Samantha Morris on building your own creative lineage | The Night Science Podcast - Ep 12
Audio Brief
Show transcript
This episode covers strategies for fostering scientific creativity, navigating academic challenges, and effective leadership in research environments.
There are three key takeaways from this conversation. First, creating safe spaces for unconventional ideas is crucial for scientific innovation. Second, effective mentorship thrives in organic relationships that offer direct, challenging advice. Third, strong research leadership involves protecting the team from administrative burdens to maintain focus on scientific work.
Scientific creativity can be fostered through structured, low-stakes forums. For instance, a "Big Idea" series encourages researchers to share even "bonkers" concepts without pressure, creating an environment where unconventional thinking is explicitly supported. This approach ensures diverse ideas are explored, promoting innovation and growth.
Navigating academic challenges often involves overcoming unsupportive environments by seeking mentors that provide a better creative and scientific fit. Organic mentorships, developed naturally with trusted colleagues, offer more practical and empowering advice than formal, committee-based structures, which can often induce anxiety and conflicting guidance. The most effective mentors provide direct, challenging feedback that pushes for independence, rather than simply offering validation.
A key aspect of lab leadership involves creating boundaries and shielding the research team from administrative burdens and stresses. New Principal Investigators face a steep learning curve in leadership, and a critical lesson is to absorb behind-the-scenes challenges. This protective leadership allows team members to concentrate solely on their scientific work, preventing distractions and fostering a more productive research environment.
This conversation underscores the importance of intentional environments, impactful mentorship, and protective leadership in driving scientific success and innovation.
Episode Overview
- Guest Sam Morris shares her personal academic journey, from a challenging PhD experience where her creativity was stifled to finding a supportive postdoctoral environment that allowed her to thrive.
- The conversation explores practical strategies for fostering scientific creativity, such as her lab's "Big Idea" series, which encourages "bonkers" and unconventional thinking in a safe space.
- Sam contrasts the anxiety-inducing nature of formal mentorship committees with the power of organic, "straight-talk" mentorships that developed naturally with trusted senior colleagues.
- The episode delves into the challenges of leadership, highlighting the steep learning curve for new PIs and the importance of shielding a research team from administrative stress to keep them focused on science.
Key Concepts
- Fostering Scientific Creativity: Implementing structured, low-stakes forums like a "Big Idea" series can create a safe environment for team members to share unconventional and even "bonkers" ideas without pressure.
- Navigating Academic Challenges: The discussion covers overcoming early-career setbacks, such as an unsupportive PhD environment, by actively seeking out environments and mentors that are a better creative and scientific fit.
- Organic vs. Formal Mentorship: A distinction is drawn between stressful, committee-based mentorship that can provide conflicting advice, and healthier, more effective mentorships that evolve naturally from collaborative relationships.
- Qualities of an Effective Mentor: Good mentors provide direct, challenging, and practical advice that pushes for independence, rather than simply offering validation or what a mentee wants to hear.
- The PI as a Protective Leader: A key aspect of lab leadership involves creating a boundary between being a mentor and a friend, specifically by shielding the team from the administrative burdens and stresses of running a lab.
Quotes
- At 0:39 - "Sometimes the ideas are absolutely bonkers and we encourage that and we support it. So that's the space to just go wild and be creative." - Sam Morris highlights her lab's philosophy of creating a safe space for unconventional scientific ideas.
- At 2:50 - "My early training, I was the first of my family to go into academia, really to go to university, so it was not a clear path for me." - Sam Morris describes her background and how she didn't have a predefined academic path to follow.
- At 3:16 - "I think she could see how interested I was in the subject because she said, 'Hey, why don't you come join my lab for a summer?'... And I absolutely fell in love with it." - Sam Morris recounts how an encouraging undergraduate lecturer provided her first lab experience.
- At 3:45 - "It was a little bit of a failure to launch in the PhD process. It wasn't the right fit for me... I didn't get the support that I needed scientifically or creatively." - Sam Morris candidly reflects on the difficult and unsupportive environment she experienced during her PhD.
- At 21:47 - "I found it such an an anxiety-inducing experience because every single person had different advice. It was all conflicting and it panicked me." - The speaker describes her negative experience with a formal mentoring committee.
- At 22:34 - "[He] pushed me and told me not to wait around for people to help me. He said, 'You've got all the skills you need, go for it.'" - The speaker recalls the empowering and practical advice she received from one of her organic mentors, Rob Mitra.
- At 23:31 - "This mentor-mentee relationship has just naturally evolved, and I think it's much healthier for me." - The speaker contrasts her positive, organic mentorships with the stress of the formal committee structure.
- At 25:31 - "I made that mistake early on, trying to be a friend and oversharing with my lab members... It wasn't good for my leadership, because I need them to focus on the science and not worry about what goes on behind the scenes." - The speaker reflects on a key lesson she learned about the boundary between mentorship and leadership.
- At 26:47 - "That's a steep learning curve to learn how to lead, and constantly adjusting it as the lab grows and as the... personalities change as well." - The speaker concludes that effective leadership is a dynamic skill that requires continuous adaptation.
Takeaways
- Actively create spaces for creativity by implementing low-pressure idea-sharing sessions where wild and unconventional thoughts are explicitly encouraged.
- If your current academic environment is unsupportive, proactively seek a new one that aligns with your needs, as the right fit is crucial for scientific and creative growth.
- Prioritize building organic mentorships with trusted colleagues over relying solely on formal committees, as these relationships often provide more practical and empowering advice.
- As a leader, protect your team's focus by absorbing administrative stress yourself, understanding that oversharing can be detrimental to both their work and your leadership.
- Value mentors who offer direct, challenging feedback that pushes you toward independence, even if it's not what you initially want to hear.