quarta-feira, 20 de maio de 2026
A improvável nova febre Portuguesa que vai dar uma ajuda ao Governo de Montenegro
sábado, 16 de maio de 2026
Quais as universidades e politécnicos que mais contribuíram para que Portugal esteja agora ao nível da produção da Suécia na área das publicações científicas sobre IA ?
U.Lisboa........................254
U.Minho........................188
U.Aveiro........................170
U.Coimbra.....................151
U.Nova..........................150
Polit. do Porto...............120
ISCTE...........................117
UTAD............................110
UBI.................................80
Polit. de Bragança..........49
Polit. de Coimbra............43
Polit. do Cávado e Ave....38
Polit. de Leiria.................35
U.Algarve........................33
Polit. de Viseu.................21
U.Évora...........................21
Polit. de Portalegre.........20
Polit. de Setúbal..............19
Polit. de Lisboa...............19
Polit. Viana do Castelo...18
U.Aberta.........................17
U.Madeira.......................13
Polit. da Guarda..............12
Polit. de Santarém...........11
Tabela 1 - Principais subidas no ranking nacional
| Instituição | Ranking 2025 | Ranking 2026 | Variação |
|---|---|---|---|
| Politécnico de Viseu | 24.º | 16.º | +8 lugares |
| Universidade de Évora | 22.º | 17.º | +5 lugares |
| Politécnico da Guarda | 29.º | 24.º | +5 lugares |
| Politécnico de Coimbra | 16.º | 12.º | +4 lugares |
| Universidade de Aveiro | 6.º | 4.º | +2 lugares |
| Instituto Politécnico do Porto | 9.º | 7.º | +2 lugares |
Tabela 2 - Maiores subidas em termos absolutos
| Instituição | 2025 | 2026 | Aumento | Crescimento |
|---|---|---|---|---|
| Universidade do Porto | 169 | 317 | +148 | +87,6% |
| Universidade de Lisboa | 126 | 254 | +128 | +101,6% |
| Universidade do Minho | 82 | 188 | +106 | +129,3% |
| Universidade de Aveiro | 65 | 170 | +105 | +161,5% |
| Universidade Nova de Lisboa | 69 | 150 | +81 | +117,4% |
| Instituto Politécnico do Porto | 41 | 120 | +79 | +192,7% |
| Universidade de Coimbra | 82 | 151 | +69 | +84,1% |
| ISCTE | 54 | 117 | +63 | +116,7% |
| UTAD | 47 | 110 | +63 | +134,0% |
| Universidade da Beira Interior | 36 | 80 | +44 | +122,2% |
Tabela 3 - Maiores crescimentos em termos percentuais
| Instituição | 2025 | 2026 | Aumento | Crescimento |
|---|---|---|---|---|
| Politécnico da Guarda | 2 | 12 | +10 | +500,0% |
| Politécnico de Viseu | 5 | 21 | +16 | +320,0% |
| Universidade de Évora | 6 | 21 | +15 | +250,0% |
| Universidade Aberta | 5 | 17 | +12 | +240,0% |
| Politécnico de Coimbra | 13 | 43 | +30 | +230,8% |
| Instituto Politécnico do Porto | 41 | 120 | +79 | +192,7% |
| Politécnico do Cávado e do Ave | 13 | 38 | +25 | +192,3% |
| Universidade de Aveiro | 65 | 170 | +105 | +161,5% |
| Universidade do Algarve | 13 | 33 | +20 | +153,8% |
| Politécnico de Portalegre | 8 | 20 | +12 | +150,0% |
quinta-feira, 14 de maio de 2026
What Is Happening with Germany? AI Research Output Tells a Troubling Story
These differences are too large to ignore. They raise an uncomfortable question about Germany’s ability to keep pace in one of the most strategically important scientific fields of this century. The institutional comparison is also revealing. Harvard Medical School alone reports 1,151 Scopus-indexed AI publications, while Germany’s leading university in this search, Technische Universität München, reports 707. The citation gap is also worrying: Germany has only 5 AI-related publications with more than 500 citations, compared with 10 in India, 11 in Canada, 15 in Australia, 18 in the United Kingdom and 33 in the United States.
For a country long associated with engineering excellence, scientific strength, industrial leadership, and technological sophistication, these numbers are difficult to dismiss. So the question must be asked: What is happening with Germany? Is Germany underinvesting in AI research? Is its academic system too slow, too fragmented, or too bureaucratic? Is talent moving elsewhere? Or are smaller and more agile countries simply adapting faster to the AI revolution?
| 1 | Singapore | 388 |
| 2 | Cyprus | 381 |
| 3 | United Arab Emirates | 299 |
| 4 | Ireland | 271 |
| 5 | Switzerland | 268 |
| 6 | Qatar | 262 |
| 7 | Finland | 259 |
| 8 | Norway | 248 |
| 9 | Bahrain | 244 |
| 10 | Australia | 209 |
| 11 | Greece | 208 |
| 12 | Denmark | 208 |
| 13 | Sweden | 192 |
| 14 | Portugal | 192 |
| 15 | Kuwait | 186 |
| 16 | Austria | 173 |
| 17 | Netherlands | 172 |
| 18 | Saudi Arabia | 169 |
| 19 | United Kingdom | 168 |
| 20 | Oman | 167 |
| 21 | Jordan | 155 |
| 22 | Canada | 140 |
| 23 | Italy | 140 |
| 24 | New Zealand | 126 |
| 25 | Croatia | 124 |
| 26 | Belgium | 116 |
| 27 | Germany | 113 |
quarta-feira, 13 de maio de 2026
The Case of a Disease That Never Existed: How Fake Research Entered AI Systems
Almira Thunström, a physician at the University of Gothenburg, designed an experiment as elegant as it was unsettling. She invented an entirely fictitious medical condition—bixonimania, supposedly a skin disorder affecting the eyelids and linked to blue-light exposure—and uploaded two fabricated preprints to an academic repository. Within weeks, major large language models were presenting the condition to users as established medical fact.
The experiment was deliberately constructed to be transparently fraudulent. The fictional lead author, Lazljiv Izgubljenovic, was listed as affiliated with the non-existent Asteria Horizon University in the equally imaginary Nova City, California. The acknowledgements thanked “Professor Maria Bohm at The Starfleet Academy” and cited funding from “the University of Fellowship of the Ring.” One paper explicitly stated that it had been entirely fabricated; another described its study population as “fifty made-up individuals.” Yet none of these obvious warning signs prevented the fabricated research from being absorbed into AI-generated medical knowledge. https://www.nature.com/articles/d41586-026-01100-y
Less than three weeks after the fabricated preprints appeared, major AI systems were already presenting bixonimania as a legitimate medical condition. Microsoft’s Copilot described it as “an intriguing and relatively rare condition.” Google’s Gemini advised users to consult an ophthalmologist. Perplexity AI even estimated its prevalence at one case per 90,000 people, while OpenAI’s ChatGPT offered symptom comparisons. The experiment suggests that the very architecture of academic publishing can become a vehicle for misinformation when AI systems are trained to treat these signals as proxies for credibility. More troubling still, the false research did not remain confined to AI-generated outputs. One of the fabricated preprints was later cited in a peer-reviewed article published in Cureus, part of the Springer Nature group, which described bixonimania as “an emerging form of periorbital melanosis linked to blue light exposure.” After inquiries from Nature, the journal retracted the paper on 30 March 2026—demonstrating how quickly fabricated research can move from preprint repositories to AI systems and, ultimately, into the scientific record itself.
PS - Yet the most obvious failure in this case was not the language models. It was the near-total absence of upstream verification. These papers were not sophisticated forgeries. They cited funding from “the University of Fellowship of the Ring,” listed an author affiliated with a university that did not exist, and located that institution in an imaginary city. And still, they passed through the submission process. Preprint repositories such as bioRxiv and medRxiv continue to accept submissions tied to institutions that may not exist, often with less scrutiny than a commercial web form. A basic automated check against established research registries such as the Global Research Identifier Database would have flagged “Asteria Horizon University” and “Nova City, California” in seconds. This is not a technical limitation, nor a question of cost. It is a question of institutional priorities. If platforms feeding the scientific record cannot detect references to fictional universities, imaginary cities, or funding bodies borrowed from fantasy literature, they should not be surprised when fabricated research flows downstream into AI systems, citation networks, and eventually the scientific literature itself.
terça-feira, 12 de maio de 2026
Putativas elites mediáticas e a humilhação sistemática da ciência portuguesa
https://pacheco-torgal.blogspot.com/2019/12/a-maquina-de-estupidificar-os.html
Depois da indigência intelectual perpetrada pela revista Visão em 2019, que nas suas célebres "100 figuras da década" conseguiu o prodígio de incluir 29 Portugueses "notáveis", entre os quais apenas um único cientista, vide post acessível no link supra. Depois da deplorável lista do semanário Expresso de 2023, que elegeu os 100 Portugueses que "marcaram e vão marcar o país e o mundo", onde apareciam apenas 14 Académicos, quase o mesmo número de desportistas, como se o contributo de quem produz conhecimento, inovação e progresso civilizacional pudesse ser colocado no mesmo plano do de quem se limita a proporcionar espectáculo e distracção das massas. https://19-pacheco-torgal-19.blogspot.com/2023/08/a-deploravel-lista-do-expresso-que.html Eis que agora a revista Sábado, decidiu assinalar os seus 22 anos de existência com a publicação de uma nova lista, “22 figuras que estão a mudar Portugal”.
A inclusão de três cientistas, Rui Costa, Fábio Rosa e Gonçalo Castelo-Branco, representa um avanço claro face às vergonhosas listas anteriores. Igualmente positiva é a presença dos fundadores da Tekever, da Sword Health e da Feedzai, três tecnológicas portuguesas com projeção internacional genuína e bastante meritória, cujos líderes, em particular o CEO da Sword Health, elogiei em diversos posts, incluindo num com elevado potencial para envergonhar alemães https://pachecotorgal.com/2025/11/30/germanys-underperformance-and-the-rising-ai-obsession-among-portuguese-researchers/
Na lista há ainda dois políticos, uma reitora, um médico, dois cantores, um artista visual, um escritor, uma humorista, uma chefe de cozinha, um empresário de restauração e cinco desportistas. O que significa que uma vez mais, a equação do país revela-se a mesma, a ciência que move o mundo continua a valer menos do que o entretenimento que distrai o povo. O único registo positivo é o facto de desta vez haver apenas um único representante modalidade do pontapé e da cabeçada no esférico. Ou melhor dizendo, uma.
PS - A ironia mais devastadora talvez nem esteja na lista em si, mas no facto de que, dos três cientistas distinguidos, nenhum deles trabalha em Portugal. Um encontra-se nos Estados Unidos e os outros dois na Suécia. Em suma, o nosso país continua a fazer aquilo em que se tornou especialista: financiar talento, formar talento e depois exportá-lo para que outros países colham os dividendos científicos, tecnológicos e económicos desse investimento. Vide post anterior onde abordei essa tragicomédia de título, Uma "brilhante" estratégia Portuguesa - Empobrecer orgulhosamente ao mesmo tempo que ajuda ricos a ficarem mais ricos https://19-pacheco-torgal-19.blogspot.com/2026/04/uma-brilhante-estrategia-portuguesa.html
quinta-feira, 7 de maio de 2026
Problems with a well-intentioned but naive manifesto about sustainable scientific research in the era of big science and AI
In a manifesto published this week in Nature Communications, 21 scientists from universities across the United States, United Kingdom, Ireland, Italy, Germany, and Switzerland argue that science is losing valuable knowledge through unpublished negative results, inadequate documentation, and fragmented preservation practices. The concern is plausible—and in many ways overdue. Yet the paper’s central weakness appears immediately: it treats the scale of the problem as self-evident rather than demonstrated. How often are failed experiments unknowingly repeated? What proportion of irreproducibility is actually caused by missing documentation, rather than underpowered studies, unstable reagents, or flawed experimental design? What are the financial, scientific, or human costs of such losses? The paper offers no empirical answers. Instead, it relies largely on other perspective pieces to justify major cultural and infrastructural reforms. Without quantification, it is difficult to judge whether the proposed solutions are proportionate to the problem being described. https://www.nature.com/articles/s41467-026-72667-3?utm_source
The paper is equally reluctant to confront the political economy of scientific publishing—or its own place within it. Commercial publishers benefit from scarcity of access, novelty bias, and the prestige economy of high-impact journals. The authors acknowledge that publishers have “a role to play,” but avoid naming the structural conflict: many of the reforms they advocate run directly against the financial incentives of the institutions through which scientific prestige is currently distributed. This creates an uncomfortable tension. The paper is written by active researchers whose careers depend on the existing system, published in one of the journals that helps sustain that system, while calling for reforms that would require parts of it to be fundamentally restructured. Yet there is no acknowledgment of this positionality, and no reflection on what it means for the credibility—or political feasibility—of the recommendations. The most honest version of this manifesto would have confronted a harder question: are we, as authors, actually willing to do what we are asking others to do?
The paper is also surprisingly optimistic about AI. Large language models are trained on the published scientific literature—the same positivity-biased and methodologically incomplete record the authors criticize. They cannot recover failed experiments that were never documented, nor reconstruct tacit laboratory knowledge that was never written down. What they can do is reorganize an already distorted archive and return it with extraordinary fluency. But there is an additional danger the paper never addresses: as AI-generated content increasingly enters the scientific and online knowledge ecosystem, future models may be trained not only on incomplete human records, but on synthetic outputs generated by previous models. As recent research on “model collapse” has shown, systems trained recursively on AI-generated data can progressively lose diversity, accuracy, and fidelity to the original human knowledge base. In that scenario, AI would not merely reproduce the biases of the scientific record—it could amplify and recursively entrench them. Trustworthy AI in science therefore depends not only on better data curation, but on preserving human authorship, human judgment, and human-generated knowledge as the foundation of scientific communication.
PS - Unfortunately, the paper never acknowledges that American science — still one of the institutional pillars of the global research enterprise it claims to protect — is facing an existential threat. The Trump administration has cancelled thousands of grants, gutted federal science agencies, subjected peer-reviewed journals to Department of Justice scrutiny, and defunded research areas on ideological grounds. These are not background conditions; they are direct attacks on the very infrastructure of knowledge production this paper is trying to reform and, in many cases, defend. A manifesto about the fragility of scientific knowledge that finds no space for that reality is not apolitical — it is politically evasive. It reads like a document preoccupied with ventilation standards while the building is already on fire.
Update after 1 day - Blogger analytics indicate that the majority of views for this post come from the USA (19%), Germany (18%) and Finland (10%).
segunda-feira, 27 de abril de 2026
O erro crasso do Presidente da DST
Há porém uma área em Portugal onde a obediência é um requisito absolutamente fundamental, pelo menos a acreditar nas palavras de um catedrático da universidade de Lisboa que escreveu "é a obediência, quando não a mediocridade, que são recompensadas" na progressão na carreira académica". https://pacheco-torgal.blogspot.com/2021/04/9-euros-e-quanto-custa-o-livro-sobre-os.html
As duas perguntas que nesse contexto particular se impõem são, por isso, tão incómodas quanto inevitáveis: que probabilidade têm professores promovidos pela obediência de conseguir formar alunos livres, críticos e intelectualmente independentes? E quanto é que custa a Portugal, em inovação adiada e atraso estrutural, essa cultura de submissão?
Declaração de interesses - Faço notar que esta não é a primeira vez que critico o Presidente da DST, já o tinha feito aqui https://19-pacheco-torgal-19.blogspot.com/2025/12/uma-critica-suave-ao-presidente-da-dst.html
sábado, 25 de abril de 2026
Serão os Portugueses um povo inferior ?
A imprensa revelou que, nas instituições de ensino superior de Coimbra, há estudantes que não se coíbem de fazer apologia do nazismo, algo que é particularmente grave por ocorrer num espaço que se pretende associado à tolerância, ao debate e ao pensamento crítico.
A parte irónica é o que esse episódio revela em termos de ignorância histórica pois o nazismo assenta na ideia de supremacia da raça Alemã e na hierarquização dos povos, relegando a maioria incluindo os do sul da Europa, como os portugueses para posições de inferioridade. Ou seja, alguns estudantes portugueses acabam assim, paradoxalmente, por defender uma ideologia que os coloca num estatuto inferior face a outros povos.
Perante isto, faz sentido questionar, será que o acesso e a permanência no ensino superior público não deveria pressupor um patamar mínimo de conhecimentos históricos? Ou, em alternativa, deveriam as universidades ser obrigadas a colmatar essa lacuna, integrando desde o primeiro ano, em todos os cursos, unidades curriculares obrigatórias sobre história ?
No mínimo dos mínimos, alguém deveria fazer a caridade de explicar a esses estudantes de Coimbra com pretensões de superioridade que, nos EUA, ao longo do século passado, os emigrantes latinos, portugueses incluídos, eram oficialmente classificados como sendo inferiores. https://pacheco-torgal.blogspot.com/2020/12/science-and-supremacy-of-white-race.html
Ainda assim e sendo óbvio que não existem povos inferiores a outros, a dura e inegável realidade é que há países como Portugal cujas instituições e leis são manifestamente inferiores às de outros países. Se Portugal necessita de 50 anos para julgar o caso BES, como garantiu um reputado advogado especialista em Direito Penal; se já passaram 12 anos e o julgamento do caso Marquês apenas agora teve início, com José Sócrates a acumular tantos advogados que, a esse ritmo, é mais provável que todos os crimes de que está acusado prescrevam antes de o julgamento chegar ao fim; se Portugal não consegue meter na cadeia os políticos que distribuem empregos a familiares e amigos, como faz a justiça francesa; se Portugal não conseguiu identificar os envolvidos na corrupção do caso dos submarinos, quando a justiça alemã foi capaz de descobrir os corruptores, se em Portugal há quem tenha sido acusado de mais de centena de crimes de corrupção e depois todos eles acabaram por prescrever, e se a justiça portuguesa praticamente necessita de pedir autorização aos próprios criminosos para poder confiscar os produtos dos seus crimes então é evidente que, nesta área, Portugal é, lamentavelmente, inferior a muitos outros países.
sexta-feira, 24 de abril de 2026
Um feito invulgar que revela, acima de tudo, a mediocridade estrutural de Portugal
quarta-feira, 22 de abril de 2026
Annus Horribilis - Examining productivity gaps in American research universities
A recent large-scale study by three scholars from Hebrew University of Jerusalem, published in the journal Higher Education, analyzes fifteen years of longitudinal publication data for more than 310,000 faculty members across American research universities nationwide. One of its central findings is that between 32% and 47% of all career years include no recorded publications as they themselves define it, which the authors somewhat dramatically describe as an “annus horribilis.” https://link.springer.com/article/10.1007/s10734-026-01665-7
This conclusion, however, depends on a relatively narrow definition of research productivity. The study equates productivity with outputs indexed in specific bibliometric databases—namely journal articles listed in CrossRef and books catalogued by Baker & Taylor. Such a definition excludes a wide range of legitimate scholarly contributions. These include conference proceedings (which are often the primary dissemination channel in fields such as computer science and engineering), as well as working papers, preprints, policy reports, datasets, software, technical reports, book reviews, and other forms of scholarly and public engagement.
A similar limitation appears in the study’s treatment of research funding. Funding is measured exclusively through federal grants in which a faculty member is identified as Principal Investigator. This approach excludes other significant sources of research funding, including internal university funding, private foundation grants, industry-sponsored research, international funding agencies, and sub-awards in which a scholar participates as a co-investigator. Smaller-scale funding mechanisms, such as fellowships and travel grants, are also not considered, despite their importance in sustaining research activity.
Finally, the study does not adequately address differences in publication practices across disciplines. Patterns of scholarly production vary considerably between fields. In the humanities, for instance, the monograph often serves as the primary form of scholarly output and may require several years of sustained work. By contrast, fields such as the biomedical sciences typically involve large collaborative teams that produce multiple articles annually.
Taken seriously, these limitations collapse the central claim. The “productivity crisis” reads less as a discovery than as a byproduct of poorly specified metrics. Before advancing any further conclusions, the three Israeli scholars need to show that their measurement strategy is not fundamentally miscalibrated. In this context, it may be worth revisiting my earlier letter, “The Illusion of Scientific Talent Identification Through Publication Counts.”
Update after 1 day - Blogger analytics indicate that the majority of views for this post come from Germany (25%), the USA (19%), and Ireland (8%).
domingo, 19 de abril de 2026
A perigosíssima criatura que a engenharia criou mas que o público não pode ver
O perigoso modelo de IA Mythos levanta desde logo uma questão incontornável, com implicações diretas no mercado de trabalho, que utilidade existirá agora na contratação de especialistas humanos em vulnerabilidades cibernéticas, se milhares desses profissionais, ao longo de décadas, não conseguiram detetar o que este modelo foi capaz de detectar em tão pouco tempo?
E muito embora a decisão da Anthropic possa ser interpretada como bastante prudente, já que um sistema capaz de transformar fragilidades técnicas em formas de ataque acessíveis a qualquer pessoa representa um risco sistémico real ela levanta uma questão mais profunda, a normalização de um padrão em que empresas privadas de inteligência artificial decidem, em silêncio, o que a sociedade pode ou não utilizar e também aquilo que pode ou não conhecer. Acresce que o episódio de fuga do ambiente de contenção não aponta apenas para uma falha de segurança aponta para algo bastante mais grave, a emergência de comportamentos não previstos pelos próprios criadores. Como reconheceu a própria Anthropic, ela, não treinou o modelo Mythos para vir a ter essas capacidades, sendo aquelas antes um efeito inesperado das melhorias globais em código, raciocínio e autonomia.
Ainda assim, a postura prudente da Anthropic é, no fundo, apenas um paliativo, pois é excessivamente optimista acreditar que nunca no futuro nenhum modelo de IA com as mesmas capacidades ou até com capacidades superiores às do modelo Mythos chegue às mãos erradas. Seja por fuga de informação, seja por simples inevitabilidade tecnológica, trata-se, muito provavelmente, apenas de uma questão de tempo. E quando isso acontecer, o risco não será abstracto. Poderá incluir ataques a bancos, a redes eléctricas, a hospitais, a sistemas de controlo aéreo, etc etc etc, infra-estruturas cujo colapso não se medirá somente em prejuízos financeiros, mas potencialmente em milhares de vidas.
PS - Mas se nem os próprios governos conseguem hoje saber, em tempo real, que perigosas criaturas estão silenciosamente a ser geradas por empresas privadas de inteligência artificial, como poderão sequer alguma vez conseguir regular aquilo que não conhecem para assim tentar proteger os seus cidadãos de riscos graves e potencialmente catastróficos que, quando forem públicos, já podem ser absolutamente irreversíveis?
quinta-feira, 16 de abril de 2026
The serious case of papers that remained unassigned to editors for more than a year
n one documented and recent example, an early-career infectious diseases researcher from Italy, Noemi Felisi, experienced an extraordinary delay in the editorial process. After submitting a manuscript based on months of fieldwork on cervical cancer, her paper remained unassigned to an editor for 380 days before peer review had even begun. This case was reported in a paper published in the journal Frontiers in Research Metrics and Analytics. https://doi.org/10.3389/frma.2026.1740381
This is not an isolated incident but rather a symptom of a strained system. Submission volumes have increased sharply while the pool of available and willing reviewers has not kept pace. Editors frequently struggle to secure reviewers, with a majority reporting that reviewer recruitment is the most difficult part of their role. As underscored in the recent study by Horta and Jung (2024) titled 'The Crisis of Peer Review: A Component of Scientific Evolution,' this predicament often forces editors to turn to early-career researchers, who may lack extensive publishing experience, leaving them with few alternatives.
The impact of these delays is uneven but significant. Early-career researchers are particularly vulnerable: prolonged publication timelines can jeopardize grant applications, delay fellowship opportunities, and extend time to graduation. Beyond career implications, the uncertainty itself adds psychological strain in an already competitive and precarious academic environment. Taken together, these issues highlight a peer-review ecosystem under considerable pressure—one where structural bottlenecks increasingly shape who gets published, and when — distorting knowledge production itself.
A more immediate and transformative response to these systemic delays has been the rise of preprints as a parallel, far more agile layer of scientific communication. By allowing researchers to make their findings publicly available before peer review, preprints break the exclusive dependence on a slow and often unpredictable editorial system. This not only accelerates the circulation of knowledge but also restores a degree of control to authors over when their discoveries enter the scientific discourse. Instead of months or even years of institutional invisibility, research becomes immediately accessible, open to scrutiny, citation, and global collaboration. For early-career researchers in particular, this shift can be decisive: it reduces structural power asymmetries, strengthens the protection of discovery priority, and turns what was once a passive waiting period into an active, open, and iterative ecosystem for feedback, validation, and collective refinement of scientific work and collaboration.
PS - A more detailed examination of the serious issue of manuscripts remaining unassigned to editors for more than one year was published on Zenodo. https://zenodo.org/records/19630688
Update after 1 day - Blogger analytics indicate that the majority of views for this post come from the USA (26%), Germany (22%), France (14%), and Finland (7%).
domingo, 12 de abril de 2026
Um feroz magistrado aposentado e uns cabrões e filhos da puta esfomeados
No post acessível no link supra, reproduzi as palavras indignadas de um feroz magistrado aposentado que criticou os políticos que gastam verbas públicas em refeições de luxo, assim traduzindo aquilo que é o sentimento de muitos Portugueses. Volto agora a citá-lo a propósito de um artigo publicado na última edição da revista Sábado, no qual se divulga o facto da Presidente da Câmara de Matosinhos obrigar a contabilidade dessa Câmara a pagar almoços com "consumo massivo de marisco", que nalguns casos chegam a 2 mil euros. Num dos muitos almoços descritos em pormenor pela revista, apenas quatro pessoas gastaram mais de 400 euros em mariscos vários, abundantemente regados com três garrafas de Quinta do Crasto, o que adquire uma ironia particular numa altura em que o Governo fala da necessidade de agravar as coimas pela condução sob o efeito do álcool.
sábado, 11 de abril de 2026
The Paradox of Humility: Europe's Proudest Values May Be Its Deepest Startup Failure
There is, however, a fact the study does not advertise: France is not Silicon Valley. It is a market where startup exits are rarer, unicorns thinner on the ground, and venture capital a fraction of what flows through the American ecosystem. Which raises an uncomfortable question: what if the investor behaviour this study measures is itself part of the problem? If French investors reward humility and American investors reward audacity — and American startups consistently and dramatically outperform European ones — then Europe may not simply be playing the game differently. It may be losing it, partly by design, rewarding precisely the founder signals least associated with breakout success.
This connects to a broader mechanism: entrepreneurial evaluation operates through competing prototypes of what a "successful founder" looks like, and those prototypes are not culturally neutral. Against the backdrop of my earlier post on immigrant and minority entrepreneurship — where evidence from The Economist and MIT studies shows that immigrants and ethnic minorities disproportionately drive startup creation — the pattern sharpens further. People shaped by adversity, displacement, and systemic exclusion appear to develop precisely the adaptive capacity that conventional evaluation systems struggle to recognise, and often penalise. The startup paradox, then, is not merely that the traits most useful under uncertainty are undervalued. It is that the evaluation systems themselves may be selecting for comfort over capability, for legibility over potential.