An extraordinary panel was held this afternoon at the Comic-Con Museum in San Diego.
The Science and Science Fiction of Star Trek’s Tricorder brought together four panelists who are helping to lead our way into the future. It will be a future of almost unlimited possibility, replete with groundbreaking technologies what were barely imagined when the original television series was created.
Dr. Erik Viirre, who acted as moderator, is Professor of Neurosciences at UC San Diego; Dr. Paul E. Jacobs is Chairman and CEO of XCOM Labs, and former executive chairman of Qualcomm; Dr. Yvonne Cagle is a physician, professor, retired U.S. Air Force Colonel, and former NASA astronaut; Eugene “Rod” Roddenberry, the CEO of Roddenberry Entertainment and head of the Roddenberry Foundation, is the son of Star Trek creator Gene Roddenberry and Majel Barrett. He is also an executive producer on Star Trek: Discovery, Star Trek: Picard, Star Trek: Lower Decks, Star Trek: Prodigy and Star Trek: Strange New Worlds.
The first thing the audience learned is that all four panelists are fans of Star Trek! (Did you know that the former head of Qualcomm, many moons ago, was founding member of Star Fleet Club La Jolla?)
The next thing we learned was that Star Trek has inspired generations of scientists, engineers, inventors and visionaries. Many technological advances we know today were first conceived by Gene Roddenberry and the experts he turned to for advice when writing the show. He wanted Star Trek to be believable and largely based on science.
We were reminded how Star Trek’s communicator became the actual flip phone, and how today’s smartphones have essentially become Star Trek’s tricorder. Think about it!
The various multi-function tricorders carried by Spock, McCoy, and other Star Trek characters could provide a user with all sorts of useful information. A tricorder could be used to ascertain location and weather, or analyze the physical environment or obtain cultural information. A tricorder could be used as a universal translator. It could even be used to assess one’s medical condition.
In many ways, your smartphone does all of those things today!
We then learned our own future contains even greater possibilities.
The panelists explained how a smartphone, or handheld mobile device, used by an ordinary person, could become a practical health tool. For example, such a medical “tricorder” could analyze the sound of irregular breathing or a cough and determine a likely medical condition or disease. And such a device, by detecting signals or other data from the user’s body, could provide a warning that a stroke or heart attack is imminent.
Projects like that are underway today!
Five years ago, The Qualcomm Tricorder XPRIZE was a $10 million global competition to incentivize the development of innovative technologies capable of accurately diagnosing a set of 13 medical conditions independent of a healthcare professional or facility, ability to continuously measure 5 vital signs, and have a positive consumer experience. Read more about it here.
The co-winning Canadian team, CloudDX, propelled by their Tricorder XPRIZE participation, has gone on to commercialize remote, connected patient monitoring hardware and software that anyone can easily use at home!
And that’s just the beginning.
On the International Space Station today, 250 miles above Earth, astronauts wear a Smart Shirt that senses body temperature, heart rate, blood oxygen, EKG, and even the activity of heart valves!
Can you imagine a virtual reality doctor’s visit in your future? (Oh, wait. Star Trek envisioned this already. USS Voyager’s Emergency Medical Holographic Doctor.) Advances in artificial intelligence and tele-medicine have just barely begun.
(And yes, virtual reality was envisioned many decades ago. It was the basis for many tangled plots on Star Trek: The Next Generation. The holodeck!)
Those who sat listening to this extraordinary Comic-Con Museum panel learned all of this, and more. We saw that, in the hands of thoughtful people who desire positive, healthy outcomes, our technological future can be very bright, indeed.
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