Per 
SCP XXXX is a wooden box made out of what is believed to be varnished ebony wood, with an white engraving of the complete periodic table on the lid. Inside the box is a series of vials arranged in the shape of the periodic table, every vial has the corresponding element’s symbol for its given location and a sample of the element inside. Each vial is held securely in a small cutout area of white foam. The box and vials have no anomalous properties whatsoever unless the element sample they hold has been removed. Upon removal the sample, putting the vial in its corresponding place, and closing the lid, the sample will be replenished. However upon doing so the removed sample or any compounds formed with said sample with quickly decay into an unknown black gelatinous mixture. If this process is not completed the removed element sample or any compounds formed with the sample will remain. This makes extensive studying of each element a long and tedious process when studying their rather bizarre chemistry and properties. Such properties tend to be complete opposites of their normal counterparts, for instance elements such as helium and neon, which normally never react are in some cases extremely reactive. Elements such as chlorine or fluorine which are normally very reactive gases can in some cases be solids and rather unreactive. These practically inverted properties are typically limited to only two or three properties however there are times when more than seven properties may be different per each individual instance of the sample. It should also be noted that when a new instance of a sample reappears in a vial chances are these once anomalous properties are no longer anomalous and other properties are. A list of potential properties that may be affected have been compiled, they are as follows: melting point, boiling point, oxidation state, electronegativity, conductivity, density, state at room temperature, hardness, crystal structure, emission spectrum, instablity (radioactivity), and half life of any radioactive element. Properties such as color and luster tend to be the same as the typical corresponding element in the same phase, anomalous helium that is liquid at room temperature, appears the same as typical helium when cooled to the point of being liquid would.
SCP XXXX is a wooden box made out of what is believed to be varnished ebony wood, with an white engraving of the complete periodic table on the lid. Inside the box is a series of vials arranged in the shape of the periodic table, every vial has the corresponding element’s symbol for its given location and a sample of the element inside. Each vial is held securely in a small cutout area of white foam. The box and vials have no anomalous properties whatsoever unless the element sample they hold has been removed. Upon removal the sample, putting the vial in its corresponding place, and closing the lid, the sample will be replenished. However upon doing so the removed sample or any compounds formed with said sample with quickly decay into an unknown black gelatinous mixture. If this process is not completed the removed element sample or any compounds formed with the sample will remain. This makes extensive studying of each element a long and tedious process when studying their rather bizarre chemistry and properties. Such properties tend to be complete opposites of their normal counterparts, for instance elements such as helium and neon, which normally never react are in some cases extremely reactive. Elements such as chlorine or fluorine which are normally very reactive gases can in some cases be solids and rather unreactive. These practically inverted properties are typically limited to only two or three properties however there are times when more than seven properties may be different per each individual instance of the sample. It should also be noted that when a new instance of a sample reappears in a vial chances are these once anomalous properties are no longer anomalous and other properties are. A list of potential properties that may be affected have been compiled, they are as follows: melting point, boiling point, oxidation state, electronegativity, conductivity, density, state at room temperature, hardness, crystal structure, emission spectrum, instablity (radioactivity), and half life of any radioactive element. Properties such as color and luster tend to be the same as the typical corresponding element in the same phase, anomalous helium that is liquid at room temperature, appears the same as typical helium when cooled to the point of being liquid would.
Containment Procedures:
Revision Alpha-1
SCP-XXXX is to be kept in a electronic combination lock safe with a interior space measuring 0.5x0.5x0.5 meters. Safe is to be made of chemical resistant reinforced steel, said safe is to be encased in a dried quartz glass vacuum chamber, a vacuum of 0.001 Torr or less except when accessing the safe, in which case chamber is to be pressurized to normal atmospheric pressure. The chamber has is to sit on a pedestal 1 meter high, long and wide, made of heavily reinforced concrete and a tungsten carbide plate of about 2cm in thickness on top of the pedestal and below the vacuum chamber to protect the concrete from any sample that might be dropped when removing it from its container. The code for the safe is to be given to any level 3 or higher personnel which may be distributed to lower level personnel upon approval from the head researcher or in cases of a containment breach personnel that are deemed to be necessary to the recontainment of SCP-XXXX are to be given the code. The combination on the safe is to be 6 numerical characters, this combination is to be changed every month or immediately following a containment breach or site lockdown. The removal of any sample is to closely monitored, any personnel that are tasked with retrieving a sample are to be given a standard Foundation issue Level A hazmat suit, dosimeter, a specifically designed vial clamp for removing the vials, and a chemical resistant lead container for safely carrying the sample. No more than two people are to enter the containment chamber at any given time, the door must always be securely closed before opening the vacuum chamber. After a sample has been removed, the vial case is not to be closed until experiments have been deemed finished, at this time the safe must be locked and the vacuum chamber must be sealed and returned to a vacuum. Upon completion of these tasks only then may the door to exit the containment chamber may be unlocked and opened. When retrieval of a sample is not taking place the room must be monitored by cctv cameras and geiger counter sensors and ph sensors in the room are to be monitored at all times for any sudden changes. Routine maintenance is to be performed every week and after any retrieval of a sample to check for any damage to the vacuum chamber, safe, pedestal, cameras, or sensors. If any damage is found personnel are to be notified and repairs or recontainment are to begin immediately.
Note: Containment procedures have been revised. See Incident Report XXXX-5 for more information.
Revision Alpha-2:
SCP-XXXX is to be kept in a electronic combination lock safe with a interior space measuring 0.5x0.5x0.5 meters. Safe is to be made of chemical resistant reinforced steel, said safe is to be encased in a dried quartz glass vacuum chamber, a vacuum of 0.001 Torr or less except when accessing the safe, in which case chamber is to be pressurized to normal atmospheric pressure. The chamber has is to sit on a pedestal 1 meter high, long and wide, made of heavily reinforced concrete and a tungsten carbide plate of about 2cm in thickness on top of the pedestal and below the vacuum chamber to protect the concrete from any sample that might be dropped when removing it from its container. The code for the safe is to be given to any level 3 or higher personnel which may be distributed to lower level personnel upon approval from the head researcher or in cases of a containment breach personnel that are deemed to be necessary to the recontainment of SCP-XXXX are to be given the code. The combination on the safe is to be 6 numerical characters, this combination is to be changed every month or immediately following a containment breach or site lockdown. The removal of any sample is to closely monitored, any personnel that are tasked with retrieving a sample are to be given a standard Foundation issue Level A hazmat suit, dosimeter, a specifically designed non-slip vial clamp for removing the vials, a pair of steel toed boots, and a chemical resistant lead container for safely carrying the sample. No more than two people are to enter the containment chamber at any given time, the door must always be securely closed before opening the vacuum chamber. After a sample has been removed, the vial case is not to be closed until experiments have been deemed finished, at this time the safe must be locked and the vacuum chamber must be sealed and returned to a vacuum. Upon completion of these tasks only then may the door to exit the containment chamber may be unlocked and opened. When retrieval of a sample is not taking place the room must be monitored by cctv cameras and geiger counter sensors and ph sensors in the room are to be monitored at all times for any sudden changes. Routine maintenance is to be performed every week and after any retrieval of a sample to check for any damage to the vacuum chamber, safe, pedestal, cameras, or sensors. If any damage is found personnel are to be notified and repairs or recontainment are to begin immediately.
Incident Report XXXX-5:
Researcher (Data Expunged) and Researcher (Data Expunged) are seen in SCP-XXXX’s containment chamber, Researcher (Data Expunged) reaches into the safe with issued vial clamp and begins removal. “Damn this one is heavy.” says Researcher (Data Expunged), “Need some help?” responds Researcher (Data Expunged) in somewhat mocking tone. “No I think I got it.” says Researcher (Data Expunged). Under what seems to be a significant amount of force by Researcher (Data Expunged) a vial is lifted out of the safe and vacuum chamber into view of the camera. “You got the container ready?” says Researcher (Data Expunged) immediately after saying this Researcher (Data Expunged)’s dosimeter emits a sharp loud beep. Both researchers flinch at this sudden unexpected sound, Researcher (Data Expunged) upon flinching loses hold of the vial, which promptly falls on to his foot. A notable sound of shattering glass followed by a crunching sound can be heard as Researcher (Data Expunged)’s toes are crushed under the extreme weight of the sample. “FUCK, SHIT, MOTHERFUCKING AAARRGH!!!” Researcher (Data Expunged) screams in pain as his toes are being crushed. Researcher (Data Expunged) rushes over to help Researcher (Data Expunged) remove his now pinned down foot. After lots of pained screams and cries Researcher (Data Expunged)’s foot is removed, however a bloodly piece of the end of a boot is left pinned to the floor. Researcher (Data Expunged) quickly lays Researcher (Data Expunged) against the wall, and locks the safe and seals the vacuum chamber and proceeds to bang on the chamber door, exclaiming “Unlock this shit now! We have a man in need of immediate medical attention!” The sound of the chamber’s locks can be heard disengaging. <end of footage>
Note: Researcher (Data Expunged) suffered complete amputation three of his toes and shattering at the end of four metatarsals and two tarasals and embedding of glass up to his ankle. Researcher (Data Expunged) made a complete recovery from his injuries, however now has a noticeable limp. The sample that caused to incident was later estimated to have a denisty between 750- 1000 g/cm^3. And was unable to be remove as it embedded itself in the contrete of the containment chamber.
Item #: SCP-XXXX
Object Class: Euclid
Special Containment Procedures:
[SCP-XXXX is to be kept in a electronic combination lock safe with a interior space measuring 0.5x0.5x0.5 meters. Safe is to be made of chemical resistant reinforced steel, said safe is to be encased in a dried quartz glass vacuum chamber, a vacuum of 0.001 Torr or less except when accessing the safe, in which case chamber is to be pressurized to normal atmospheric pressure. The chamber has is to sit on a pedestal 1 meter high, long and wide, made of heavily reinforced concrete and a tungsten carbide plate of about 2cm in thickness on top of the pedestal and below the vacuum chamber to protect the concrete from any sample that might be dropped when removing it from its container. The code for the safe is to be given to any level 3 or higher personnel which may be distributed to lower level personnel upon approval from the head researcher or in cases of a containment breach personnel that are deemed to be necessary to the recontainment of SCP-XXXX are to be given the code. The combination on the safe is to be 6 numerical characters, this combination is to be changed every month or immediately following a containment breach or site lockdown. The removal of any sample is to closely monitored, any personnel that are tasked with retrieving a sample are to be given a standard Foundation issue Level A hazmat suit, dosimeter, a specifically designed vial clamp for removing the vials, and a chemical resistant lead container for safely carrying the sample. No more than two people are to enter the containment chamber at any given time, the door must always be securely closed before opening the vacuum chamber. After a sample has been removed, the vial case is not to be closed until experiments have been deemed finished, at this time the safe must be locked and the vacuum chamber must be sealed and returned to a vacuum. Upon completion of these tasks only then may the door to exit the containment chamber may be unlocked and opened. When retrieval of a sample is not taking place the room must be monitored by cctv cameras and geiger counter sensors and ph sensors in the room are to be monitored at all times for any sudden changes. Routine maintenance is to be performed every week and after any retrieval of a sample to check for any damage to the vacuum chamber, safe, pedestal, cameras, or sensors. If any damage is found personnel are to be notified and repairs or recontainment are to begin immediately.
Note: Containment procedures have been revised. See Incident Report XXXX-5 for more information.
SCP-XXXX is to be kept in a electronic combination lock safe with a interior space measuring 0.5x0.5x0.5 meters. Safe is to be made of chemical resistant reinforced steel, said safe is to be encased in a dried quartz glass vacuum chamber, a vacuum of 0.001 Torr or less except when accessing the safe, in which case chamber is to be pressurized to normal atmospheric pressure. The chamber has is to sit on a pedestal 1 meter high, long and wide, made of heavily reinforced concrete and a tungsten carbide plate of about 2cm in thickness on top of the pedestal and below the vacuum chamber to protect the concrete from any sample that might be dropped when removing it from its container. The code for the safe is to be given to any level 3 or higher personnel which may be distributed to lower level personnel upon approval from the head researcher or in cases of a containment breach personnel that are deemed to be necessary to the recontainment of SCP-XXXX are to be given the code. The combination on the safe is to be 6 numerical characters, this combination is to be changed every month or immediately following a containment breach or site lockdown. The removal of any sample is to closely monitored, any personnel that are tasked with retrieving a sample are to be given a standard Foundation issue Level A hazmat suit, dosimeter, a specifically designed non-slip vial clamp for removing the vials, a pair of steel toed boots, and a chemical resistant lead container for safely carrying the sample. No more than two people are to enter the containment chamber at any given time, the door must always be securely closed before opening the vacuum chamber. After a sample has been removed, the vial case is not to be closed until experiments have been deemed finished, at this time the safe must be locked and the vacuum chamber must be sealed and returned to a vacuum. Upon completion of these tasks only then may the door to exit the containment chamber may be unlocked and opened. When retrieval of a sample is not taking place the room must be monitored by cctv cameras and geiger counter sensors and ph sensors in the room are to be monitored at all times for any sudden changes. Routine maintenance is to be performed every week and after any retrieval of a sample to check for any damage to the vacuum chamber, safe, pedestal, cameras, or sensors. If any damage is found personnel are to be notified and repairs or recontainment are to begin immediately.
Description:
(SCP XXXX is a wooden box made out of what is believed to be varnished ebony wood, with an white engraving of the complete periodic table on the lid. Inside the box is a series of vials arranged in the shape of the periodic table, every vial has the corresponding element’s symbol for its given location and a sample of the element inside. Each vial is held securely in a small cutout area of white foam. The box and vials have no anomalous properties whatsoever unless the element sample they hold has been removed. Upon removal the sample, putting the vial in its corresponding place, and closing the lid, the sample will be replenished. However upon doing so the removed sample or any compounds formed with said sample with quickly decay into an unknown black gelatinous mixture. If this process is not completed the removed element sample or any compounds formed with the sample will remain. This makes extensive studying of each element a long and tedious process when studying their rather bizarre chemistry and properties. Such properties tend to be complete opposites of their normal counterparts, for instance elements such as helium and neon, which normally never react are in some cases extremely reactive. Elements such as chlorine or fluorine which are normally very reactive gases can in some cases be solids and rather unreactive. These practically inverted properties are typically limited to only two or three properties however there are times when more than seven properties may be different per each individual instance of the sample. It should also be noted that when a new instance of a sample reappears in a vial chances are these once anomalous properties are no longer anomalous and other properties are. A list of potential properties that may be affected have been compiled, they are as follows: melting point, boiling point, oxidation state, electronegativity, conductivity, density, state at room temperature, hardness, crystal structure, emission spectrum, instablity (radioactivity), and half life of any radioactive element. Properties such as color and luster tend to be the same as the typical corresponding element in the same phase, anomalous helium that is liquid at room temperature, appears the same as typical helium when cooled to the point of being liquid would.)
Video Log from Incident XXXX-5
<Begin Clip>
Researcher (Data Expunged): “Damn this one is heavy.”
Researcher (Data Expunged): (In somewhat mocking tone)“Need some help?”
Researcher (Data Expunged): “No I think I got it.”
Under what seems to be a significant amount of force by Researcher (Data Expunged) a vial is lifted out of the safe and vacuum chamber into view of the camera.
Researcher (Data Expunged): “You got the container ready?”
Immediately after saying this Researcher (Data Expunged)’s dosimeter emits a sharp loud beep. Both researchers flinch at this sudden unexpected sound, Researcher (Data Expunged) upon flinching loses hold of the vial, which promptly falls on to his foot. A notable sound of shattering glass followed by a crunching sound can be heard as Researcher (Data Expunged)’s toes are crushed under the extreme weight of the sample.
Researcher (Data Expunged): “FUCK, SHIT, MOTHERFUCKING AAARRGH!!!”
Researcher (Data Expunged) rushes over to help Researcher (Data Expunged) remove his now pinned down foot. After lots of pained screams and cries Researcher (Data Expunged)’s foot is removed, however a bloodly piece of the end of a boot is left pinned to the floor. Researcher (Data Expunged) quickly lays Researcher (Data Expunged) against the wall, and locks the safe and seals the vacuum chamber and proceeds to bang on the chamber door.
Researcher (Data Expunged): “Unlock this shit now! We have a man in need of immediate medical attention!”
The sound of the chamber’s locks can be heard disengaging.
<end of footage>
Note: Researcher (Data Expunged) suffered complete amputation three of his toes and shattering at the end of four metatarsals and two tarasals and embedding of glass up to his ankle. Researcher (Data Expunged) made a complete recovery from his injuries, however now has a noticeable limp. The sample that caused to incident was later estimated to have a denisty between 750- 1000 g/cm^3. And was unable to be removed as it embedded itself in the contrete of the containment chamber. The consensus among the research personnel was have the box closed, which turned the sample into the typical black gelatinous mixture, which no longer displayed the same characteristic density of the sample. This made clean up and maintenance ultimately far easier despite some researchers having their interests piqued due to its abnormal properties.
Item #: SCP-XXXX
Object Class: Euclid
Special Containment Procedures:
[SCP-XXXX is to be kept in a electronic combination lock safe with a interior space measuring 0.5x0.5x0.5 meters. Safe is to be made of chemical resistant reinforced steel, said safe is to be encased in a dried quartz glass vacuum chamber, a vacuum of 0.001 Torr or less except when accessing the safe, in which case chamber is to be pressurized to normal atmospheric pressure. The chamber has is to sit on a pedestal 1 meter high, long and wide, made of heavily reinforced concrete and a tungsten carbide plate of about 2cm in thickness on top of the pedestal and below the vacuum chamber to protect the concrete from any sample that might be dropped when removing it from its container. The code for the safe is to be given to any level 3 or higher personnel which may be distributed to lower level personnel upon approval from the head researcher or in cases of a containment breach personnel that are deemed to be necessary to the recontainment of SCP-XXXX are to be given the code. The combination on the safe is to be 6 numerical characters, this combination is to be changed every month or immediately following a containment breach or site lockdown. The removal of any sample is to closely monitored, any personnel that are tasked with retrieving a sample are to be given a standard Foundation issue Level A hazmat suit, dosimeter, a specifically designed vial clamp for removing the vials, and a chemical resistant lead container for safely carrying the sample. No more than two people are to enter the containment chamber at any given time, the door must always be securely closed before opening the vacuum chamber. After a sample has been removed, the vial case is not to be closed until experiments have been deemed finished, at this time the safe must be locked and the vacuum chamber must be sealed and returned to a vacuum. Upon completion of these tasks only then may the door to exit the containment chamber may be unlocked and opened. When retrieval of a sample is not taking place the room must be monitored by cctv cameras and geiger counter sensors and ph sensors in the room are to be monitored at all times for any sudden changes. Routine maintenance is to be performed every week and after any retrieval of a sample to check for any damage to the vacuum chamber, safe, pedestal, cameras, or sensors. If any damage is found personnel are to be notified and repairs or recontainment are to begin immediately.
Note: Containment procedures have been revised. See Incident Report XXXX-5 for more information.
SCP-XXXX is to be kept in a electronic combination lock safe with a interior space measuring 0.5x0.5x0.5 meters. Safe is to be made of chemical resistant reinforced steel, said safe is to be encased in a dried quartz glass vacuum chamber, a vacuum of 0.001 Torr or less except when accessing the safe, in which case chamber is to be pressurized to normal atmospheric pressure. The chamber has is to sit on a pedestal 1 meter high, long and wide, made of heavily reinforced concrete and a tungsten carbide plate of about 2cm in thickness on top of the pedestal and below the vacuum chamber to protect the concrete from any sample that might be dropped when removing it from its container. The code for the safe is to be given to any level 3 or higher personnel which may be distributed to lower level personnel upon approval from the head researcher or in cases of a containment breach personnel that are deemed to be necessary to the recontainment of SCP-XXXX are to be given the code. The combination on the safe is to be 6 numerical characters, this combination is to be changed every month or immediately following a containment breach or site lockdown. The removal of any sample is to closely monitored, any personnel that are tasked with retrieving a sample are to be given a standard Foundation issue Level A hazmat suit, dosimeter, a specifically designed non-slip vial clamp for removing the vials, a pair of steel toed boots, and a chemical resistant lead container for safely carrying the sample. No more than two people are to enter the containment chamber at any given time, the door must always be securely closed before opening the vacuum chamber. After a sample has been removed, the vial case is not to be closed until experiments have been deemed finished, at this time the safe must be locked and the vacuum chamber must be sealed and returned to a vacuum. Upon completion of these tasks only then may the door to exit the containment chamber may be unlocked and opened. When retrieval of a sample is not taking place the room must be monitored by cctv cameras and geiger counter sensors and ph sensors in the room are to be monitored at all times for any sudden changes. Routine maintenance is to be performed every week and after any retrieval of a sample to check for any damage to the vacuum chamber, safe, pedestal, cameras, or sensors. If any damage is found personnel are to be notified and repairs or recontainment are to begin immediately.
Description:
(SCP XXXX is a wooden box made out of what is believed to be varnished ebony wood, with an white engraving of the complete periodic table on the lid. Inside the box is a series of vials arranged in the shape of the periodic table, every vial has the corresponding element’s symbol for its given location and a sample of the element inside. Each vial is held securely in a small cutout area of white foam. The box and vials have no anomalous properties whatsoever unless the element sample they hold has been removed. Upon removal the sample, putting the vial in its corresponding place, and closing the lid, the sample will be replenished. However upon doing so the removed sample or any compounds formed with said sample with quickly decay into an unknown black gelatinous mixture. If this process is not completed the removed element sample or any compounds formed with the sample will remain. This makes extensive studying of each element a long and tedious process when studying their rather bizarre chemistry and properties. Such properties tend to be complete opposites of their normal counterparts, for instance elements such as helium and neon, which normally never react are in some cases extremely reactive. Elements such as chlorine or fluorine which are normally very reactive gases can in some cases be solids and rather unreactive. These practically inverted properties are typically limited to only two or three properties however there are times when more than seven properties may be different per each individual instance of the sample. It should also be noted that when a new instance of a sample reappears in a vial chances are these once anomalous properties are no longer anomalous and other properties are. A list of potential properties that may be affected have been compiled, they are as follows: melting point, boiling point, oxidation state, electronegativity, conductivity, density, state at room temperature, hardness, crystal structure, emission spectrum, instablity (radioactivity), and half life of any radioactive element. Properties such as color and luster tend to be the same as the typical corresponding element in the same phase, anomalous helium that is liquid at room temperature, appears the same as typical helium when cooled to the point of being liquid would.)
Discovery:
SCP-XXXX was discovered by an embedded agent in ████████ Police Department. On █████-██-████ at ██:██ ████████ Police were called to the site of a fire at the Science Center at the University of ██████████. The fire had completely destroyed the entire building, while searching through debris for potential survivors or evidence of arson. Agent ██████████, discovered a completely unharmed wooden box, upon further investigation despite Agent ██████████’s basic understanding of chemistry, she came to realize the object’s anomalous properties. Agent ██████████ promptly turned the object over to Foundation personnel for further investigation.
Video Log from Incident XXXX-5
<Begin Clip>
Researcher (Data Expunged): “Damn this one is heavy.”
Researcher (Data Expunged): (In somewhat mocking tone)“Need some help?”
Researcher (Data Expunged): “No I think I got it.”
Under what seems to be a significant amount of force by Researcher (Data Expunged) a vial is lifted out of the safe and vacuum chamber into view of the camera.
Researcher (Data Expunged): “You got the container ready?”
Immediately after saying this Researcher (Data Expunged)’s dosimeter emits a sharp loud beep. Both researchers flinch at this sudden unexpected sound, Researcher (Data Expunged) upon flinching loses hold of the vial, which promptly falls on to his foot. A notable sound of shattering glass followed by a crunching sound can be heard as Researcher (Data Expunged)’s toes are crushed under the extreme weight of the sample.
Researcher (Data Expunged): “FUCK, SHIT, MOTHERFUCKING AAARRGH!!!”
Researcher (Data Expunged) rushes over to help Researcher (Data Expunged) remove his now pinned down foot. After lots of pained screams and cries Researcher (Data Expunged)’s foot is removed, however a bloodly piece of the end of a boot is left pinned to the floor. Researcher (Data Expunged) quickly lays Researcher (Data Expunged) against the wall, and locks the safe and seals the vacuum chamber and proceeds to bang on the chamber door.
Researcher (Data Expunged): “Unlock this shit now! We have a man in need of immediate medical attention!”
The sound of the chamber’s locks can be heard disengaging.
<end of footage>
Note: Researcher (Data Expunged) suffered complete amputation three of his toes and shattering at the end of four metatarsals and two tarasals and embedding of glass up to his ankle. Researcher (Data Expunged) made a complete recovery from his injuries, however now has a noticeable limp. The sample that caused to incident was later estimated to have a denisty between 750- 1000 g/cm^3. And was unable to be removed as it embedded itself in the contrete of the containment chamber. The consensus among the research personnel was have the box closed, which turned the sample into the typical black gelatinous mixture, which no longer displayed the same characteristic density of the sample. This made clean up and maintenance ultimately far easier despite some researchers having their interests piqued due to its abnormal properties.
