Category Podcast

In the course of our research for clients, we come across emerging technologies, new materials, new chemistries, growing markets, changing regulatory landscapes, innovative business models, and much more. Every other Friday, we pick five articles, videos, or podcasts that we found interesting and send them your way.


Model Predicts Polymer Food Packaging’s Propensity for Absorbing Aroma Molecules from Their Contents

Packaging materials used to store products are a significant source of food and beverage flavor loss. Adapting a well-known model of polymer properties, researchers at A*STAR and Coca-Cola developed a mathematical model that can describe the mixing behavior of polymers with organic compounds and could lead to better tasting foods. [PHYS ORG]


Tesla and the Nature of Disruption

In the context of an interesting discussion about whether Tesla is disruptive, Benedict Evans and Steven Sinofsky deliver a great overview of opportunity ecosystems in general. If you’ve ever wondered whether you are considering all the right factors when you have a new product idea, this provides high-level answers. [A16Z]


Bizarre Particles Keep Flying Out of Antarctica’s Ice and They Might Shatter Modern Physics

A previously unknown and undetected high-energy particle has been making its way up through the frozen ground in Antarctica and blasting into space. What we know of cosmic rays is that they in fact, do the opposite, usually shooting down from space to enter Earth. So what exactly is this mysterious particle? That’s what physicists are working to figure out. [SCIENTIFIC AMERICAN]


This Flexible Nanomembrane Loudspeaker Attaches to Skin and Plays a Violin Concerto

Researchers in South Korea have developed a hybrid nanomembrane that emits sound waves when fed with sound frequency electric currents. Using silver nanowires, a thin, flexible, and transparent membrane could act as a loud speaker as well as a microphone. We could all soon carry our own loudspeakers wherever we go, not in our bags or pockets, but on our skin. [INTERESTING ENGINEERING]



A fascinating, three-dimensional visualization of the Wikipedia “galaxy:” 100,000 articles grouped into 500 thematic nebulas with the ability to fly across the galaxy following links from one article to the next. [WIKI]

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In the course of our research for clients, we come across emerging technologies, new materials, new chemistries, growing markets, changing regulatory landscapes, innovative business models, and much more. Every other Friday, we pick five articles, videos, or podcasts that we found interesting and send them your way.


This Improbable Membrane Could Block Germs While Allowing Surgeons to Operate Through It

In what might seem like science fiction, a team of researchers has engineered a reverse filter: it traps small particles and lets large ones through. The filter, held together by surface tension, is a transparent liquid membrane. Instead of sorting particles by size, it sorts them by kinetic energy—larger objects with more force break through, but lighter, slower objects do not. Once broken, the puncture self-heals instantaneously. [SCIENCE]


Should Companies Abandon Quarterly Earnings Reports?

In a tweet on Aug. 17, U.S. President Donald Trump announced that he has asked the Securities and Exchange Commission (SEC) to study whether it makes sense for publicly held companies to publish half-yearly earnings reports instead of the current quarterly mode. Many have argued that such a switch would help companies take a longer term view of the future to the benefit of both employees and investors. But watchdog groups and regulatory bodies worry that reduced oversight will lead to bad outcomes. This relatively short podcast (and comprehensive accompanying article) does a good job fleshing out the arguments on both sides of the issue. [WHARTON]


Gut Bug Enzyme Turns Any Blood into Type-O

By utilizing a promising new discovery, enzymes from gut bacteria, researchers believe they have found a reliable way to transform the different blood types into the universally accepted type-O. The future of blood donations could change for the better, if the next stage of clinical trials yields positive results. [BBC]


Autonomous Vehicles in 2025: Network Cost Outstrips AI Computing Cost

When they consider the cost of ADAS/AV (autonomous vehicles), many observers assume that the computing power required for AI processing is going to be the costliest element.“Not so,” according to Alexander E. Tan, vice president and general manager of Automotive Ethernet Solutions at NXP. He predicts that in 2025 in-vehicle networking will cost more than computing. [EETIMES]


Here Are Your 2018 Ig Nobel Prize Winners

Ever wondered if saliva is actually a good cleaning agent, or how good chimpanzees are at imitating humans? Or whether stabbing a voodoo doll representing your horrible boss could help reduce workplace tension? The winners of this year’s Ig Nobel Prizes have got you covered. Established in 1991, the Ig Nobels are a good-natured parody of the Nobel Prizes, honoring “achievements that first make people laugh, and then make them think.” [ARS TECHNICA]

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In the course of our research for clients, we come across emerging technologies, new materials, new chemistries, growing markets, changing regulatory landscapes, innovative business models, and much more. Every other Friday, we pick five articles, videos, or podcasts that we found interesting and send them your way.


Intel Can Now Produce Full Silicon Wafers of Quantum Computing Chips

Unlike previous quantum efforts at Intel, their latest is focusing on spin qubits instead of superconducting qubits. This secondary technology is still a few years behind superconducting quantum work but could turn out to be more easily scalable: Intel now has the capability to produce up to five silicon wafers every week containing up to 26-qubit quantum chips. The current technology being used for small scale production could eventually scale to beyond 1000 qubits. [TECHSPOT]


Ten Red Flags Signaling Your Analytics Program Will Fail

It’s the rare CEO who doesn’t know that their business must become analytics-driven, and many have been charging ahead with bold investments in analytics resources and AI, appointing chief analytics officers, chief data officers, or hiring all sorts of data specialists. But frustrations are beginning to surface: more boards and shareholders are pressing for answers about the scant returns on many early and expensive analytics programs. This long but comprehensive McKinsey article takes apart the various mistakes being made and suggests ways around them. [THINKGROWTH.ORG]


Mars Rover Finds Organics, Changing Methane Levels

NASA’s Curiosity rover has delivered some of its most intriguing results so far, with the discovery of organic molecules in three billion-year-old rock just beneath the surface of Mars. The pattern of small molecules detected was similar to what is seen when ancient organic matter from earth, known as kerogen, is analyzed by the same technique: crushing the rock, heating to 860°C, and then using mass spectrometry. [COSMOS]


How to Change Your Mind: The New Science of Psychedelics by Michael Pollan

How to Change Your Mind is Pollan’s sweeping and often thrilling chronicle of the history of psychedelics, their brief modern ascendancy and suppression, their renaissance and possible future, all interwoven with a self-deprecating travelogue of his own cautious but ultimately transformative adventures as a middle-aged psychedelic novice. Why should you care? Because recent studies have demonstrated the antibiotic-level effectiveness of psilocybin and other psychedelics at combatting treatment-resistant depression, addiction, and depression in the terminally ill. If you want to know more, below are several links to interesting interviews with Pollan and others who are conducting clinical trials of the treatment. [THE GUARDIAN]

Depression – The Psychedelic Cure? Rob Reid talks with Katya Malievskaia and George Goldsmith whose startup, Compass Pathways, will soon launch the largest triple-blind clinical trial ever of a psychedelic drug, psilocybin. Board members of the startup include a former head of the European Medicines Agency (the EU’s FDA) and the former Chief Medical Officer of Bristol Meyers Squibb; they’ve raised $20 million to manufacture a synthetic version of the drug and conduct the trials. [AFTER ON PODCAST]

Freedom from the Known. Neuroscientist Sam Harris discusses How to Change Your Mind with Michael Pollan. Good if you want to understand the science behind the growing confidence in psychedelics as a treatment for depression. [WAKING UP PODCAST]


4-D Printing Using Light-Sensitive Ink

This article is intended for students, but it reveals a potentially important advance in multi-material printing, including laying down polymers and metals in the same layer. The new technology—still in a lab at Georgia Tech—can print 4D objects that respond to their environment, transforming in response to temperature changes, pH changes, or other factors. One of the key innovations is the use of precision light curing with epoxy composites that can allow the stiffest part of a printed object to be 600 time harder than its softest part. [SCIENCE NEWS FOR STUDENTS]

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In the course of our research for clients, we come across emerging technologies, new materials, new chemistries, growing markets, changing regulatory landscapes, innovative business models, and much more. Every other Friday, we pick five articles, videos, or podcasts that we found interesting and send them your way.

We’re excited to announce the launch of GrowthPilot Insights, a series of white papers that grew out of our work on thousands of new product development projects. The papers distill what we’ve learned into simple principles and practical steps that any company can follow. The intro and the first paper at the link; others will follow in the coming months.

GrowthPilot Insights


New Polymer Manufacturing Process Saves 10 Orders of Magnitude of Energy

Researchers at the University of Illinois have developed a new polymer-curing process that uses 10 orders of magnitude less energy and can cut two orders of magnitudes of time over the current manufacturing process. “This development marks what could be the first major advancement to the high-performance polymer and composite manufacturing industry in almost half a century,” said aerospace engineering professor and lead author Scott White. The findings, reported in Nature, describe a frontal polymerization method which uses the internal energy of the polymerization process—rather than external energy—to propagate the reaction and cure the material. [UNIVERSITY OF ILLINOIS]


How to Think 10x Bigger (In Just 10 Minutes)

A short, tight talk by Dr. Astro Teller, CEO of X, Alphabet’s arm tasked with bringing its most audacious, difficult ideas to life. If you need to move truly new, technically demanding ideas off the drawing board and into the world, his description of how to run the teams attacking these challenges is as good as you will find anywhere. And it only takes about 10 minutes. You can stream the talk directly from the link, and—if you want to skip the intro—start at the 3:00 minute mark. [THE TIM FERRIS SHOW]


This Man Is Building an Armada of Saildrones to Conquer the Ocean

Despite the ocean’s size and value, resources to study it are scant, and most of our data about global seas come from satellite readings and a smattering of sensor-equipped buoys. The U.S. National Oceanic and Atmospheric Administration is among the field’s best-funded research organizations and has all of 16 science ships, complemented by another 16 from university fleets. Australia has only one serious research vessel. Richard Jenkins is trying to change all this with his venture-backed startup, Saildrone Inc. [BLOOMBERG]


Small Modular Nuclear Reactors Move a Step Closer to Deployment

As a follow-up to the story on Thorium reactors we included two weeks ago, the first small modular reactor (SMR)—designed by UK-based NuScale Power—passed its Phase 1 review by the US Nuclear Regulatory Commission in late April. The SMR is designed to replace the one or more giant reactors in current nuclear power plants with smaller modular ones that can be assembled at a central facility and then shipped to the site for installation. [NEW ATLAS]


Is Fungus the Material of the Future?

Fungus and slippers are two words that most people don’t want to read in the same sentence. However, scientists in the Netherlands are one step closer to changing people’s perceptions by creating everyday objects like chairs, lampshades and slippers using fungi—specifically oyster mushrooms. If you want to learn more and have 11 minutes to spare, there is an interesting video on the technology here. [SMITHSONIAN | MOTHERBOARD]

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Throughout our work week, in the course of our research for clients across many industries and fields, we come across emerging technologies, new materials, new chemistries, growing markets, changing regulatory landscapes, innovative business models, and much more. Every other Friday, we deliver five interesting things we came across during the preceding weeks. And no filler.


3D Printing Circuits Onto Human Skin

Micheal McAlpine of the University of Minnesota has developed a technique to draw an electrical circuit directly onto the skin; uses could include chemical sensing, solar charging, heart monitoring, and more. The system uses computer vision to adjust its position in real time, allowing it to print complex designs onto unreliable surfaces. In addition to laying down “wires” composed of silver flakes in solution that cure at room temperature, the targeting system has also been used to layer cells onto an open wound on a mouse. [DISCOVER]


Do You Have an Organization That Can Manage the Present and Invent the Future?

An open letter to CEOs from Alex Osterwalder and Yves Pigneur (inventors of the Business Model Canvas). They point out that “innovation is only an expensive gamble when you do it wrong,” and then go on to lay out their view of a 21st century organizational structure that can be world class both at managing factories AND manufacturing new growth engines. “If you don’t want to end up like Kodak, Nokia, or Blackberry, then you have to start now.” [THINKGROWTH.ORG]


Your Lack of Sleep Is Killing You. Literally.

An intensely interesting, long-form interview with Matthew Walker, Professor of Neuroscience and Psychology at the University of California, Berkeley, and Founder and Director of the Center for Human Sleep Science. Dr. Walker knows more about the science and impact of sleep than anyone alive, and he’s a great communicator. If you don’t have time to listen on your commute or in the gym, there’s a good review of Walker’s recent book, “Why We Sleep,” here. In addition to the link at the headline, you can also find the podcast on iTunes or anywhere else that carries popular podcasts. PG13 warning: the interviewer, Joe Rogan, occasionally uses colorful language, and there is a brief discussion of mind-altering substances. [THE JOE ROGAN EXPERIENCE]


This Is How a Molten Salt Nuclear Reactor Works

After nearly forty years of almost no development, interest in thorium for clean power generation is picking up again, with new plants coming on line in the Netherlands and China. Thorium is incredibly abundant in the Earth’s crust, and molten salt thorium reactors have many advantages over existing plant designs: they can’t melt down, produce almost no plutonium, can—in fact—consume plutonium from existing stockpiles, produce only tiny amounts of other transuranics, are smaller and cheaper to operate than traditional fast breeders, and produce waste that remains dangerous for a much shorter time. [POPULAR SCIENCE]


Graphene Opens Up New Applications for Microscale Resonators

A range of sensing and communications technologies, such as satellites, already rely on tiny devices called resonators—also known as vibrating microelectromechanical and nanoelectromechanical systems (MEMS/NEMS). But engineers have faced limits in the temperatures these tiny components can withstand and the range of frequencies that they can pick up. Now scientists at Case Western Reserve University have constructed resonators out of a single layer of graphene that can withstand high temperatures and operate across a broad range of frequencies. [C&EN]

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In the course of our research for clients across many industries and fields, we come across emerging technologies, new materials, new chemistries, growing markets, changing regulatory landscapes, innovative business models, and much more. Every other Friday, we deliver five interesting things we came across during the preceding weeks. And no filler.


Crispr’d Food, Coming Soon to a Supermarket Near You

This past Wednesday (March 28, 2018), the US Department of Agriculture announced it will not regulate “certain gene-edited” plants in an effort to incite innovation in the field. The designer plant fast lane is limited to genetic alterations which could have occurred naturally, such as an insertion, simple swap, or deletion, but does not protect more significant or cross-species editing. By eliminating regulatory burdens, even relatively small-market plants are worth developing, allowing small start-ups to compete with even the largest agricultural firms. No word yet on the labeling requirements. [WIRED]


Now You See It: Invisibility Material Created

Inspired by the ability of squid and other cephalopods to rapidly change color, scientists at UCI Irvine have designed a new material that can—by stretching or stimulation with an electrical impulse—quickly change how it reflects heat. Potential uses include better camouflage for troops and insulation for spacecraft, storage containers, emergency shelters, clinical care, and building heating and cooling systems. The inventors believe the prototypes can be scaled to large sheets of commercially usable material. [SCIENCE DAILY]


Every Study on What Automation Will Do to Jobs, in One Table

Though undertaken by reputable institutions and organizations, estimates of the number of jobs which will be lost to automation vary widely—anywhere from 9% to 47%—depending on the study. Some reports include estimated timelines, number of expected jobs gained, and/or number of jobs significantly altered or requiring substantial new training. We think this is all ridiculous speculation: examining a single industry might be worthwhile if enough information is available today, but trying to predict where the technology will go when it is moving so rapidly is a fool’s errand. So we agree with the author: “we have no idea how many jobs will actually be lost to the march of technological progress.” [MIT TECHNOLOGY REVIEW]


Are You Ready for the Third Digital Revolution?

Knowledge@Wharton interviewed two of the authors of the new book, “Designing Reality,” for a recent podcast. The authors discuss the two previous digital revolutions, computation and communication, and suggest the third digital revolution will be decentralized fabrication. From bits to atoms, the conversion of digital data to products will occur at local fabrication facilities or even in-home. As with Moore’s Law—a roadmap forward developed by looking back—can we predict large-scale adoption of additive manufacturing using what we know now about the speed of development? How can we use what we know about previous digital revolutions to identify and address disparities in education and opportunity beforehand? [WHARTON – UNIVERSITY OF PENNSYLVANIA]

If you have time on your commute or an upcoming flight, the podcast is worth your time, but the full transcript is available using the link above.


How To Convince People You Have a Good Idea

Costas Markies of the London Business School describes five important variables that determine how likely it is that your efforts to convince people to back your idea will succeed. All five have to be right but the good news is you can influence them if you think strategically about each one in turn. Read past the list itself: all five seem obvious, but they come to life as he expands on them deeper in the piece. The key message is that good ideas don’t sell themselves no matter how much we wish that was true. So don’t just hope for the best; make it happen. [LONDON BUSINESS SCHOOL]

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