28 Apr 2023
Matthew Moberg, CPA, Portfolio Manager, Franklin Equity Group, United States
In their latest Innovation insights, Franklin Equity Group examines four advancements they found interesting this quarter from the next frontiers in generative AI to fusion energy, agriculture, and life extension.
Innovation continues to accelerate exponentially. It advances despite recessions, war, pandemics, and inflation. In this Innovation Insights, we highlight four advancements we found interesting from the next frontiers in generative AI to fusion energy, agriculture, and life extension. Each one supports our belief that our ability to manipulate data, material, and organisms at their basic forms will create profound advancements in the economy. We also share our view of the Hype Cycle and recent shifts within, as AI moves to the top of hype, mRNA vaccines edge closer to established long-term adoption, and cryptocurrency transitions to the rationalization phase.
The Hype Cycle provides a framework to visualize the sentiment surrounding potentially-disruptive innovations. We believe most technologies go through the hype cycle—including very successful technologies like internet search engines, the personal computer (it was Time Magazine’s “Man of the Year” in 1982), e-commerce, social media, and the smartphone. This framework is not necessarily a call on future performance. Rather, it highlights where we are from an investor perspective in the monetization and maturity of new innovations. Exhibit 1 illustrates where we believe various technologies are in their hype cycles and highlights shifts as we see them occurring. We plan to share our views on the ever-evolving hype cycle in future updates.
Exhibit 1: The Hype Cycle This Quarter
We are seeing AI reach peak hype, cryptocurrency descend into the rationalization phase following the fall of FTX and mRNA vaccines start the ascent toward long-term adoption.
Sources: Gartner, Franklin Equity Group. This information is for illustrative purposes only and not necessarily representative of the strategy’s past or future portfolio composition. There is no assurance that the strategy will invest in any or all of these innovation examples. This information is not intended as an investment recommendation, nor does it constitute investment advice.
A newly released artificial intelligence chatbot has created waves for its disruptive potential and its early adoption curve has been stellar. This language learning model may create efficiencies in coding, science, productivity, finance, law, and education, to name a few. Language AI can turn English into Java code to improve software productivity, or even turn text into videos or 3D models. The chatbot is being integrated into corporate communication platforms for smarter assistance, and we see opportunities to monetize the technology.1
Why it matters: This latest generation of AI is unlocking productivity by serving as a “copilot” for many functions and enabling new creative outlets. Productivity is a driving economic force and AI can play a significant role. That said, at a time of peak hype we should anticipate the inevitable rationalization phase. We therefore are enthusiastic but are looking carefully for business models that effectively monetize this new technology.
Scientists at the US-based National Ignition Facility reached a new milestone in fusion energy by producing more energy from a fusion reaction than was needed to start it. The reaction was triggered by focusing 192 laser beams on a fuel capsule the size of a peppercorn.2 Fusion, the nuclear reaction occurring inside the sun, is powered by hydrogen and does not produce radioactive byproducts. While this represents a feat of engineering that researchers have been striving toward for seven decades, harnessing this energy to power our homes is still off in the future. Nonetheless, government and private investors are collaborating—with private fusion companies having raised over $4.8 billion thus far—in the hopes that a breakthrough can solve the technical challenges.3
Why it matters: We are in the midst of an unprecedented energy transformation that will change the way we produce, distribute, and use energy. The promise of cheap, scalable, abundant energy—and the disruptive impact it could have on many parts of the economy—continues to drive innovation in carbon-free energy sources, including those that used to sound like science fiction.
A new high-tech farming machine uses sensors and robotic machinery to release timed bursts of fertilizer to coat individual seeds. The process can both reduce fertilizer chemical use by 60% and prevent weeds from growing in the fertilized space between seeds.4 Fertilizer runoff pollutes rivers, causes excessive growth of unwanted algae blooms and kills marine life, resulting in large aquatic “dead zones.” Efficient use of fertilizer using robotic technology reduces costs and these negative downstream effects. Other innovations include fully-autonomous tractors controlled from a phone, robots with improved sensors and neural networks which identify and pick ripe fruits and vegetables, sensors which track soil moisture and livestock health on the rangelands bounded by “virtual fences,” and drone flyovers to monitor crops.
Why it matters: Robotics and machine learning (ML) are rapidly becoming more sophisticated and agile. Farming will be yet another beneficiary of innovation in the digital realm by realizing applications for repetitive processes that cover massive amounts of land in the physical realm.
The drug rapamycin, prescribed to prevent organ rejection after transplant, has also been shown to increase the life expectancy of mice by as much as 60%.5 Mice have also received genes for a telomere-building enzyme that had similarly surprising life-extending effects, boosting glucose tolerance and physical performance while stalling weight and fur loss. Epigenetic reprogramming has been used to reconstruct damaged optical nerves in mice, cause them to age faster, and accelerate aging in a single organ. 6
Why it matters: If the 20th century was about preventing premature death, the 21st century may be remembered for actually extending life. Making substantive progress in slowing aging and age-related illnesses is the holy grail of medicine. Understanding the biochemical processes to speed up and slow down aging can open new frontiers at the microscopic level for how we tackle disease.
There are also risks in investing in this or any asset class. The initial potential of any asset class may not carry over to any specific company or the entire asset class chosen for investment, over any investment time period. Any of the investment assumptions may never come to fruition. Investors should be prepared for potential losses as well as the possibility of investment gains. Ideas, products, companies or entire asset classes with positive past performance are not indicate of future results.
Endnotes
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Investments entail risks, the value of investments can go down as well as up and investors should be aware they might not get back the full value invested.