susymat

Item #: SCP-XXXX

Object Class: Safe Euclid

Special Containment Procedures: Item SCP-XXXX is currently stored on a coffee table in the break room near SCP-294. It is to be overseen by one guard of security clearance of 1, escpecially at any lunch break, and anyone is free to use it for food purposes as long as its door is closed. Due to the events seen in Incident XXXX-A, item SCP-XXXX is upgraded to Euclid and is to be 500m under the ground and to be contained in a 5m x 5m x 5m stainless steel container, reinforced with several layers of lead and aluminium to contain radiation. It is to be monitored by lead-reinforced cameras at all times and no one below security clearance of 5 is allowed to enter.

Description: SCP-XXXX appears to be a microwave oven of 35 cm x 46 cm x 25 cm, weighing 28 kg (61,7 lb), it is made of steel and by means of x-rays technology it has been stated that the item does not have a magnetron1, meaning that it does not use microwaves.

The visible main difference between SCP-XXXX and a common microwave are its 6 additional buttons which represent the changes of state (from top to bottom: CONDENSATION, EVAPORATION, DEPOSITION, MELTING, FREEZING, SUBLIMATION), but there is no IONIZATION or DEIONIZATION option. It is also possible to heat or cool an object by selecting a temperature on a keypad near its door.

Despite it is known that SCP-XXXX can cool down object, it is currently unknown how the item can absorb so much energy to do so and how it does not need any type of energy to work. SCP-XXXX in order to complete its command will eventually break the laws of physics.

Anytime the personnel uses the item, as the sign written on it says, its door must be closed until the end of any type of experiment.

Further tests involving liquids of SCP-294 are still to be approved.


Test XXXX-A


Subject: A plate of lasagna.
Procedure: Researcher heats up the plate of lasagna at 190 °C (374 °F) for 17 minutes, the door is closed.
Results: No incident happens, the food is well-cooked and without any type of radiation.
Analysis: The item does not irradiate objects.

Test XXXX-B


Subject: A block of aluminium, a block of lead and a block of bronze all of the same size (5cm x 5cm x 5cm).
Procedure: A D-class personnel heats up the blocks for 1 minute without selecting a temperature, the door is closed.
Results: No incident happens and the metals are heated up at the same temperature (38 °C/100.4 °F).
Analysis: Whenever the item heats up a metal, SCP-XXXX will not damage itself in the process.

Test XXXX-C


Subject: A block of concrete (5cm x 5cm x 5cm).
Procedure: A D-class personnel heats up the block at 10,000 °C (18,032 °F) for 15 seconds, the door is closed.
Results: No incident happens and the block crumbles as expected.
Analysis: When the item heats up a material at extreme degrees, its sorroundings will remain intact.

Test XXXX-D


Subject: An aluminium glass of water.
Procedure: Researcher cools down the subject at -54 °C (-65.2 °F) for 60 minutes, the door is closed.
Results: No incident happens and both the glass and the water are frozen.
Analysis: No analysis required.

Test XXXX-E


Subject: An uncounted amount of methane.
Procedure: Researcher pumps methane in the item and selects the option CONDENSATION, the door is closed.
Results: The gas successfully becomes liquid.
Analysis: Gases remain into the item thanks to what is believed to be a currently unknown type of vacuum.

Test XXXX-F


Subject: A glass of water.
Procedure: A D-class personnel puts a glass of water in the item and select the option EVAPORATION, the door is closed.
Results: No incident happens, both the glass and the water evaporate.
Analysis: [REDACTED]

Test XXXX-G


Subject: An uncounted amount of water vapor.
Procedure: Researcher pumps water vapor in the item and selects the option DEPOSITION, the door is closed.
Results: No incident happens and the gas successfully turns into frost.
Analysis: The amount of time that the item needs to spend to complete an action involving a change of state is always 10 seconds.

Test XXXX-H


Subject: A block of concrete (5cm x 5cm x 5cm).
Procedure: Researcher puts the block in the item and selects the option MELTING, the door is closed.
Results: No incident happens, SCP-XXXX violently trembles during the process and successfully turns the subject into liquid concrete.
Analysis: SCP-XXXX can change the physical structure of any type of complex material.

Addendum XXXX1: «This is really unbelievable». Dr. Rossi

Test XXXX-I


Subject: An uncounted amount of mercury.
Procedure: Researcher puts the subject in the item and selects the option FREEZING, the door is closed.
Results: No incident happens, the element turns into solid mercury and remains in this state for 5 hours.
The item is made solid again and is then put in SCP-XXXX and the option MELTING is selected, the item becomes liquid again almost istantly.
Analysis: SCP-XXXX can change the physical structure of something it already changed.

Test XXXX-J


Subject: A block of granite (5cm x 5cm x 5cm).
Procedure: Researcher puts the block in the item and selects the option SUBLIMATION, the door is closed.
Results: No incident happens, SCP-XXXX violently trembles during the process and the object turns into a sort of "gas-granite", instead of turning into a crystal.
Analysis: Studies of the gas are still ongoing.