© Katarzyna, unsplash

We live in a technological world. Technology is everywhere around us, it helps us with our daily chores, enables us to communicate with friends all over the world, has allowed many of us to work in the Covid-19 lockdown, brings food to our tables while keeping it fresh, produces clean energy for our homes and transportation, and, finally, lets us have fun.

But technological advancement has also created problems for planet Earth and all its inhabitants, not just us humans. In combination with human ingenuity and an economic system that emphasises greed, we now face planetary emergencies, such as climate change, biodiversity loss and environmental pollution, where oceans of plastic and smog filled cities are prevailing features of daily existence.

Technology is also indirectly responsible for the current Covid-19 pandemic. The green revolution in agriculture (breeding, fertilisation, mechanisation) produced more food than was needed, which meant in part, the population was able to increase from 3 billion in the 1960s to 7.8 billion as of 2020. More people need more room to live and work, so humans had to expand into more areas, which in turn left less space for wildlife, and thus made it much more likely to contract viruses from bats. Human mobility, especially massive air traffic, created a global pandemic out of a local infection in a just a few months.

So, if technology is causing problems, can it also cure them?
Many believe so. Governments and research funding agencies have been putting more money into technological advancement and natural sciences than into culture and humanities. For example, in the EU’s flagship research funding program H2020, only 7% of the funds went to social sciences and humanities. For Covid-19, this means investing in technological solutions like tracking apps and the rapid creation of a vaccine. Investment in other planetary issues such as CO2 neutral energy, precision agriculture and the internet of things has also until now been at the receiving end of hefty funding.

But the most effective weapon against Covid-19 is a humane one: care, respect, humility – aka social distancing. For the other problems, behavioural change would also be one of the fastest response options and in the majority of cases the most necessary. Think of the plastic problem: one could wait for robots to be invented that fish the plastic from the oceans – or one could just stop throwing plastic away.

Criticising technological advancement is nothing new here and has been addressed in popular movies since the early 20th century in Charlie Chaplin’s Modern Times, or in the middle of the 20th century by Heinz Erhardt’s Der letzte Fußgänger and Louis de Funès’ L’aile ou la cuisse. The tech-savvy frown upon criticists, implying they are overburdened with the fast pace of change, and want to go back to the good old days, when life was simple and easy. But let’s be honest, life has never been easy. Each period in history has had and will have its own challenges, and it’s always easy to reminisce afterwards, after the lessons have been learnt and the hard times are behind us. The point I’m trying to make here is, we should not try to live in the past, but rather imagine the future in order to shape the present.

What if instead of relying on technology to save us, we adopted a new renaissance? Enlarged the humanistic faculties which write history, discuss the past, help to cope with the present, and work out the human implications of recent changes. Cultivate the arts, music and theatre, which reflect on the current developments albeit often critically, inspire the audience to think, and connect human beings across beliefs and origins. More value would be put on thought instead of on stuff, on reflecting instead of mindless action. As a by-product, consciousness would be increased, less CO2 produced, and the environment more cared for.

The Renaissance, which began in 14th century Italy, was a period of great societal change. Its basis was humanism, which manifested itself in all areas of life, from art and architecture to science and literature. It was preceded by a global pandemic, the Great Bubonic Plague or Black Death, whose origin was bacteria of animal origin. The infection lead to pneumonic plague, which then could also be spread for person-to-person via aerosols. It is theorised that the devastation caused by the pandemic caused the shift in world view that finally led to the Renaissance.

Many people feel more at home in the creative side of life, but since creativity is generally not equated with being able to pay for our daily bread, parents tend to discourage their children from pursuing such careers and instead steer their offspring to more solid jobs . But this doesn’t make the people happier, nor does it help the planet. An analysis of the number of graduate students in OECD countries from 1998 to 2012 shows that, while the total number of graduates has increased from 5.1 to 8.4 million signifying a 65% increase, the relative share of arts and humanities graduates decreased from 13.6% to 12.1%. Around the years 2007-2008, many countries show a net decrease or a slowing down in the upwards trend of the number of arts and humanities graduates – these are the years of the global financial crisis. Finally, these numbers are from developed countries, some of which with a long humanistic tradition. The picture might look even bleaker in the rest of the world.

In these times, where Covid-19 has shown us how fragile life is, we desperately need more of the human side in order to face the transitions confronting us: the energy systems which threaten our climate, the economic system, which is destroying our planet and disregarding human values, or our school system, which puts too much focus on producing an obedient work force. However, the Covid-19 lockdowns have also showed us how massive changes in human behaviour are possible within the shortest of periods, and that people are now beginning to understand the necessity of this change and follow through with it. So, change is possible; which direction will it go in?

Believe me, whatever the problem is
Technology can fix it
Technology will outlive us all!

Bonaparte, Technologiya from the album My Horse Likes You

Michael Matiu - This article has already been published on the blog Covid-19 And Beyond



Related Articles

Che aria tira a scuola? Ripensare e trasformare i luoghi della formazione post Covid-19

Il progetto di ricerca “Il cambiamento è nell’aria” - promosso dalla Libera Università di Bolzano e Agorà, con la collaborazione di ricercatori e dottorandi dell’Università IUAV di Venezia e degli atenei di Trento e Padova - ha fotografato la qualità dell’aria a scuola nei mesi precedenti la chiusura per la pandemia di coronavirus. Una concentrazione di CO2 eccessiva dimostra una ventilazione inadeguata per larga parte del tempo di occupazione. Una cattiva notizia in vista del rientro a scuola ai tempi del Covid-19.

BIGWOOD: la filiera sostenibile dell’edilizia in legno vuole diventare grande

Costruzioni in legno, sostenibili anche per grandi volumetrie ed elevazioni. BIGWOOD, progetto europeo Interreg transfrontaliero tra Alto Adige, Tirolo austriaco e Veneto, porterà alla creazione di una rete di università, aziende, progettisti ed esperti nel settore per diffondere le costruzioni in legno multipiano e garantire elevati standard di qualità. Il progetto prevede la realizzazione di modelli dimostrativi di edifici multipiano interamente realizzati in legno, tra cui uno in scala reale nel Parco tecnologico NOI di Bolzano, aperto e visitabile dal pubblico.

Autismo e autonomia di vita in casa: il progetto SENSHome

Una casa non può dirsi intelligente se non è in grado di rispondere anche alle esigenze delle persone più fragili. SENSHome è il nome del nuovo progetto transfrontaliero tra Italia e Austria, il cui obiettivo è rendere possibile una vita domestica in autonomia a persone con disabilità, con particolare attenzione a quelle con disturbo dello spettro autistico. Come? Sviluppando e applicando reti di sensori intelligenti in grado di rendere le case “sensibili” alle necessità delle persone con bisogni speciali e di segnalare possibili eventi a rischio per il benessere dell’individuo stesso.

Sensori e anticorpi per prevenire le intossicazioni alimentari

I test sierologici, più che mai necessari in queste settimane di pandemia, possono anche aprire inediti percorsi di innovazione nel controllo della sicurezza alimentare. Lo dimostra un progetto di ricerca del Sensing Technologies Lab pubblicato dalla rivista scientifica internazionale Biosensors. Il laboratorio Sensing Technologies Lab della Libera Università di Bolzano ha sviluppato immunosensori che, rivestendo di anticorpi gli elettrodi, consentono semplici controlli della contaminazione da istamina in alimenti contenenti proteine, come il pesce. Uno strumento efficace, preciso ed economico per prevenire l’intossicazione alimentare.