In Episode 81 of Hidden Forces, Demetri Kofinas speaks with Safi Bahcall, a physicist, biotech entrepreneur, and the author of “Loonshots,” a book about how to nurture the types of crazy ideas that win wars, cure diseases, and transform industries.
In the early days of World War II, the Third Reich’s commander of submarines Karl Dönitz submitted a memorandum to the German Navy, advocating for a system of submarine warfare that would devastate allied supply lines, merchant vessels, and warships. For a nation with a second-rate navy, this was asymmetrical warfare at its finest. With the implementation of the plan, known as “Rudeltaktik,” allied losses began to rise rapidly, from 750,000 tons of cargo lost in 1939 to 7.8 million in 1942. Every month, U-boats were sinking ships faster than the Allies could build them, and the losses kept mounting. By early 1943, food supplies to Britain had dwindled to two-thirds of normal levels. Less than three months of commercial oil reserves remained: The British were on the verge of defeat.
At just the time when all hope seemed lost in the Battle for the Atlantic, an American physicist by the name of Alfred Loomis appointed to assemble and lead a team of the country’s best engineers and physicists, presented the Army with the first of two timely innovations. When mounted on Americas’ B-24 Liberator bombers these tiny boxes with their microwave antennas could detect the periscopes of surfaced submarines, through daytime cloud cover or fog of night. By the spring of 1943, these long-range bombers, equipped with Loomis’ microwave radar and pulsed-radio navigation were fully operational and actively patrolling the Atlantic. What ensued was a massacre.
In the month of May alone, Allied bombers operating through fog and darkness and who could now see the once invisible German submarines lighting up their oscilloscope screens, sank 41 U-boats nearly one-third of the German commander’s total operational fleet and more in one month than in any of the first three years of the war. Allied shipping losses, in 90 days, decreased by 95 percent: from 514,000 tons in March to 22,000 tons in June. The lanes to resupply Europe had been opened making way for the ground invasion at Normandy only a year later. The Allies turned what had appeared by all accounts to be an imminent loss into the first great Allied victory of the War, all because a small group of scientists working out of an anonymous building at MIT, had the crazy idea to use an unproven technology to turn a German hunting ground into a turkey shoot for the allies and their microwave configured, B-24 bombers that were busy lighting up the Atlantic.
This week, on Hidden Forces, we explore how to nurture the types of crazy ideas that win wars, cure disease, and transform industries, with our guest Safi Bahcall.
Producer & Host: Demetri Kofinas
Editor & Engineer: Stylianos Nicolaou
Join the conversation on Facebook, Instagram, and Twitter at @hiddenforcespod
In this Special Episode of Hidden Forces, Demetri Kofinas speaks with Ed McCabe about the latest woes plaguing Tesla after the Securities and Exchange Commission (SEC) recently alleged in a federal filing that its CEO Elon Musk, violated a settlement with the agency when he tweeted in February about the electric carmaker's 2019 production targets. Midway through the episode, the two are joined by Lawrence Fossi, known by his pen name as Montana Skeptic, and the three continue their conversation for the rest of the episode and into the overtime segment.
When considering the performance of Tesla’s stock in the face of sober calculations, one cannot help but be reminded of Benjamin Graham’s famous quote: "In the short run, the market is a voting machine but in the long run it is a weighing machine.” For anyone looking to weigh the merits of Tesla’s valuation, he or she would be best served by obtaining a degree in forensic accounting. For anyone looking to understand how or why the stock has remained as high as it has while the company has been busy liquidating assets, shutting down distribution points, and restructuring operations in order to keep the electricity running, he or she will likely need to rely upon the expertise of cultural anthropologists and theologians.
The immediate danger for Elon and Tesla is one of insolvency and lifeless demand. On a personal level, it was recently reported that Musk’s banker, Morgan Stanley, who likely holds most or all of his margin debt, extended itself further last December by making mortgage loans on five of Musk’s California mansions. Elon took out $61 million in mortgages: four in the Bel Air neighborhood of Los Angeles and one in the Bay Area. The loans, signed in the final days of 2018, represent about $50 million in new borrowing. Considering Tesla’s deteriorating financial position in the face of cratering demand, massive mismanagement, and continued disarray in its manufacturing and logistics operations, it is instructive to know that the CEO may conduct his personal finances with comparable degrees of recklessness and malpractice. If Tesla’s share price continues to decline, Musk will eventually need to post more collateral, which means approaching the Tesla board and asking it to waive its pledging limits of company stock. Assuming the board gives him the waiver and the stock continues to drop, Morgan Stanley will be forced to begin selling collateral to recoup some of the outstanding loan. This could cause the bottom to fall out very quickly, for both Tesla, as well as Elon Musk.
As far as demand is concerned, the picture has gone from alarming (going off a publicly available spreadsheet that tracks VIN numbers) to downright nightmarish (the rushed slashing of the Model 3 price). Pictures of lots stacked with ownerless Model 3’s have been circulating on the Internet for months. There is also a theory that the number of Model 3’s being returned to Tesla is much higher than is being reported and that this helps to explain the persistent gap seen since September between the number of Model 3’s Tesla claims to have delivered and the number showing up as registered. The theory is that this is the result of a strategic decision on the part of Tesla to delay registering newly sold cars for 3-4 weeks in order to provide an opportunity to resell the car with a “clean” title to unsuspecting new buyers. On top of all this, Tesla’s list of executive departures continues to grow by the day with the VP of Engineering, the General Counsel, the VP of Global Recruiting, and the Chief Financial Officer among the company’s latest casualties.
In short, Tesla appears to be in the midst of an informal restructuring and liquidation process being driven on the fly by a Shakespearean CEO whose personal finances and singularly large ego are so fragile that nothing seems capable of standing in his way.
As always, this episode of Hidden Forces is for informational purposes only and should not be relied upon as the basis for financial decisions. All views expressed by Demetri Kofinas and podcast guests are solely their own opinions and should not be construed as financial advice.
Producer & Host: Demetri Kofinas
Editor & Engineer: Stylianos Nicolaou
Join the conversation on Facebook, Instagram, and Twitter at @hiddenforcespod
In Episode 80 of Hidden Forces, Demetri Kofinas speaks with CTRL-labs CEO Thomas Reardon, about his company’s ground-breaking innovations in neural interface design, computational neuroscience, and machine learning that turn science fiction into reality.
Thomas Reardon’s career is no less impressive than his most recent endeavor to displace the graphical user interface and revolutionize immersive computing. He is a founding Board Member of the World Wide Web Consortium and famous for having created Internet Explorer at Microsoft, which, at its peak, represented 96% of all web browsers in existence. Over one billion people on earth have used Reardon’s software to access the Web. After leaving Microsoft, Reardon decided to go back to school, receiving his undergraduate degree in Classics from Columbia, gaining fluency in Latin and Greek. He followed that up with a Ph.D. in Neuroscience split between Columbia and Duke.
It’s hard to capture the paradigmatic nature of the innovations stemming from the work being done at CTRL-labs without seeing it for yourself. Anything that I can say is insufficient to capture the awe of watching someone type on a screen without moving his fingers, use her intentions to pick up and finely control objects in three-dimensional space or play a video game while remaining visually motionless. The implications of this technology are perhaps, rivaled only by the practical genius of its implementation. By focusing their attention on translating only the final, neuronal output of our brain’s commands as expressed through electrical impulses sent directly to our muscles, the team at CTRL-labs has managed to create a device that can capture the brain’s intentions non-invasively, through the use of a simple armband that you can wear like an article of clothing, a wristwatch, or a fancy bracelet. It’s not an exaggeration to say that this technology turns yesterday’s future into today’s reality, blowing wide-open the world of immersive computing and expanding our sense of possibility beyond our wildest imagination.
Producer & Host: Demetri Kofinas
Editor & Engineer: Stylianos Nicolaou
Join the conversation on Facebook, Instagram, and Twitter at @hiddenforcespod