Interests in failures

Decades or centuries after a successful or unsuccessful innovation, an evaluation of the reasons and circumstances of a temporary or permanent failure is informative. In the energy sector we observe another round of a power play in 2026. The more decentralized energy production and energy consumption models have been quickly put aside shortly after the oil crises of 1973 and 1979. The innovations using wind energy or solar energy of the 1980s have been discarded and were commonly considered as failures to provide cheap and reliable energy. An open international economy with expanding global markets for energy were perceived as a superior conventional solution. A country’s balance sheet of imports of energy and exports of higher value goods and services was the predominant economic rational and standard knowledge of the mainstream theory of trade. Other solutions, like a distributed “prosumer” model of energy might have ecological benefits, but would not show up in national GDP-statistics as a large part is home-produced energy and not accounted for in statistical measures of GDP, just like the home produced meals, health and care provided by mostly women. Societies, however, have a choice and an obligation to evaluate the interests in failures as economic and social development hinges on it in the medium to long run.

Time dependent failure

The collection of failures has an ambiguous relationship with time. Some innovations that are celebrated at a specific point in time shall be considered failures at some later point in time. The Musée des Arts et Metiers has an early version of a solar panel on display dating back to 1996 (see image below, Photowatt 1996). This example reflects the cycles of public as well as expert opinions about technical innovations that either are en vogue or at disgrace. Ecological, design and economic considerations enter into the consideration of what constitutes a failure. Claims of European energy sovereignty may additionally enter into the failure equation. The time horizon over which energy savings are generated is yet another element in the judgement. The more general perspective should take sustainability and depreciation of quality of an object into consideration. The Flops exhibition just scratches a bit on the surface of an important and rather complex issue of the relationship of society, technology and innovation.  Surely, there is more to come in terms of flops and failures, and this is okay in most cases. 

Fail collection

The not-so-social media have been flooded with collections of failures. The success of this short video format is mostly due to its entertainment value. A quick laugh is guaranteed if a certain intention is turned into its opposite. You want to take a witty shortcut but effectively you end up with a lengthy or painful lesson of the opposite. The fail collection of the CNAM in Paris has a similar attraction. The “Flops” exhibition in 2026 exposes a larger number of technical innovations that either did not reach the mass markets or that were “flawed good ideas”. In fact to put an innovative idea or design into practice it takes a lot in addition to engineering intelligence and professional competence and experience. The collection of documentary evidence invites us to explore the topic of what constitutes a failure and why failure is an intrinsic part of the creative process of trial and error, fail, fail again and fail better. (Image Musée Arts et Metiers 2026). 

Artificial flowers

The craft to imitate the beauty of flowers is in fact at least 200 years old. The skill linked to the production has been documented in a manual which seems to be forgotten by today. Real as well as artificial flowers have been an accessory in fashion for centuries. In 2025-26 they return again in high fashion in all shapes and colors. The technique has also been documented in textbooks that explain the “how to…” the craft and professionalism (see image below). The time consuming activity has been outsourced from Europe long ago, but the basic techniques still were refined and mass production prepared for the sharing of the pleasures. It is an interesting case study of the sociology of technology or the rise and fall of an industry which occasionally has a surprising comeback. To follow parts of the trajectory just visit the Musée de la Mode in Paris, Palais Galliera.

Antichambrer

In political circles it has been a common practice to “antichambrer”. It traditionally meant that topics are discussed in smaller circles before they are presented to the ruling royals or aristocrats. In modern democracies this role of more or less open “antichambre” (lobbying) is probably best translated as a form of consulting, which builds on personal contacts and small group discussions.
Scientists play a specific role in this political endeavor as they have to offer theories, hypotheses and evidence to support lines of argumentation to convince decision makers. Spin doctors, who know how to turn (around) an argument are, of course, present as well. All this represents the political, religious and business arena. All this happens in splendid locations that are part of the game of convincing, just as much as diplomacy.
The theater play “L’antichambre” by Jean-Claude Brisville, (produced by Alpha Théâtre in Paris 2026) sets the play in a historical 18th century scenario to unfold the intricacies of “antichambrer”, less in the political arena, but in view of the personal turbulence in may engender. (Image: Château Chantilly Antichambre)

Rockets concept

Goddard’s rocket science concept had a hard time to get finally accepted. As early as 1926-3-16 he achieved a 2 seconds lasting propulsion of a rocket with an innovative liquid fuel concept. The combination of liquid fuels like gasoline (later hydrogen) with liquid oxygen allowed rockets to achieve longer distances with equal weight. Eventually, such rocket fuel would allow more control than relying on any other form of a combustion chamber. Rocket science celebrates 100 years of existence with spectacular successes as well as failures. The collection of scientific papers on the subject by the AIAA is a passionate reminder of how tough and lengthy scientific progress in fact is. Beyond rocket science we might ask the question what are we actually looking for up there or wherever the rocket might end up eventually. It is probably fair enough to say that we don’t always know in advance. This is keeping an open mind to technological innovation, but only if such technology is developed for the benefit of humanity rather than with an obsession to dominate others. The end phase of the 2nd world war told us such a lesson. It should be remembered at the same time as remembering 100 years of rocket science. 

Myths debunked

There has been careful research on the use, or not, of color in classical Greek sculpture. More than 40 years of research have documented that what was long believed as monochrome sculptures, have in fact been very colorful specimen. The collection and researchers linked to the “Liebieghaus Sculpture Collection” can be inspected with experimental versions of the colors of the classical Greek time. “Gods in Color”, an exhibition by the Liebieghaus, provides a view of the rich colors of classic statues like the “archer” using the chemicals of the time to produce more or less durable or resistant colors. See also the archaic Greek Sphinks at The Met Museum.
Brinkmann and Koch-Brinkmann have spent close to 50 years on this research and attempts to convince the public of the “monochrome myth” of Greek sculptures. Research alone did not convince people, they seemed to need to see the colorful versions eye to eye to believe. The broader social science interest is to realise how much time it can take to re-establish scientific facts once they have been “eradicated” previously. (Image: Statuettes of classic Greek actors, lower row, BNF Paris)  

Fukushima Commemoration

The date of 2021-3-11 is marked by an event that according to science should not have been realistically expected by anybody. The probability of a meltdown of a nuclear reactor due to an earthquake and tsunami in Fukushima were simply beyond a “normal” statistical probability. And yet, it did happen. The consequences are still visible and the nuclear waste has to be dumped somewhere and lots of contaminated water has to be dealt with as well. 90.000 persons had to evacuate the area. Many of them have no interest in returning to the devastated area. Moreover, the psychological damage to the perceived security causes continuous trauma. The psychiatrist Ryoji Arizuka, interviewed for the French newspaper Liberation, reports that victims find it easier to cope with the “natural disasters” of the exceptional earthquake (9.0 on Richter scale) and the tsunami than with the man-made disaster of the meltdown of the nuclear reactor. Whereas the former disasters can be attributed to external forces, the latter example of a the explosion of the reactor is due to a failure to estimate the risk (technical, human and political) of an explosion properly by engineers and subsequently by politicians.
The commemoration of Fukushima by its governor Masao Uchibori in 2026 is a reminder that more risky technological progress comes potentially with higher costs to society as well. These “risks for societies” will have to carried by some selected regions. Solidarity with people who carry disproportionate amounts of risk should be “addressed” right from the beginning of the decision to use a risky technology, as an attempt to “internalise” the likely costs to society, eventually. Perceived cheap technology turns out to be very costly using different probabilities of associated even unlikely risks. (Image: Global stone project). 

National interest

Especially in times of international conflicts, it is customary that politicians refer to “the national interest” as a justification for their actions beyond the state borders, commonly named foreign policy. There is a huge literature on the subject, in which the concept of the national interest is useful, (1) because it suggests some higher ranking political goal, (2) because it clarifies and prioritizes a country’s goals, particularly at times of military interventions and (3) because it “arouses the support necessary to move towards a realization of the goals” (Rosenau 1968, Int. Encycl. p.34).
A critical assessment of this concept in international relations should start with the democratic perspective that a country’s government is subject to regular elections, whereby the goals a previous majority had put forward, might substantially change as a new majority takes the lead. Continuation of the same foreign policies is not excluded, but at least subject to revision. In authoritarian regimes the definition of the national interest is probably more stable, because authoritarian leadership does not hesitate to define the national interest in “splendid isolation” from its people.
Overall, the concept appears to serve mainly communication purposes, both internally as well as towards the outside as in communicable foreign policy goals. Conflicts between countries can thus be named and become subject to diplomacy and international treaties. But we have to fill this with substance over and over again as new topics arise like climate change and global warming.

Interconnected multipolarity

In a very long-term anthropological perspective on the balance of power on the globe, the period that mankind lived on this globe has been characterised by an unconnected multipolarity. People lived in their more or less isolated communities before the Egyptian, Roman, Chinese, Australian, African or Japanese empires and people of the world became connected through new means of transport and communication networks.
In the 21st century the world wide web has broad us closer together and suddenly we realize that unipolarity or bipolarity might be options again through the unipolar dominance in airspace and radio frequencies. Even if unconnected multipolarity has been by far the longest period of mankind, the new developments in international politics resemble more a world of interconnected multipolarity than an American dominated unipolar or bipolar world of the Cold War period until the collapse of the Soviet Union. Stephen Walt (2026) and Raja Mohan (2026) discuss the concept of multipolarity in the same issue of Foreign Affairs (Vol. 105 Nr.2). Whereas Walt emphasises the USA as a “predatory hegemon”, Mohan describes the USA as being tempted and actually currently going it alone in international politics.
The current military image of world politics seems to be dominated by unipolarity again, maybe just before the longer run realities of economic, demographic, financial, trade and productivity developments, already reflected already in such data, take the upper hand again. The spectrum of the unipolar, bipolar, multipolar world privots around multipolarity in the long run, even if bipolar or unipolar intermezzi are part of the historical evolution.
(Image: view of Obzorno-geografceskij globus, Moskau 1994, Stabi Berlin 2026-1)