The artificial photosynthesis seminar provided information about converting light energy to chemical fuel using solar cells. Dr. Ivonne Ferrer and Jesus Velazquez discussed how this process of producing artificial energy could benefit humanity by providing an alternative energy source if other resources become depleted. The process requires dedication and time but would be a major scientific advancement if successfully developed. Students also participated in a lab demonstration of artificial energy production involving mixing fruit juice and other ingredients, requiring precision and management of time. The results of these processes were shown using connected devices and computers.

1. Reflection I
Artificial Photosynthesis
The artificial photosynthesis seminar consisted on bring the students information about
introduction of converting light energy to chemical fuel using solar cells as a control variable.
This information was provided by Dr. Ivonne Ferrer and Jesus Velazquez. Actually the idea put
forward by these researchers is very interesting, because this method of producing artificial
energy is of great benefit to humanity. It is surprising to know that if at any time the resources
we have run out, we have the option of creating energy with different chemical reactions. A very
important fact to bear in mind is that this process does not come from nowhere, but is a process
that takes dedication and time. The artificial energy is a big step for the scientific world, and
much good would be accomplished if working perfectly. Within the workshop we took, we also
had the privilege of working in the laboratory on a demonstration of what could be artificial
energy. At first I did not know that only one fruit you can do this, but it was interesting to learn
that way. There are many steps to do it within them is the mixing with juice and other ingredients.
It is very important to manage time, and to be precise with it, so that the mixture is not affected.
Moreover, at the end of the process we have to see the results of what we do. The doctors
showed us how it worked through a device that is connected to the computer; they slowly
showed us how to work with it. All the material we collect is a bit complicated, but very
interesting. I really liked learning about artificial energy in a different and effective way.
Reflection II
Antibacterial Agents: Synthesis of Cicadapeptins
The seminar given by Dr. Rivas I loved it because it presents an interesting topic about
animals and their secrets. According to information provided at the seminar, it is found that the
cicada proteins act as good antibacterial agents against Bacillus cereus, B. subtilis and
Escherichia coli. After several experiments with agar and other components, to understand its
antibacterial properties, synthesis began using solid-supported organic synthesis. A polystyrene
resin -based 2 -chlorotrityl chloride was used as a linker. It's interesting how animals may
contain compounds that are used as antibacterial.One reason that causes this to happen in the
cicadas is the only amino acid it contains. Some of antibacterial presented are penicillin,
quinolone, tetracycline and erythromycin. Actually this research is productive.

3. Reflection III