"In science, as in love, the first step is the hardest."
This quote by Vladimir Prelog suggests that the initial stages of both scientific exploration and romantic relationships require significant effort and determination. In science, this could mean overcoming challenges to formulate a hypothesis or devising an experiment for the first time. Similarly, in love, it refers to the effort required to build trust, communicate effectively, and navigate the early stages of getting to know someone. The commonality lies in the hurdles that must be crossed before progress can be made and success achieved, be it a groundbreaking scientific discovery or a deep, meaningful relationship.
"The structure of a molecule determines its chemistry."
This quote by Vladimir Prelog underscores the profound relationship between the physical arrangement, or "structure," of a molecular entity, and its chemical behavior. Essentially, it means that a molecule's properties, such as reactivity, stability, and bonding capacities, are significantly influenced by the way its atoms are connected. In other words, understanding the structure of a molecule is crucial to predicting and explaining its chemical reactions.
"To discover a new chemical reaction is like opening the door to a room from which one has been deafened by the noise of hammering."
This quote by Vladimir Prelog suggests that discovering a new chemical reaction is comparable to gaining access to a previously inaccessible space, where much activity (the "hammering") has been taking place unheard. The noise symbolizes the challenges or difficulties associated with understanding complex chemical processes. Once the door is opened, the deafening sounds can be heard and analyzed, leading to new insights and advancements in chemistry. In essence, it emphasizes the excitement and significance of discovering new chemical reactions, as they open up new frontiers for scientific exploration and progress.
"In science, as in life, it's not about how fast you run, but about where you run and why you run there."
This quote emphasizes that progress and success in science (and life) are not solely determined by speed or haste, but rather by the direction and purpose of one's actions. It encourages individuals to focus on understanding the 'why' behind their work, ensuring it is valuable, meaningful, and significant. Moreover, it suggests that targeting relevant areas with a clear purpose will ultimately lead to more impactful and valuable outcomes than simply rushing through without thought or intention.
"The chemist who does not know how to calculate is no more than a cook."
This quote emphasizes the importance of mathematical skills in chemistry. In simple terms, it suggests that a chemist without a strong background in mathematics is limited to being a "cook" rather than a true scientist who can perform complex calculations, analyze data, and make informed predictions based on scientific principles. A deeper interpretation could be that the ability to calculate and understand mathematical concepts allows a chemist to think critically, design experiments effectively, and interpret results accurately, which are essential skills for conducting advanced chemical research.
The close of my studies with a degree of a Dr. Ing. in 1929 coincided with the great economic crisis, and I was not able to find an academic position. I was therefore very grateful for a position in the newly created laboratory of G.J. Driza in Prague where rare chemicals were produced on small scale.
- Vladimir Prelog
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