Lecture Slides: So You Think You Can Innovate?

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Why aren’t we solving the greatest scientific problems of the world today? Innovation is critical to our nation’s scientific enterprise. However, creative thinking has been on the decline and is not generally taught in academic institutions. Renowned public health scientist and clinician, Dr. Roberta Ness, Dean of the University of Texas Health School of Public Health, believes that students, established scientists, researchers, and engineers can learn to be more innovative. Through her book Innovation Generation: How to Produce Creative and Useful Scientific Ideas, and graduate course on Innovative Thinking at the University of Texas, Dr. Ness provides the framework and tools to “think outside the box.” She shared these basic concepts in this one-hour lecture. Dr. Ness is a leading researcher in women’s health and widely known for her efforts to bridge from research to policy. She is a member of the Institute of Medicine.

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Roberta Ness, MD, PhD

Dean, School of Public Health M. David Low Chair and

James W. Rockwell Professor in Public Health Vice President, Innovation

Houston Center for Innovative Generation The University of Texas

Health Science Center at Houston

Center for Innovation Generation Website https://sph.uth.edu/research/centers/ingen

http://youtu.be/B2pjN4Ne1ag

So You Think You Can Innovate?

Roberta B. Ness, MD, MPH James W. Rockwell Professor in Public Health University of Texas School of Public Health Vice President, Innovation UTHealth

University of Southern California September 15, 2014

Presented by the Education, Career Development, and Ethics Program (ECDE) of the Southern California Clinical and Translational Science Institute (SC CTSI) in collaboration With KSOM Office of Research Seminar Series & NIH T32HD060549 Training Program

Surprise in the service of health

and prosperity

• Make existing resources better, faster, cheaper

• Create new technologies, breakthroughs

Innovation Defined

Teaching Innovation

Can innovation be taught?

Does It Work? Clapham et al: Meta-analysis of 40 studies Scott et al: Meta-analysis of 70 studies 2 – 3X increases in fluency, novelty, and originality Improvements in problem-solving, attitude and work performance

Does It Work?

Structured programs demonstrated effects independent of: •  Age • Gender •  Intellectual capacity •  Professional/academic setting

Conceptual Components

Recognizing and finding alternatives

to habitual cognitive patterns

Learning to use tools that enhance

generative ideation

Aligning divergent

thinking with the scientific

method

Overcoming Habitual Cognitive Patterns and Their Implications

•  Frames define human communication and thus thinking

•  Frames are expectations which we use to interpret new information and draw inferences

Big “I” Innovation Means Thinking Outside Frames

•  Cell phone •  GPS •  Safety of Anesthesia

Little “i” Innovation

Big “I” Innovation •  Transistor •  Theory of special relativity •  Germ theory

Threats to Mankind Require Big “I” Innovation •  Income/Education disparities •  Alzheimer’s disease •  Global warming •  Emerging infections •  Obesity

Example: Expectation in going to a restaurant

Gary and Nancy are lying on the floor dead. Around them

is a puddle of water and some broken glass. What are

the circumstances of their death?

Answer: They are fish and their fish tank broke – thus they suffocated.

Emotion

Remove street signs from city centers

Metaphors and Frames •  War on

cancer

•  Cancer as neighbor

VERSUS

Tools that Enhance Idea Generation

Tool 1: Finding the Right Question •  Right time and place

Example: Cervical cancer as an STI - needed PCR to identify HPV

Tool 1: Finding the Right Question •  Big questions

Example: Jeremy Morris, father of physical activity: “What about social class alters CVD risk?”

Tool 2: Observation

•  Normal observation becomes complacent

•  Normal observation is biased by expectations

Tool 2: Observation

•  Marshall and Warren win Novel Prize for discovery of H. pylori

Tool 3: Analogy

•  Kekule: Structure of benzene as a snake seizing its own tail

•  Bell: Electromagnetic vibration as human voice

•  Jenner: Cowpox protection as smallpox protection

Tool 4: Juggling Opposites Deduction and Induction

•  Induction: Mendel observed thousands of pea crosses

•  Deduction: Einstein moved from axioms to theorums

Tool 4: Deduction and Induction •  Innovation combines

induction and deduction •  Eg: Darwin observed

beak size variability in finches. Through a leap of logic he inferred that some beaks out-competed others in a given environment

Tool 5: Change Your Point of View •  Darwin imagined

himself as a plant •  Einstein imagined

traveling at the speed of light

•  Montessori imagined herself as a child

Tool 5: Change Your Point of View

•  Imagine yourself as a teenager in West Texas deciding whether or not to keep an unintended pregnancy

Tool 6: Broadening Your Perspective •  Ancel Keys: Father of

the Mediterranean Diet •  Expanded his research

network to create the first international comparisons of heart disease: Japan, Greece, Finland

Tool 6: Broadening Your Perspective

•  How can we provide more nutritious foods in America’s lunchrooms?

•  How do we get America to eat better?

Tool 7: Reversal

•  Serendipity: a “happy accident” •  Alexander Fleming: father of antibiotics •  Joseph Goldberger: presence of

infection vs. absence of nutrient as the cause of pellagra

Tool 7: Reversal •  Medicine: Presence of disease •  Public Health: Absence of disease

•  Implications for obliviousness to absence •  Hard to get people excited •  Hard to get compliance

Tool 8: Reorganization and Rearrangement

•  Functional fixedness: a particular object implies a particular use

•  Candle experiment: attach the candle to the wall

Candle Book of matches Box of thumbtacks

Tool 8: Reorganization and Rearrangement

•  Combining disciplines •  Nanoparticle engineers and

pharmacologists to create new systems for drug delivery

Tool 8: Reorganization and Rearrangement

•  How might you design a neonatal incubator for developing, resource-poor settings?

Tool 9: Brainstorming Group

DARPA: RED BALLOONS Challenge: Ten 8 foot high, fixed bright red weather balloons at random locations around the U.S. $40,000 to the first person or team to find all 10 balloons.

•  “C” Factor •  Groups performance on wide range of

intelligence tasks •  Not strongly correlated with individual

intelligence •  Correlated with social sensitivity (e.g.,

inclusiveness) of group

Woolley, Science 2010

Tool 9: Power of Groups

Tool 9: Brainstorming Group

•  Generates > 100 ideas/hour •  Divergent thinking first •  Convergent thinking next

Harmonizing •  Idea Generation and the

Scientific Method

Hypothesis Expectation

ObservationInference

Define the problem

Gather information

Separate raw inputs from frames

Generate alternative, original ideas

Converge on most useful insights/hypothesis

Develop action plan to test hypothesis

Stepwise Harmonization

Death: scary, sober, mysterious

Approach with awe,

fear

Few people have advance

directives

Thinking Inside the Box

•  Death and taxes Ø  Tax form for advanced directives

Thinking Outside the Box

Summary Innovative thinking can be taught

Key is thinking outside frames

Tools include:

Alternative framing and metaphors

Kenner observation

Awareness of cognitive biases

Analogy

Expansion

Reversal

PO

Etc

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