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Most of us have probably been told at some point that playing video games is a waste of time. Apparently, nobody told Logitech.

The company has announced Logi Game Day, a new global employee benefit that gives every Logitech employee an additional day off specifically to play video games.

Yes, you read that correctly. An extra day off. To game.

Logitech is even giving the perk its own acronym: GTO, or Gaming Time Off.

And this isn’t just an American initiative. Logitech says the benefit applies to employees globally, with its Australian leadership backing the move.

It’s an interesting development from a company that has spent much of 2026 researching the relationship between gaming, cognitive skills and workplace performance. Rather than simply publishing another report about why gaming might be good for us, Logitech is putting its money where its mouth is.

Gaming Time Off Is Now a Company Benefit

Announced on 11 November 2026, Logi Game Day marks the first company-wide gaming day in Logitech’s history.

The premise is straightforward. Employees receive an additional day away from work to spend gaming, whether that’s tackling a single-player adventure, competing online or getting together with friends.

In a LinkedIn announcement, Logitech described the initiative as an extra day off and confirmed that every employee could now take Gaming Time Off.

It’s a surprisingly refreshing approach to workplace benefits, particularly when so much corporate discussion about productivity centres on getting more out of employees.

Logitech is approaching the question from the opposite direction: what happens when employees are given time to disconnect, enjoy themselves and recharge?

“It’s time to retire the stereotype that gaming is a waste of time,” said Hanneke Faber, Logitech’s CEO.

“As a company designing products for work and play, we see every day how engagement in one sphere supports performance in the other.“

The company hasn’t specified whether employees must take their Gaming Time Off on a particular date or whether they can schedule it individually.

Logitech Has Been Building the Case for Gaming at Work

This announcement doesn’t come out of nowhere.

Back in September, Digital Reviews covered Logitech’s research into Australian IT decision-makers, which found that respondents overwhelmingly recognised skills developed through gaming as valuable in professional environments.

That research involved 200 Australian IT decision-makers, with every respondent agreeing that gaming skills could translate into workplace capabilities.

We’re talking about problem-solving, strategic thinking, making decisions under pressure and working collaboratively.

Logitech’s broader Ctrl Tomorrow study also found that 81% of gamers surveyed believed gaming helped build real-world confidence, reduce anxiety and support stronger day-to-day performance.

Now, it’s worth keeping those findings in perspective. These are survey responses about perceived benefits, not evidence that spending another six hours playing Call of Duty will automatically make someone better at their job.

But there’s a reasonable argument that gaming involves more than sitting in front of a screen pressing buttons.

Anyone who has tried coordinating a group of players through a difficult online mission knows that communication, patience and teamwork can make the difference between success and watching the whole squad fall apart.

And perhaps there’s something to be said for giving people permission to switch off from work without feeling guilty about it.

Australian Logitech Employees Are Part of the Plan

Damien Lepore, Logitech’s Managing Director and Cluster Head for Australia and New Zealand, says gaming is already firmly embedded in Australian culture.

“Gaming is a major part of Australian life — research shows 82% of the country play video games, and when we surveyed local IT decision-makers earlier this year, every one of them said gaming translates directly to the skills they rely on at work, from problem-solving to performing under pressure.“

Lepore says the initiative reflects how Logitech wants to support its own people.

“It’s clear gaming isn’t something people leave at the door when they enter the office, and that’s the case here at Logitech ANZ too.”

“Game Day shows we’re meeting our people where they are — if you want a resilient, highly productive team that feels valued, you need to see what matters to them and act on it.“

It’s also a fairly strong statement about workplace culture. Plenty of companies talk about employee wellbeing, flexibility and work-life balance. Logitech is offering its staff something tangible.

And given the company’s gaming hardware business, there’s probably no shortage of keyboards, mice and headsets available for the occasion.

Gaming Isn’t Just for Kids, Either

There’s another interesting connection here.

Earlier this month, we explored Logitech’s research into Australian parents gaming with their children.

That research highlighted how gaming has become a shared family activity rather than something parents necessarily try to drag their children away from.

It challenges the familiar stereotype of gaming as an antisocial activity, particularly when parents and children are spending time together in virtual worlds.

Logitech’s latest initiative extends that conversation into the workplace.

Gaming isn’t necessarily something people grow out of when they finish school, enter the workforce or become parents. For many Australians, it’s simply another way to unwind, connect with others and enjoy some downtime.

And apparently, it’s now a legitimate reason to take a day off at Logitech.

Game Day Celebrations Are Coming

Logitech G will celebrate the initiative with a streaming event at its Americas headquarters in San Jose on 19 November 2026.

The event will be hosted by Logitech G General Manager Robin Piispanen, a former competitive gamer who believes shared gaming experiences can strengthen workplace relationships.

“Whether diving into a game like GTA VI or Call of Duty Modern Warfare 4, shaving seconds off lap times in Forza, or teaming up in an online battle, Game Day gives our team a shared purpose,” Piispanen said.

Logitech’s Chief People Officer, Elaine Laird, sees the benefits extending beyond gaming itself.

“Play is not the opposite of work,” she said.

“When people have dedicated time to log off, decompress and immerse themselves in play, they return with clearer focus, renewed energy and fresh approaches to complex challenges.“

A Perk That Might Be Worth Watching

There’s something appealing about a company telling its employees to spend a day doing something they enjoy, without dressing it up as another compulsory team-building exercise.

Of course, Logitech also happens to sell a substantial range of gaming hardware, so encouraging gaming is hardly disconnected from its business interests.

But that doesn’t make the employee benefit any less interesting.

The research suggests gaming can help develop useful skills. Logitech is now giving its employees the opportunity to put that philosophy into practice.

Whether Gaming Time Off leads to measurable improvements in productivity, employee satisfaction or workplace collaboration remains to be seen.

For now, though, Logitech employees have something rather unusual to look forward to: an extra day off where playing video games is the whole point.

 

O3-type layered oxides are attractive SIB cathodes because they combine high theoretical capacity with high initial sodium content and flexible TM chemistry. At high voltages (≥4.0 V), deep sodium extraction weakens electrostatic screening between adjacent TM–O slabs, promoting slab gliding, O–P phase transitions, and redox-coupled distortion of TMO₆ octahedra. These structural changes can accelerate lattice degradation and compromise electrochemical reversibility. Electrochemically inactive dopants can reinforce the framework, but they may also dilute the redox-active components and reduce reversible capacity. Moreover, their selection has remained largely empirical, often guided by average ionic radius, oxidation state, or elemental composition. Such averaged descriptors cannot fully account for the distribution of ionic field strengths among constituent TM cations, which is associated with local bonding heterogeneity, strain accumulation, and nonuniform phase evolution. A quantitative descriptor that connects dopant chemistry with ionic field strength heterogeneity is therefore essential for designing structurally reversible, high-voltage O3-type cathodes.

The study, published (DOI: 10.1021/jacs.6c11691) online on October 20, 2026, in the Journal of the American Chemical Society, comes from Nankai University, Nanjing University of Science and Technology, the China Spallation Neutron Source Science Center, the Institute of High Energy Physics, Chinese Academy of Sciences, and the Haihe Laboratory of Sustainable Chemical Transformations. The team combined synthesis, structural analysis, electrochemical testing, and computation to test the design rule for O3-type SIB cathodes. The work systematically investigates how ionic field strength disparity influences local TM–O coordination, phase evolution, lattice-strain accumulation, and electrochemical stability under high-voltage operation.

The study compares a low-η cathode (η = 0.34) with a high-η analogue (η = 0.395). Both adopt the same O3-type framework, but the low-η material follows a more reversible O3–P3–O3 path structural evolution, and avoids the additional high-voltage phase transitions seen in the high-η sample. In situ X-ray diffraction reveals smaller changes in lattice parameters for the low-η cathode, indicating improved structural stability during deep desodiation. Differential electrochemical mass spectrometry (DEMS) shows no detectable O₂ evolution within the investigated voltage window and substantially suppressed CO₂ generation, suggesting mitigated oxygen-related degradation and interfacial side reactions. Furthermore, synchrotron X-ray absorption spectroscopy and atomic-resolution strain mapping reveal reduced local coordination disorder, improved structural reversibility, and suppressed heterogeneous strain accumulation. These improvements are consistent with an ionic field strength compensation mechanism, in which inactive cations with intermediate field strengths mitigate disparities among redox-active cations, promoting more homogeneous TM–O bonding and coordinated structural evolution during cycling. Notably, the low-η cathode exhibits a much smaller increase in η during desodiation (7.35%) than the high-η counterpart (17.72%), further supporting the importance of maintaining a stable ionic field strength distribution. The descriptor also enables composition-guided dopant screening, as demonstrated by two additional cathode chemistries with improved electrochemical performance. A control pair with comparable average ionic radii and TM valence states but different η values further confirms the significance of ionic field strength disparity beyond conventional averaged descriptors.

The authors said η turns dopant selection from an empirical search into a quantitative design task. They said the descriptor captures local chemical-field disparities that average composition, radius, or valence cannot resolve, and that lowering it helps synchronize TM–O bond changes and phase evolution during deep desodiation. They added that low η does not require maximal compositional complexity and that simpler cation combinations may avoid capacity and processing penalties. They also said the framework should be extended cautiously to oxygen-redox cathodes, where TM migration and lattice-oxygen loss add separate failure modes.

The approach could accelerate cathode development for stationary storage and high-voltage SIBs by narrowing dopant candidates before costly cell testing. Because η is calculated from formal valence, ionic radius, and cation fraction, it can be adapted to other multicomponent O3-type layered oxides. The results also suggest that low disparity, rather than high entropy alone, should guide composition design; excessive inactive ions can reduce reversible capacity and increase synthesis risk. Before commercial use, the rule needs validation across more compositions, including oxygen-redox-active cathodes, and under practical full-cell conditions. By connecting cation-level chemical descriptors with macroscopic electrochemical performance, this work provides a quantitative foundation for the design of more durable sodium-ion battery cathodes.

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References

DOI

10.1021/jacs.6c11691

Original Source URL

https://doi.org/10.1021/jacs.6c11691

Funding information

The Acknowledgments list the Ministry of Science and Technology of China (2025YFE0100200); National Natural Science Foundation of China (22479080, 92372203, 92372001); Tianjin Natural Science Foundation Project (24JCJQJC00220, 24ZXZSSS00310); Haihe Laboratory of Sustainable Chemical Transformations (25HHWCSS00013); Fundamental Research Funds for the Central Universities of Nankai University (63253167, 63261001); and the “111 Center” (B25010).

About Journal of the American Chemical Society

The Journal of the American Chemical Society (JACS) is the flagship journal of the American Chemical Society and one of the world’s most authoritative and influential journals in the chemical sciences. Established in 1879, JACS aims to publish high-quality, original research that advances fundamental understanding across all areas of chemistry and its interfaces with other disciplines. The journal welcomes contributions in analytical, physical, inorganic, and organic chemistry, as well as in biological and medicinal chemistry, sustainable and environmental chemistry, computational and theoretical chemistry, materials and nanoscience, catalysis and energy, chemical engineering, and chemical education. By fostering innovation and excellence in both established and emerging fields, JACS continues to shape the frontiers of chemical research and to inspire scientific discovery worldwide.