Hello everyone, I am rather new to PT and this is my first published creation. I wish to present, and I am also wondering if it now sets the record for the hottest laser (EDIT: Apparently not, but it is the only one I have seen after a good deal of searchign that is 9000+.)



Backstory: A "very good" laser in PT is typically around 7000 degrees, an extroadinary one 8000. I had always wonderd: The maximum temperature is 9725.85, why can't the temperature be higher than 9500, or even 8500? To build the best laser, the best heating system was required.

Now, most lasers are heated by LIFE. This will, however, only heat to 8000-9000 degrees, and only a portion of that heat is recieved by the photons. White hole/uranium is useful, but I have found that it often doesn't work well in practice. In a recent update of PT, the element BOYL was added; this was the missing element needed to create a super laser. Think about it: BOYL increases pressure when heated; URAN increases heat when pressured. It was a match made in heaven, and yet I have not seen a single creation that utilizes the two to create a strong flow of heat. With those two, the only limit to temperature was the maxiumum, 9725.85. So I set out to build a laser with them. I observed successful lasers of the past, and with knowledge of experience (I did NOT copy anything), I set to work building. It only took me about 90 minutes to build two lasers, bug test them, go through all sorts of small improvements, etc.

The first (they are both in the same creation), on the bottem, is the fabled 9700 laser. For around the first 4 seconds, the photons will remain at about 9710-9724 degrees, before dropping off to an average temperature of about 9500. This is only a two beam laser, so it may not be as powerful as many 5-beam ones, but it is the hottest (that I have been able to find).

The second is a 5 beam laser that will start out about 9680-9710 before dropping to an average temperature of about 9000-9100. The extra three beams decrease the temperature, but make it a bit more powerful. As you may notice, there are some tiny structural differnces between the two, as I copy-pasted little from the first design to make this one, and built the rest from scratch. With both lasers, I violate one tiny rule of most laser competitions: The BOYL creates a great deal of pressure. Still, this just means that BMTL, GLAS, BRCK, etc cannot be used as targets. Other elements that are impervious to pressure, and just as strong, can be substituted.

Thanks for reading, I hope you enjoy. Has anyone made a laser hotter than this in the past (and can you link me to it)?