The Sunday Times of Malta

Science fiction: the catalyst for tomorrow’s technology

- MOHAMED DAOUD

In the realm of science fiction, creativity knows no bounds. From imagining distant galaxies to crafting utopian societies, visionary authors and film-makers have been at the forefront of predicting – and even inspiring – technologi­cal advances. The impact of their work goes beyond mere entertainm­ent, as many of their futuristic ideas lay the groundwork for inventions and innovation­s that transform our world.

One of the earliest examples of science fiction’s predictive power comes from Jules Verne, a pioneer of the genre. In his novel From the Earth to the Moon, Verne detailed a space expedition long before the first rocket was launched. His concept of a spacecraft launched from a cannon and landing in the ocean mirrors elements of modern space exploratio­n, demonstrat­ing that creative minds often envision possibilit­ies ahead of their time.

H.G. Wells, another influentia­l science fiction author, envisioned technologi­es that would eventually become reality. His novel The War of the Worlds describes a Martian invasion that includes heat rays and armoured fighting machines – concepts that have since inspired military technology and advanced weaponry. Similarly, his book The Time

Machine introduced the idea of time travel, sparking countless exploratio­ns into theoretica­l physics and the nature of time itself.

Science fiction’s influence extends into the realm of film and television, where groundbrea­king ideas capture the imaginatio­n of audiences and scientists alike.

Star Trek, a franchise known for its optimistic vision of the future, introduced communicat­ors that bore a striking resemblanc­e to early mobile phones. The concept of a portable communicat­ion device that could connect people across vast distances not only inspired engineers but also guided the developmen­t of cellular technology.

In Star Wars, the portrayal of robots like C-3PO and R2-D2 paved the way for advancemen­ts in robotics and artificial intelligen­ce. The idea of humanoid robots capable of complex tasks and emotional interactio­n has driven innovation in these fields, leading to the developmen­t of advanced robots and AI systems used in industries ranging from manufactur­ing to healthcare.

Science fiction also inspires scientists and researcher­s to push the boundaries of what is possible. NASA’s Jet Propulsion Laboratory (JPL) has acknowledg­ed that its engineers often draw inspiratio­n from science fiction, incorporat­ing ideas from movies and books into their work. The connection between science fiction and real-world technology is a testament to the power of imaginatio­n in driving innovation.

The science fiction genre has been called the “literature of ideas”. Visionary science fiction writers and film-makers have long played a crucial role in shaping the technologi­cal landscape. By envisionin­g a future filled with advanced technologi­es, they inspire scientists, engineers and innovators to turn these visions into reality. As we continue to explore the possibilit­ies of technology, science fiction remains a guiding light, illuminati­ng the path to a future limited only by our imaginatio­n.

Mohamed Daoud, Faculty of Education

 ?? ?? Drawing by Henrique Alvim Corréa depicting the Martian walking machines. PHOTO: PUBLIC DOMAIN
Drawing by Henrique Alvim Corréa depicting the Martian walking machines. PHOTO: PUBLIC DOMAIN
 ?? ?? People from diverse nationalit­ies and background­s gathered to share experience­s, shift perspectiv­es and collaborat­e on creative solutions to global challenges, namely how communitie­s can co-create greener, more inclusive and just cities. This week-long event was part of the SciCulture­D project, a partnershi­p between the University of Malta, Høgskulen på Vestlandet HVL, city2scien­ce, and ScienceVie­w funded by the Erasmus+ programme. The innovative community at the Valletta Design Cluster inspired the event and hosted the activities.
PHOTO CREDIT AND COPYRIGHT: SCICULTURE­D (ERASMUS+ FUNDED)
People from diverse nationalit­ies and background­s gathered to share experience­s, shift perspectiv­es and collaborat­e on creative solutions to global challenges, namely how communitie­s can co-create greener, more inclusive and just cities. This week-long event was part of the SciCulture­D project, a partnershi­p between the University of Malta, Høgskulen på Vestlandet HVL, city2scien­ce, and ScienceVie­w funded by the Erasmus+ programme. The innovative community at the Valletta Design Cluster inspired the event and hosted the activities. PHOTO CREDIT AND COPYRIGHT: SCICULTURE­D (ERASMUS+ FUNDED)

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