Your Brain Doesn't Work Alone

What relational neuroscience tells us about why hybrid collaboration feels harder than it should.  

Video calls aren't failing because of bad tools. They're failing because your brain can't sync the way it's built to.  

Relational Neuroscience starts from a premise that most workplace thinking ignores: the brain does not function in isolation. It functions in interaction. Who you work with and how you work with them shapes how well you think, learn, and perform. Not metaphorically. Neurologically. 

"We often assume performance is an individual trait related to skills competence alone," Assoc Prof Atiqah explains. "What we find is that performance emerges from how well people are aligned in attention and understanding."

When people collaborate well, their brain activity begins to align. They focus on the same information, interpret it in similar ways, and stay engaged with each other over time. The result is not that everyone thinks identically, but that they are aligned enough to build on each other's ideas. 

The implication is a shift in how we frame the question. Instead of "How do we improve individuals?", the more productive question becomes: "How do we create conditions where people can think together effectively?" 

What The Research Actually Found 

Assoc Prof Atiqah's current project looks at undergraduate students collaborating in hybrid environments – a group she describes as "still developing their collaboration habits while already working in hybrid formats."  

That makes them a particularly useful lens for understanding what the workforce is heading into. 

Three findings stand out: 

1. Co-view material before you discuss it. When team members look at the same information at the start of a meeting, it creates attentional alignment that predicts better performance later. This goes beyond just a warm-up ritual – it's cognitive infrastructure at play. 
2. Brainstorm before you evaluate. Brainstorming sustains high inter-brain synchrony: people stay continuously engaged and aligned while co-constructing ideas. Evaluation reduces it – critique shifts people into more individual, autonomous modes of thinking. A meeting that moves from open idea generation into structured evaluation lets teams build collaborative flow first, before asking them to pull apart.
3. Tone is infrastructure, not soft skill. Because behavioural cues are reduced online, people rely more heavily on language to gauge the quality of an interaction. Positive speech acts as a buffer in disagreement. Small moments of acknowledgement and inclusive language do the work that eye contact and posture used to do in person. 

Why The Screen Makes This Harder 

In face-to-face settings, attention and interaction are continuously coordinated through micro-behavioural cues: posture, eye contact, the subtle timing signals that govern natural conversation. These cues happen automatically and make alignment relatively easy to maintain. 

In hybrid settings, most of those signals disappear. "Alignment has to be deliberately created," Assoc Prof Atiqah says. "Interaction becomes more dependent on structure, and small disruptions, such as delayed responses or divided attention, can have a greater impact." 

Hybrid work is not just a different location. It is a different cognitive environment. The brain is doing more work to sustain the same level of connection, and without deliberate design, alignment breaks down faster and more quietly than anyone realises. 

What This Means for How Work Is Designed 

For managers and team leads, the key finding is this: do not assume collaboration will happen naturally, especially in hybrid environments. It needs to be designed in. 

"Our research shows that collaboration works best when people are aligned early and remain engaged with the same task over time," Assoc Prof Atiqah explains. "In hybrid settings, that alignment does not happen automatically. It needs to be intentionally created through how interactions are structured." 

Different phases of work require different interaction patterns. Idea generation works best when people feel free to contribute without being immediately critiqued. Evaluation requires direct questioning and challenge. Problem-solving depends on clear, task-focused coordination.  

Where People Can Intervene 

The conditions that make collaboration work – shared attention, structured discussion, constructive language – are things individuals can influence from wherever they sit in a meeting, not just something leadership designs from the top down. 

"Collaboration is something [people] help create through their interactions," Assoc Prof Atiqah says. "Those who can do this well will not only perform better themselves but will also contribute to more effective teams." 

Assoc Prof Atiqah's next step is moving from measurement to intervention: testing whether specific changes in interaction design reliably improve outcomes in real-world settings – whether collaboration, understood as alignment and interaction pattern, is something that can be taught, practised, and consistently improved. 

The neuroscience doesn't just explain what goes wrong in hybrid work.  

It maps exactly where people can intervene.