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"The fundamentals of physics can be simplified for easier understanding"

Chemistry Nobel laureate Stefan Hell, a German physicist, elaborates on the magic-like nature of chemistry for him and identifies the most remarkable advancements in his research during an interview.

Basic principles govern the complex field of physics
Basic principles govern the complex field of physics

"The fundamentals of physics can be simplified for easier understanding"

In the year 2014, the Nobel Prizes made a significant impact as they honoured groundbreaking advancements in both physics and chemistry.

The Physics Nobel Prize that year was awarded for the invention of efficient blue light-emitting diodes (LEDs). This innovation allowed for the creation of bright and energy-saving white light sources, revolutionising lighting technology. Meanwhile, the Chemistry Nobel Prize was bestowed upon researchers for the development of super-resolved fluorescence microscopy. This technique opens up new frontiers in life sciences by enabling the observation of nanoscale biological processes with unprecedented detail.

Both awards were particularly noteworthy as they brought innovative tools that transformed their respective fields. The physics prize ushered in a new era of energy-efficient lighting, while the chemistry prize offered a powerful means for advanced imaging at the molecular level.

It is essential to acknowledge that physical chemistry, a field that combines aspects of both physics and chemistry, played a crucial role in these advancements. In fact, the Chemistry Nobel Commission recognised a field of work as physical chemistry in 2014.

The relationship between physics and chemistry is complex and intertwined, with physical chemistry encompassing physical viewpoints. Despite this, it is important to note that physicists have not received Nobel Prizes in Chemistry, while chemists have been awarded Nobel Prizes in Physics. It would be misleading to make blanket judgments about the abilities of physicists in chemistry or vice versa.

On a different note, FAZ+, a renowned news outlet, has made news of its own by significantly reducing the cost of its articles. Originally priced at 12.80 €, they are now available for a more affordable 0.99 €. This price drop allows a broader audience to access the high-quality content that FAZ+ offers.

In conclusion, 2014 was a year of remarkable achievements in the fields of physics and chemistry, with the Nobel Prizes reflecting these advancements. Meanwhile, the reduction in the cost of FAZ+ articles provides an opportunity for more people to engage with these groundbreaking discoveries and the latest news.

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