers. But now a team of Lewin Lab scientists at Max Delbrück Center for Molecular Medicine in Berlin discovered it’s actually just one part of a sophisticated olfactory signaling program.

Running on smell

"It's very clear that mole rats actually have quite big noses and smell a lot," says Gary Lewin, a neurobiologist at the Max Delbrück Center for Molecular Medicine and senior author of the study. Naked mole rats have around 1200 olfactory receptor genes, more than mice (which have roughly 1,000 of them) and way more than the few hundred in humans. They're also blind. "They have to be able to navigate and move around without vision, so smell is one of those things that’s enhanced," Lewin said.

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China-linked UNK_MassTraction targets US and Canadian universities through Roundcube flaws, stealing sessions and opening access to research mail servers.

About 14 years ago, Chrissi Kelly lost her sense of smell. She had traveled to the Czech Republic to visit family and caught some virus. Months later, when she still couldn’t smell, she made the rounds to doctors, including her general practitioner and an ear, nose and throat specialist, trying to find answers.

She was diagnosed with anosmia (smell loss), and like many patients with her condition, was told she’d have to learn to live with it. But for her, the loss was catastrophic. “After about six months of complete loss, I was just climbing the walls, and I did not feel like myself anymore,” she says.

Researchers estimate that up to 22 percent of the population lives with smell impairments, like hyposmia (partial smell loss) or anosmia (complete smell loss). And many others live with smell disorders like phantosmia, in which a person picks up phantom smells, or parosmia, where typically pleasant scents like coffee or shampoo begin to register as highly unpleasant (think feces or vomit). Yet the conditions have been poorly understood, underdiagnosed and often minimized by clinicians.

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Bitcoin Magazine

Bitcoin Exchange Inflows Spike to 49,000 BTC in a Day, Signaling More Volatility is Coming: Report

CryptoQuant’s weekly report, “Incoming Volatility?”, makes a clean, data-backed case that something is about to break.

Bitcoin exchange inflows spiked to roughly 49,000 BTC on June 30 — an extreme reading seen only four other times in 2026. Ethereum inflows blew past 1.25 million ETH the same week. Altcoin deposit transactions hit nearly 45,000 a day, the highest in two months and the exact pattern that front-ran Bitcoin’s slide from $82K in early May to below $58K in late June. 

Every one of those signals has historically preceded a directional move, usually down.

And yet, as of Thursday morning, Bitcoin is trading around $61,600 — back above the $60K support the report frames as the line in the sand, and up several thousand dollars from Wednesday’s print near $58,600. The chain is screaming risk-off but the price just shrugged it off. 

The most bearish detail in the report isn’t the raw inflow volume — it’s the composition. The average deposit size doubled from 1 BTC to 2 BTC. That’s not retail panic-selling in dribs and drabs; that’s whales and institutions deliberately repositioning coins onto exchanges. 

As CryptoQuant’s Julio Moreno notes, a jump in average deposit size is a more bearish tell than high volume alone, because it signals intent rather than noise. When large holders queue up to sell, they usually know something, or think they do.

So why did price go the other way? Because the flows aren’t happening in a vacuum. Bitcoin’s June bleed had less to do with anything crypto-native than with capital rotating out of digital assets and into the semiconductor trade, U.S.-Iran tensions stoking inflation fears, and Strategy trimming its stack. 

Mt. Gox moving 10,422 BTC last month revived creditor-selling anxiety ahead of the October repayment deadline. Spot Bitcoin ETFs, meanwhile, have bled billions across a double-digit streak of outflow sessions. 

The whales moving coins to exchanges may simply be positioning for that same macro storm and not really causing it. 

Thursday’s bounce came courtesy of dovish Fed commentary that eased rate-cut fears. That’s the tell within the tell: in this market, macro is the dog and on-chain flows are the tail. 

Bitcoin price action

At the time of writing, Bitcoin is trading at $61,469.98, up $1,322.54 (+2.2%) on the day after bouncing off a 24-hour low of $59,520 and peaking near $62,148 around 10 a.m. 

The recovery back above $60,000 — with $32.49B in daily volume and a $1.23T market cap — lines up with the report’s read that $60K is the battleground level, and today the bulls are holding it.

This post Bitcoin Exchange Inflows Spike to 49,000 BTC in a Day, Signaling More Volatility is Coming: Report first appeared on Bitcoin Magazine and is written by Micah Zimmerman.

For as popular as the piano is in music studios, homes, and schools, it almost defies logic. Compared to a guitar, harmonica, or drum set, pianos are incredibly complex machines that can have somewhere on the order of 8,000 moving parts in a case that can easily weigh hundreds of pounds and which often responds quite poorly to seasonal changes in temperature and humidity. But for putting up with all of these downsides, musicians are rewarded with an instrument that uniquely responds to touch, style, and emotion. A big reason for that is that mechanical complexity, and [Super Valid Designs] is attempting to bring that design to a drum set.

Compared to the complex machinery that connects the movement of a piano’s key to its hammer striking a string, a kick drum pedal is much simpler. It can only bounce off of the drum or get “buried” where the beater remains pressed up against the drum after hitting it. [Super Valid Designs] wanted something with a bit more finesse and control, so he first 3D printed a mechanism that throws the beater towards the drum head and then disconnects it mechanically from the pedal, so that it rebounds even if the pedal stays depressed. The next steps were more difficult, which involved making sure the mechanism reset itself in a repeatable way, without making too much noise of its own. This involved trying out a few different ideas and printing a massive amount of subtly different linkages, but in the end he’s left with a machine that nearly replicates all of the parts of a piano’s escapement,

The end goal of this project wasn’t simply to reproduce piano mechanisms on a drum set, though. [Super Valid Designs] hopes to make a kick drum that’s much smaller than those found in traditional kits, and since smaller drums respond poorly when the beater remains on or near the drum after striking it, a mechanism like this will dramatically improve the performance of the smaller drum and help reduce the requirement for perfect technique. And, maybe in 50 years or so, these types of escapements will take over the drumming world just like the piano escapement took over keyboards after its invention in the 1700s. Some simpler piano actions have been built before, but the complexity seems to be a requirement for all of the tasks they need to do whether its for a piano or a drum.