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The girl boss cant come to the phone right now why?

Because shes dead and in her place the Gen Z Lazy Girl Worker has been born.

The early 2000s were all about female hustle culture.

Women were ambitious, unapologetic and dedicated to their work at any cost.

Millennials were obsessed by titles, status and racing to the top.

Things were so intense that a book titled #GirlBoss by business woman Sophia Amoruso became a bestseller.

It was a time of uncomfortable high heels, very tight skinny jeans and owning three phones or whatever the metaphorical equivalent of that was.

Hustling was the other main feature non-stop hustle until youre burnt out and begging to book into a Bryon Bay retreat culture.

Thanks to Gen Z the culture has shifted and the Lazy Girl trend has emerged as an antidote to girl boss hustle culture.

Young women dont want to smash the glass ceiling.

They want to be happy and wear baggy jeans while doing less.

Lazy is a confronting term but at its core the Lazy Girl work trend just means that some young women have traded in ambition for work/life balance.

They arent staying back to meet impossible deadlines, instead they are going for walks for their mental health.

Gen Z women have chosen balance over career progression.

They arent interested in going above and beyond for their employers but they are prepared to do exactly what they were hired for.

They meet expectations but they dont exceed them.

#stitch with @coolseandotcom the traditional way of describing a good job is not actually how you get a raise in 2023. The top performing coworker may not always get the biggest raise out of the group. Relationships with your boss and office politics is very nuanced.here is the best way to survive your job and not get fired #toxicworkplace #9to5 #badboss

Gabrielle Judge, 26, is an American that credits herself with starting the Lazy Girl Job trend on TikTok.

The hashtag has over 14 million views now and Judge encourages women to find jobs that work for them.

I started the trend Lazy Girl Jobs, which is just a way to describe jobs with work-life balance, she told news.com.au.

So why the word lazy? Wouldnt the Bare Minimum work trend make employers less anxious?

I added lazy into the term because Lazy Girl Jobs offer so much work-life balance it should feel as if you are almost operating at a lazy state when compared to the American Hustle culture, she explained.

Its a concept that has caught on and young women are creating content on TikTok to brag about doing less at work.

I was born for a Lazy Girl office job. I get paid a bomb salary to talk to no one, take breaks whenever I want and be the office baddie, one creator shared.

This is your sign to get you a Lazy Girl job where 90 per cent of it is just copying and pasting stuff, a TikToker shared.

Another revealed the benefits of getting a Lazy Girl job and youll be relieved to know it doesnt involve you working yourself to the bone just so you have something to brag about on LinkedIn to a bunch of people you dont even know.

I have a Lazy Girl job where I sit at my desk 9-4 and post invoices in my own time and can read or watch Netflix or TikTok and get paid decently an hour, she bragged.

While another young woman mentioned that her job is basically just copy and paste and all she has to do is take five calls a day and she still earns a nice salary.

Somewhere a girl boss pioneer like Ita Buttrose is rolling her eyes.

Gen Z women arent just rejecting girl boss culture they are rallying against it.

Angelica Hunt, senior marketing lead at diversity, equity, and inclusion consultancy, The Dream Collective, explained that the trend shouldnt surprise to anyone that is paying attention to what young women want.

The Lazy Girl trend addresses an ever-growing misalignment between companies and individuals, where non-inclusive workplace cultures are no longer being accepted.

Hunt stresses that Gen Z are designing a working life that works for them and it is because theyve witnessed Millennial and Boomer burnout.

Theyve learned from their parents generation that pouring your whole life into work at the expense of all else may not be paying off as much as they once thought.

Interestingly, Hunter doesnt think the younger generation should change their thinking and start working harder.

Instead she said that pinning Gen Z as the generation that doesnt want to work is missing opportunity to understand where they are coming from, and the trend should be addressed head on.

If we address it, we create better, more inclusive, and happier workplaces where people genuinely want to be is that not beneficial for everyone?

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Technology

Uber opens ‘interest list’ for Waymo robotaxi rides in Austin

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Uber opens 'interest list' for Waymo robotaxi rides in Austin

Dara Khosrowshahi, CEO of Uber, speaking on CNBC’s Squawk Box outside the World Economic Forum in Davos, Switzerland on Jan. 22, 2025.

Gerry Miller | CNBC

Ride-hailing and food delivery app Uber is opening its “interest list” to users in Austin, Texas, who want to be first in line for Waymo robotaxis there.

The company said in a statement that users will “be able to travel across 37 square miles of Austin — from Hyde Park, to Downtown, to Montopolis” — when the Uber-Waymo service launches soon.

The so-called “interest list” allows users to receive Uber updates and bolsters their odds of being matched with a Waymo autonomous vehicle upon launch.

The vehicles that will be part of the Austin service are Jaguar iPace electric models equipped with Waymo’s driverless systems and labeled with both Waymo and Uber branding.

The Waymo rides in Austin will only be available through the Uber app, unlike in San Francisco and Los Angeles, where riders hail them through the Waymo One app.

In the face of investor pressure to step up its autonomous vehicle strategy after Tesla promised it would soon start producing robotaxis, Uber last year said it had begun testing a ride-hailing app with some of its employees.

While Tesla does not make vehicles that are safe to use without a human driver at the wheel, ready to steer or brake at all times, Elon Musk’s automaker in January said it will “begin launching” a driverless ride-hailing business “later this year” starting in Austin.

According to the Texas Department of Transportation, testing and operating a commercial robotaxi service in the state does not require the same types of special licenses and permits that other states require.

“Texas law allows for AV testing and operations on Texas roadways as long as they meet the same safety and insurance requirements as every other vehicle on the road,” a spokesperson for the department told CNBC by e-mail.

Uber CEO Dara Khosrowshahi is expected to discuss the impact of automated driving systems — or self-driving cars — on the company’s overall business and strategy on a fourth-quarter earnings call on Wednesday.

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Politics

Bybit fined $1M by India’s financial regulator over compliance violations

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Bybit fined M by India’s financial regulator over compliance violations

India’s financial regulator has fined Bybit $1 million for failing to register under the Prevention of Money Laundering Act, leaving its compliance status unclear.

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Science

Scientists Control Kelvin Waves in Superfluid Helium for First Time

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Scientists Control Kelvin Waves in Superfluid Helium for First Time

For the first time, researchers have successfully controlled and observed Kelvin waves in superfluid helium-4, marking a significant step in understanding energy dissipation in quantum systems. The study has provided a controlled method to excite these helical waves, which had previously only been observed in unpredictable conditions. The research opens new possibilities for studying quantised vortices and their role in energy transfer at the quantum level.

Controlled Excitation of Kelvin Waves

According to the study published in Nature Physics, also available on arXiv, Kelvin waves—first described by Lord Kelvin in 1880—are helical disturbances that travel along vortex lines in superfluid systems. These waves play a crucial role in energy dissipation within quantum fluids but have remained difficult to study due to the challenges of controlled excitation.

Associate Professor Yosuke Minowa from Kyoto University, the lead author of the study, told Phys.org that the breakthrough occurred unexpectedly. An electric field was applied to a nanoparticle decorating a quantised vortex with the intention of moving the structure. Instead, the vortex core exhibited a distinct wavy motion, leading researchers to shift their focus toward controlled Kelvin wave excitation.

Superfluid Properties and Quantum Vortex Behaviour

Superfluid helium-4, which exhibits quantum effects at macroscopic scales when cooled below 2.17 Kelvin, has no viscosity, allowing it to flow without friction. This unique state prevents energy from dissipating as heat, leading to the formation of Kelvin waves when disturbances occur in the vortex lines of the fluid. The research team demonstrated that these waves, rather than traditional fluid turbulence, provide an essential mechanism for energy transfer in superfluid systems.

Nanoparticles Used for Wave Visualisation

To track the motion of Kelvin waves, the researchers introduced silicon nanoparticles into superfluid helium-4 at 1.4 Kelvin by directing a laser at a silicon wafer submerged in the fluid. Some nanoparticles became trapped within vortex cores, making them visible under controlled conditions. A time-varying electric field was then applied, forcing oscillations in the trapped particles and generating a helical wave along the vortex.

Experiments were conducted across different excitation frequencies ranging from 0.8 to 3.0 Hertz. A dual-camera system allowed for three-dimensional reconstruction of the wave’s motion, confirming its helical nature.

Experimental Confirmation and Future Research

Prof. Minowa explained to Phys.org that proving the observed phenomenon was indeed a Kelvin wave required an in-depth analysis of dispersion relations, phase velocity, and three-dimensional dynamics. By reconstructing the vortex’s motion in 3D, the researchers provided direct evidence of the wave’s handedness, confirming its left-handed helical structure—something never experimentally demonstrated before.

To validate their findings, the team developed a vortex filament model, which simulated Kelvin wave excitation under similar conditions. These simulations confirmed that forced oscillations of a charged nanoparticle generated helical waves in both directions, aligning with experimental results.

The study introduces a new approach for studying Kelvin waves in superfluid helium, offering insights into the mechanics of quantised vortices. Future research may explore the nonlinearity and decay processes of Kelvin waves, potentially revealing further details about quantum fluid dynamics.

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