Remote work was supposed to end geography. If you can work from anywhere, the argument went, talent would disperse, cities would hollow out, and the advantage of physical proximity would dissolve. That prediction has not come true — and the reason why tells you something important about how innovation actually works. Digital abundance has not made location irrelevant. In several measurable ways, it has made it more valuable.
The Geography of Opportunity Did Not Flatten
The facts of remote work’s spread are real. Hybrid arrangements are now standard across most knowledge-economy sectors in Europe and North America. The tools exist to collaborate across time zones, to hire globally, to manage teams that never share a physical space. And yet the geography of opportunity has not dispersed accordingly.
The underlying mechanism is agglomeration: high-value employment clusters because the people and firms that generate it benefit from proximity to each other. The gains don’t distribute evenly across space — they concentrate in places that already have the critical mass of talent, institutions, and networks to generate them. Remote work gave individuals more flexibility in where they live. It did not change where the opportunities are generated.
Only “superstar cities” like New York and Los Angeles enjoyed the full return to pre-2020 migration trends after the pandemic. Smaller large cities did not enjoy as much of an agglomeration advantage. These cities have enough cultural importance, prestige, infrastructure, and opportunities to attract migrants despite the ability to conduct remote work from lower-cost areas. Geographic flexibility turned out to mean something more like “you can live further from the centre” than “you can live anywhere and access the same opportunities.”
Why Creativity Still Happens in Rooms
The cognitive science behind this is increasingly well-documented. Research published in Nature in 2022 found that videoconferencing significantly reduces creative idea generation — specifically the associative, divergent thinking that produces genuinely novel connections. Video calls narrow attention, reduce peripheral awareness of the environment, and suppress the kind of wandering thought that generates new ideas. A parallel study found that Zoom interactions reduce interbrain coherence — the neural synchronisation between people that underlies effective social cognition. More recently, a 2025 paper in Scientific Reports documented measurable differences in brain synchronisation during eye contact depending on whether the interaction was physical or screen-mediated.
The implication is not that remote work is cognitively impoverishing in general. It is that the specific functions most associated with innovation — associative thinking, spontaneous connection, trust formation — are ones where physical co-presence carries a genuine and measurable advantage.
Knowledge Spills Over Locally
The economic picture matches the neuroscience. Research using smartphone geolocation data to track face-to-face meetings between workers at different firms in Silicon Valley found that those physical encounters generated significantly more subsequent knowledge exchange — measured through patent citations — than interactions at a distance. The returns to serendipitous proximity are real and quantifiable.
The film industry offers perhaps the most counterintuitive illustration. Hollywood is one of the most networked, globally distributed creative industries in existence. Digital tools have transformed production, distribution, and collaboration across it. And yet it remains intensely geographically concentrated in Los Angeles. Agglomeration benefits have induced cities to pursue clusters of related firms that serve as the basis for local economic development and technological innovation. The relationship between cities and productive innovation remains significant — even in industries where, on the surface, it shouldn’t need to be. Zoom did not move Hollywood.
The Social Infrastructure That Cities Provide
Beyond the cognitive and economic mechanisms, cities provide something harder to quantify but equally important: the social infrastructure of relational mobility — the ease with which people form new connections outside their existing networks. Cities like London, Berlin, Amsterdam, and New York function not just as employment centres but as systems for generating encounters between people who would not otherwise meet.
This is the mechanism behind serendipity, and serendipity is not a trivial input into innovation. The chance conversation, the unexpected introduction, the collaboration between people from different disciplines — these are disproportionately products of high-density, high-mobility environments. They are, by definition, difficult to engineer online. Psychological safety — the conditions that make it safe to share unfinished ideas — also forms more readily through physical interaction, through body language and accumulated small moments that remote channels consistently underperform.
Second Cities Are Rising — But Not Randomly
As examined in Europe’s secondary cities investment trend, the geography of opportunity is extending beyond first-tier capitals. But that extension is not random. The cities gaining ground — Valencia, Leipzig, Porto, Łódź — are doing so by building the physical infrastructure of agglomeration: universities, co-working ecosystems, cultural amenities, transit connectivity. They are not winning because digital tools made location irrelevant. They are winning because they built the conditions that make physical concentration valuable.
The remote work paradox resolves this way: digital abundance increased the supply of locations where work can happen, but did not reduce the premium on locations where innovation concentrates. If anything, it raised it — by making tacit knowledge, trust infrastructure, and serendipitous connection into scarcer and therefore more valuable inputs. The internet did not flatten geography. It repriced it.
Key Sources
- Annals of Regional Science / Maastricht University, “The teleworking paradox: The geography of residential mobility of workers in pandemic times” (Wong, Kourtit & Nijkamp, 2025): https://doi.org/10.1007/s00168-025-01368-4
- Economics Online, “The Geography of Remote Work: Are Cities Losing Their Agglomeration Advantage?”: https://www.economicsonline.co.uk/all/the-geography-of-remote-work-are-cities-losing-their-agglomeration-advantage.html
- Shortform, “The New Geography of Jobs — Enrico Moretti summary”: https://www.shortform.com/summary/the-new-geography-of-jobs-summary-enrico-moretti
- Nature, “Virtual communication curbs creative idea generation” (Brucks & Levav, 2022): https://www.nature.com/articles/s41586-022-04643-y
- NBER, “The Returns to Face-to-Face Interactions: Knowledge Spillovers in Silicon Valley” (Atkin, Chen & Popov, 2022): https://www.nber.org/papers/w30147
- Scientific Reports, “Synchronization of brain activity associated with eye contact” (Sato & Sato, 2025): https://www.nature.com/articles/s41598-024-84602-x
- OECD, “The New Geography of Remote Jobs: Evidence from Europe”: https://www.oecd.org/en/publications/the-new-geography-of-remote-jobs-evidence-from-europe_29f94cd0-en.html
- ScienceDirect, “Innovation Spillovers across U.S. Tech Clusters”: https://www.sciencedirect.com/science/article/abs/pii/S0304405X26000358
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